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Gene: COL25A1 (collagen type XXV alpha 1 chain) Homo sapiens

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Symbol:

COL25A1

Name:

collagen type XXV alpha 1 chain

RGD ID:

1603375

HGNC Page

HGNC:18603

Description:

Enables amyloid-beta binding activity; heparin binding activity; and identical protein binding activity. Predicted to act upstream of or within axonogenesis involved in innervation. Located in extracellular space and plasma membrane. Implicated in congenital fibrosis of the extraocular muscles 5.

Type:

protein-coding

RefSeq Status:

REVIEWED

Previously known as:

alzheimer disease amyloid-associated protein; AMY; CFEOM5; CLAC; CLAC-P; CLACP; collagen alpha-1(XXV) chain; collagen type XXV alpha 1; collagen, type XXV, alpha 1; collagen-like Alzheimer amyloid plaque component; collagenous Alzheimer amyloid plaque component

RGD Orthologs

Alliance Orthologs

More Info

more info ...

Allele / Splice:

See ClinVar data

Latest Assembly:

GRCh38 - Human Genome Assembly GRCh38

Position:

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	4	108,808,725 - 109,302,752 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	4	109,729,881 - 110,223,814 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	4	109,954,421 - 110,443,248 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Celera	4	107,029,732 - 107,518,680 (-)	NCBI		Celera
Cytogenetic Map	4	q25	NCBI
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI		HuRef
CHM1_1	4	109,708,453 - 110,200,435 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	4	112,110,611 - 112,604,870 (-)	NCBI		T2T-CHM13v2.0

JBrowse:

View Region in Genome Browser (JBrowse)

Model

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	arthrogryposis multiplex congenita		IAGP	(Homo sapiens)	8554872	ClinVar Annotator: match by term: Arthrogryposis	ClinVar	PMID:25741868
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens) more ...	8554872	ClinVar Annotator: match by term: Fibrosis of extraocular muscles more ...	ClinVar	PMID:25741868
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens) and (Homo sapiens)	8554872	ClinVar Annotator: match by term: Fibrosis of extraocular muscles more ...	ClinVar	PMID:25500261 more ...
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens) more ...	8554872	ClinVar Annotator: match by term: Fibrosis of extraocular muscles more ...	ClinVar	PMID:25500261
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens) more ...	8554872	ClinVar Annotator: match by term: COL25A1-related condition	ClinVar	PMID:28492532
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens)	8554872	ClinVar Annotator: match by term: COL25A1-related condition	ClinVar	PMID:25741868 and PMID:28492532
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP	(Homo sapiens)	8554872	ClinVar Annotator: match by term: Fibrosis of extraocular muscles more ...	ClinVar
COL25A1	Human	genetic disease		IAGP	(Homo sapiens) more ...	8554872	ClinVar Annotator: match by term: Inborn genetic diseases	ClinVar

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	congenital fibrosis of the extraocular muscles 5		IAGP		7240710		OMIM

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	17alpha-ethynylestradiol	increases expression	ISO	Col25a1 (Rattus norvegicus)	6480464	Ethinyl Estradiol results in increased expression of COL25A1 mRNA	CTD	PMID:29097150
COL25A1	Human	2,3,7,8-tetrachlorodibenzodioxine	affects expression	ISO	Col25a1 (Mus musculus)	6480464	Tetrachlorodibenzodioxin affects the expression of COL25A1 mRNA	CTD	PMID:26377647
COL25A1	Human	aflatoxin B1	decreases methylation	EXP		6480464	Aflatoxin B1 results in decreased methylation of COL25A1 gene and Aflatoxin B1 results in decreased methylation of COL25A1 intron	CTD	PMID:27153756 and PMID:30157460
COL25A1	Human	Aflatoxin B2 alpha	increases methylation	EXP		6480464	aflatoxin B2 results in increased methylation of COL25A1 intron	CTD	PMID:30157460
COL25A1	Human	all-trans-retinoic acid	increases expression	EXP		6480464	Tretinoin results in increased expression of COL25A1 mRNA	CTD	PMID:21934132
COL25A1	Human	antirheumatic drug	increases expression	EXP		6480464	Antirheumatic Agents results in increased expression of COL25A1 mRNA	CTD	PMID:24449571
COL25A1	Human	atrazine	affects methylation	ISO	Col25a1 (Rattus norvegicus)	6480464	Atrazine affects the methylation of COL25A1 gene	CTD	PMID:35440735
COL25A1	Human	benzo[a]pyrene	increases methylation	EXP		6480464	Benzo(a)pyrene results in increased methylation of COL25A1 exon	CTD	PMID:27901495
COL25A1	Human	benzo[a]pyrene	increases methylation	ISO	Col25a1 (Mus musculus)	6480464	Benzo(a)pyrene results in increased methylation of COL25A1 exon and Benzo(a)pyrene results in increased methylation of COL25A1 intron	CTD	PMID:27901495
COL25A1	Human	benzo[a]pyrene	affects methylation	EXP		6480464	Benzo(a)pyrene affects the methylation of COL25A1 promoter	CTD	PMID:27901495
COL25A1	Human	benzo[a]pyrene	decreases methylation	EXP		6480464	Benzo(a)pyrene results in decreased methylation of COL25A1 5' UTR	CTD	PMID:27901495
COL25A1	Human	bisphenol A	decreases expression	ISO	Col25a1 (Rattus norvegicus)	6480464	bisphenol A results in decreased expression of COL25A1 mRNA	CTD	PMID:30816183
COL25A1	Human	bisphenol A	decreases expression	ISO	Col25a1 (Mus musculus)	6480464	bisphenol A results in decreased expression of COL25A1 mRNA	CTD	PMID:32156529
COL25A1	Human	bisphenol A	increases expression	ISO	Col25a1 (Mus musculus)	6480464	bisphenol A results in increased expression of COL25A1 mRNA	CTD	PMID:35598803
COL25A1	Human	bisphenol A	multiple interactions	EXP		6480464	[bisphenol A co-treated with Fulvestrant] results in increased methylation of COL25A1 gene	CTD	PMID:31601247
COL25A1	Human	bisphenol A	increases expression	ISO	Col25a1 (Rattus norvegicus)	6480464	bisphenol A results in increased expression of COL25A1 mRNA	CTD	PMID:34947998
COL25A1	Human	CGP 52608	multiple interactions	EXP		6480464	CGP 52608 promotes the reaction [RORA protein binds to COL25A1 gene]	CTD	PMID:28238834
COL25A1	Human	folic acid	decreases expression	ISO	Col25a1 (Mus musculus)	6480464	Folic Acid results in decreased expression of COL25A1 mRNA	CTD	PMID:25629700
COL25A1	Human	fulvestrant	multiple interactions	EXP		6480464	[bisphenol A co-treated with Fulvestrant] results in increased methylation of COL25A1 gene	CTD	PMID:31601247
COL25A1	Human	geldanamycin	increases expression	EXP		6480464	geldanamycin results in increased expression of COL25A1 mRNA	CTD	PMID:26705709
COL25A1	Human	glyphosate	affects methylation	ISO	Col25a1 (Rattus norvegicus)	6480464	Glyphosate affects the methylation of COL25A1 gene	CTD	PMID:35440735
COL25A1	Human	lead(0)	affects expression	EXP		6480464	Lead affects the expression of COL25A1 mRNA	CTD	PMID:28903495
COL25A1	Human	lipopolysaccharide	multiple interactions	EXP		6480464	[S-(1 and 2-dichlorovinyl)cysteine affects the susceptibility to Lipopolysaccharides] which results in increased expression of COL25A1 mRNA	CTD	PMID:35811015
COL25A1	Human	methamphetamine	decreases expression	ISO	Col25a1 (Mus musculus)	6480464	Methamphetamine results in decreased expression of COL25A1 mRNA	CTD	PMID:26307267
COL25A1	Human	methoxychlor	affects methylation	ISO	Col25a1 (Rattus norvegicus)	6480464	Methoxychlor affects the methylation of COL25A1 gene	CTD	PMID:35440735
COL25A1	Human	mono(2-ethylhexyl) phthalate	increases expression	ISO	Col25a1 (Mus musculus)	6480464	mono-(2-ethylhexyl)phthalate results in increased expression of COL25A1 mRNA	CTD	PMID:22401849
COL25A1	Human	S-(1,2-dichlorovinyl)-L-cysteine	multiple interactions	EXP		6480464	[S-(1 and 2-dichlorovinyl)cysteine affects the susceptibility to Lipopolysaccharides] which results in increased expression of COL25A1 mRNA	CTD	PMID:35811015
COL25A1	Human	sodium arsenate	increases expression	ISO	Col25a1 (Mus musculus)	6480464	sodium arsenate results in increased expression of COL25A1 mRNA	CTD	PMID:21795629
COL25A1	Human	sodium arsenite	multiple interactions	EXP		6480464	sodium arsenite results in decreased expression of and affects the splicing of COL25A1 mRNA	CTD	PMID:25879800
COL25A1	Human	sodium arsenite	decreases expression	ISO	Col25a1 (Mus musculus)	6480464	sodium arsenite results in decreased expression of COL25A1 mRNA	CTD	PMID:37682722
COL25A1	Human	titanium dioxide	decreases expression	ISO	Col25a1 (Mus musculus)	6480464	titanium dioxide results in decreased expression of COL25A1 mRNA	CTD	PMID:35295148
COL25A1	Human	titanium dioxide	decreases methylation	ISO	Col25a1 (Mus musculus)	6480464	titanium dioxide results in decreased methylation of COL25A1 promoter	CTD	PMID:35295148
COL25A1	Human	trichloroethene	decreases expression	ISO	Col25a1 (Rattus norvegicus)	6480464	Trichloroethylene results in decreased expression of COL25A1 mRNA	CTD	PMID:33387578
COL25A1	Human	valproic acid	increases expression	EXP		6480464	Valproic Acid results in increased expression of COL25A1 mRNA	CTD	PMID:23179753 and PMID:28001369
COL25A1	Human	valproic acid	decreases expression	ISO	Col25a1 (Rattus norvegicus)	6480464	Valproic Acid results in decreased expression of COL25A1 mRNA	CTD	PMID:29427782

Biological Process

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	axonogenesis involved in innervation	acts_upstream_of_or_within	IEA	UniProtKB:Q99MQ5 and ensembl:ENSMUSP00000079210	150520179		Ensembl	GO_REF:0000107

Cellular Component

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	collagen trimer	part_of	IEA	UniProtKB-KW:KW-0176	150520179		UniProt	GO_REF:0000043
COL25A1	Human	collagen-containing extracellular matrix	located_in	HDA		150520179	PMID:25037231	BHF-UCL	PMID:25037231
COL25A1	Human	endoplasmic reticulum lumen	located_in	TAS		150520179		Reactome	Reactome:R-HSA-2022073 more ...
COL25A1	Human	endoplasmic reticulum lumen	located_in	IEA	ARBA:ARBA00028691	150520179		UniProt	GO_REF:0000117
COL25A1	Human	extracellular region	located_in	IDA		150520179	PMID:11927537	MGI	PMID:11927537
COL25A1	Human	extracellular region	located_in	TAS		150520179		Reactome	Reactome:R-HSA-2471842
COL25A1	Human	extracellular space	located_in	IDA		150520179	PMID:11927537	UniProt	PMID:11927537
COL25A1	Human	membrane	located_in	IEA	UniProtKB-KW:KW-0472	150520179		UniProt	GO_REF:0000043
COL25A1	Human	membrane	located_in	NAS		150520179	PMID:11927537	UniProt	PMID:11927537
COL25A1	Human	membrane	located_in	IEA	UniProtKB-SubCell:SL-0162	150520179		UniProt	GO_REF:0000044
COL25A1	Human	plasma membrane	located_in	IDA		150520179	PMID:11927537	MGI	PMID:11927537
COL25A1	Human	plasma membrane	located_in	TAS		150520179		Reactome	Reactome:R-HSA-2152276 and Reactome:R-HSA-2471842

Molecular Function

Only show annotations with direct experimental evidence (0 objects hidden)

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	amyloid-beta binding	enables	IDA		150520179	PMID:11927537 more ...	UniProt	PMID:11927537 more ...
COL25A1	Human	amyloid-beta binding	enables	IBA	PANTHER:PTN008672594 and UniProtKB:Q9BXS0	150520179		GO_Central	GO_REF:0000033
COL25A1	Human	extracellular matrix structural constituent conferring tensile strength	enables	RCA		150520179	PMID:25037231	BHF-UCL	PMID:25037231
COL25A1	Human	heparin binding	enables	IDA		150520179	PMID:15522881	UniProt	PMID:15522881
COL25A1	Human	heparin binding	enables	IEA	UniProtKB-KW:KW-0358	150520179		UniProt	GO_REF:0000043
COL25A1	Human	identical protein binding	enables	IPI	UniProtKB:Q9BXS0-3	150520179	PMID:15522881	IntAct	PMID:15522881
COL25A1	Human	protein binding	enables	IPI	UniProtKB:A8K2U6 more ...	150520179	PMID:32814053	IntAct	PMID:32814053

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	Abnormal best corrected visual acuity test		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormal dermatoglyphics		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Abnormal electroretinogram		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormal heart morphology		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Abnormal involuntary eye movements		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormal pupil shape		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormal visual field test		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormality of ocular abduction		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Abnormality of refraction		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Acetabular dysplasia		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Amblyopia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Anisocoria		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Ankle flexion contracture		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Aplasia of the olfactory bulb		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Areflexia		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Autosomal recessive inheritance		IAGP		8699517		HPO	MIM:616219
COL25A1	Human	Brain imaging abnormality		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Breech presentation		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Cataract		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Compensatory chin elevation		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Congenital fibrosis of extraocular muscles		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Congenital onset		IAGP		8699517		HPO	MIM:616219
COL25A1	Human	Congenital sensorineural hearing impairment		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Decreased fetal movement		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Delayed gross motor development		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Duane anomaly		IAGP		8699517		HPO	MIM:616219
COL25A1	Human	Elbow flexion contracture		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	EMG: chronic denervation signs		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Equinovarus deformity		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Esotropia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Exotropia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Fasciculations		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Feeding difficulties		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Finger aplasia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Flexion contracture		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Hip contracture		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Hip dislocation		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Hypertelorism		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Hypogonadotropic hypogonadism		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Hypotonia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Impaired ocular adduction		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Intellectual disability		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Knee flexion contracture		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Levator palpebrae superioris atrophy		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Limited vertical extraocular movement		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Lower limb muscle weakness		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Marcus Gunn jaw winking synkinesis		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Micrognathia		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Mildly elevated creatine kinase		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Miosis		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Myopathic facies		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Nonprogressive restrictive external ophthalmoplegia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Oligohydramnios		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Optic nerve hypoplasia		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Plagiocephaly		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Plagiocephaly		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Polymicrogyria		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Ptosis		IAGP		8699517		HPO	MIM:616219
COL25A1	Human	Ptosis		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Respiratory distress		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Respiratory insufficiency due to muscle weakness		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Rocker bottom foot		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Scaphocephaly		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Scoliosis		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Skeletal muscle atrophy		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Skin dimple		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Slow pupillary light response		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Strabismus		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Torticollis		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Upper limb muscle weakness		IAGP		8699517		HPO	ORPHA:1143
COL25A1	Human	Vomiting		IAGP		8699517		HPO	ORPHA:45358
COL25A1	Human	Wrist flexion contracture		IAGP		8699517		HPO	ORPHA:1143

Object Symbol	Species	Term	Qualifier	Evidence	With	Reference	Notes	Source	Original Reference(s)
COL25A1	Human	Arthrogryposis multiplex congenita		IAGP	(Homo sapiens)	8554872	ClinVar Annotator: match by term: Arthrogryposis	ClinVar	PMID:25741868

#	Reference Title	Reference Citation
1.	ClinVar Automated Import and Annotation Pipeline	RGD automated import pipeline for ClinVar variants, variant-to-disease annotations and gene-to-disease annotations
2.	Data Import for Chemical-Gene Interactions	RGD automated import pipeline for gene-chemical interactions
3.	RGD HPO Phenotype Annotation Pipeline	RGD automated import pipeline for human HPO-to-gene-to-disease annotations

PMID:11927537	PMID:12477932	PMID:14656069	PMID:14702039	PMID:15215182	PMID:15522881	PMID:15615705	PMID:15853808	PMID:16300410	PMID:18501477	PMID:19548013	PMID:20332099
PMID:20379614	PMID:21408207	PMID:21688384	PMID:21873635	PMID:22297151	PMID:23018867	PMID:25037231	PMID:25133637	PMID:25500261	PMID:26486031	PMID:26760575	PMID:28514442
PMID:29987050	PMID:33287899	PMID:33961781	PMID:35077597	PMID:36543142	PMID:38334954

COL25A1
(Homo sapiens - human)

Human Assembly	Chr	Position (strand)	Source	Genome Browsers
Human Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI	GRCh38	GRCh38	hg38	GRCh38
GRCh38.p14 Ensembl	4	108,808,725 - 109,302,752 (-)	Ensembl	GRCh38		hg38	GRCh38
GRCh37	4	109,729,881 - 110,223,814 (-)	NCBI	GRCh37	GRCh37	hg19	GRCh37
Build 36	4	109,954,421 - 110,443,248 (-)	NCBI	NCBI36	Build 36	hg18	NCBI36
Celera	4	107,029,732 - 107,518,680 (-)	NCBI		Celera
Cytogenetic Map	4	q25	NCBI
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI		HuRef
CHM1_1	4	109,708,453 - 110,200,435 (-)	NCBI		CHM1_1
T2T-CHM13v2.0	4	112,110,611 - 112,604,870 (-)	NCBI		T2T-CHM13v2.0

Col25a1
(Mus musculus - house mouse)

Mouse Assembly	Chr	Position (strand)	Source	Genome Browsers
Mouse Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCm39	3	129,973,992 - 130,393,533 (+)	NCBI	GRCm39	GRCm39	mm39
GRCm39 Ensembl	3	129,925,150 - 130,393,526 (+)	Ensembl		GRCm39 Ensembl
GRCm38	3	130,180,358 - 130,599,884 (+)	NCBI	GRCm38	GRCm38	mm10	GRCm38
GRCm38.p6 Ensembl	3	130,131,501 - 130,599,877 (+)	Ensembl	GRCm38		mm10	GRCm38
MGSCv37	3	129,883,796 - 130,299,335 (+)	NCBI	GRCm37	MGSCv37	mm9	NCBIm37
MGSCv36	3	130,170,033 - 130,585,572 (+)	NCBI		MGSCv36	mm8
Celera	3	136,700,003 - 137,111,818 (+)	NCBI		Celera
Cytogenetic Map	3	G3	NCBI
cM Map	3	59.99	NCBI

Col25a1
(Rattus norvegicus - Norway rat)

Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
GRCr8	2	221,429,378 - 221,828,536 (+)	NCBI		GRCr8
mRatBN7.2	2	218,755,152 - 219,154,348 (+)	NCBI	mRatBN7.2	mRatBN7.2
mRatBN7.2 Ensembl	2	218,755,691 - 219,153,501 (+)	Ensembl		mRatBN7.2 Ensembl
Rnor_6.0	2	235,515,364 - 235,705,448 (+)	NCBI	Rnor6.0	Rnor_6.0	rn6	Rnor6.0
Rnor_6.0 Ensembl	2	235,596,123 - 235,715,057 (+)	Ensembl	Rnor6.0		rn6	Rnor6.0
Rnor_5.0	2	254,067,074 - 254,256,966 (+)	NCBI	Rnor5.0	Rnor_5.0	rn5	Rnor5.0
Celera	2	211,033,464 - 211,420,527 (+)	NCBI		Celera
Cytogenetic Map	2	q43	NCBI

Col25a1
(Chinchilla lanigera - long-tailed chinchilla)

Chinchilla Assembly	Chr	Position (strand)	Source	Genome Browsers
Chinchilla Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
ChiLan1.0 Ensembl	NW_004955496	839,561 - 1,250,614 (+)	Ensembl	ChiLan1.0
ChiLan1.0	NW_004955496	839,474 - 1,255,107 (+)	NCBI	ChiLan1.0	ChiLan1.0

COL25A1
(Pan paniscus - bonobo/pygmy chimpanzee)

Bonobo Assembly	Chr	Position (strand)	Source	Genome Browsers
Bonobo Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
NHGRI_mPanPan1-v2	3	106,903,996 - 107,403,679 (-)	NCBI		NHGRI_mPanPan1-v2
NHGRI_mPanPan1	4	107,199,882 - 107,697,183 (-)	NCBI		NHGRI_mPanPan1
Mhudiblu_PPA_v0	4	101,311,291 - 101,808,618 (-)	NCBI	Mhudiblu_PPA_v0	Mhudiblu_PPA_v0	panPan3
PanPan1.1	4	111,885,022 - 112,378,687 (-)	NCBI	panpan1.1	PanPan1.1	panPan2
PanPan1.1 Ensembl	4	111,886,313 - 112,378,062 (-)	Ensembl	panpan1.1		panPan2

COL25A1
(Canis lupus familiaris - dog)

Dog Assembly	Chr	Position (strand)	Source	Genome Browsers
Dog Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
CanFam3.1	32	29,119,875 - 29,567,994 (-)	NCBI	CanFam3.1	CanFam3.1	canFam3	CanFam3.1
CanFam3.1 Ensembl	32	29,124,996 - 29,567,481 (-)	Ensembl	CanFam3.1		canFam3	CanFam3.1
Dog10K_Boxer_Tasha	32	12,454,708 - 12,899,162 (+)	NCBI		Dog10K_Boxer_Tasha
ROS_Cfam_1.0	32	29,350,282 - 29,794,748 (-)	NCBI		ROS_Cfam_1.0
ROS_Cfam_1.0 Ensembl	32	29,350,312 - 29,794,242 (-)	Ensembl		ROS_Cfam_1.0 Ensembl
UMICH_Zoey_3.1	32	29,344,713 - 29,789,307 (-)	NCBI		UMICH_Zoey_3.1
UNSW_CanFamBas_1.0	32	29,089,004 - 29,534,144 (-)	NCBI		UNSW_CanFamBas_1.0
UU_Cfam_GSD_1.0	32	10,322,491 - 10,767,078 (+)	NCBI		UU_Cfam_GSD_1.0

Col25a1
(Ictidomys tridecemlineatus - thirteen-lined ground squirrel)

Squirrel Assembly	Chr	Position (strand)	Source	Genome Browsers
Squirrel Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HiC_Itri_2	NW_024405301	11,393,313 - 11,849,115 (+)	NCBI		HiC_Itri_2
SpeTri2.0	NW_004936563	105,551 - 557,682 (-)	NCBI	SpeTri2.0	SpeTri2.0		SpeTri2.0

COL25A1
(Sus scrofa - pig)

Pig Assembly	Chr	Position (strand)	Source	Genome Browsers
Pig Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
Sscrofa11.1 Ensembl	8	112,867,664 - 113,334,097 (+)	Ensembl	Sscrofa11.1		susScr11	Sscrofa11.1
Sscrofa11.1	8	112,866,597 - 113,335,765 (+)	NCBI	Sscrofa11.1	Sscrofa11.1	susScr11	Sscrofa11.1
Sscrofa10.2	8	121,286,327 - 121,453,787 (+)	NCBI	Sscrofa10.2	Sscrofa10.2	susScr3

COL25A1
(Chlorocebus sabaeus - green monkey)

Green Monkey Assembly	Chr	Position (strand)	Source	Genome Browsers
Green Monkey Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
ChlSab1.1	7	56,730,456 - 57,229,587 (-)	NCBI	ChlSab1.1	ChlSab1.1	chlSab2
Vero_WHO_p1.0	NW_023666037	35,356,307 - 35,872,306 (-)	NCBI	Vero_WHO_p1.0	Vero_WHO_p1.0

Col25a1
(Heterocephalus glaber - naked mole-rat)

Naked Mole-Rat Assembly	Chr	Position (strand)	Source	Genome Browsers
Naked Mole-Rat Assembly	Chr	Position (strand)	Source	JBrowse	NCBI	UCSC	Ensembl
HetGla_female_1.0 Ensembl	NW_004624830	440,429 - 838,818 (+)	Ensembl	HetGla_female_1.0	HetGla_female_1.0 Ensembl	hetGla2
HetGla 1.0	NW_004624830	440,028 - 842,635 (+)	NCBI	HetGla_female_1.0	HetGla 1.0	hetGla2

Variants in COL25A1
118 total Variants

Name	Type	Condition(s)	Position(s)	Clinical significance
NM_198721.4(COL25A1):c.1797C>G (p.Phe599Leu)	single nucleotide variant	not provided [RCV000520840]	Chr4:108824222 [GRCh38] Chr4:109745378 [GRCh37] Chr4:4q25	uncertain significance
GRCh38/hg38 4q22.2-32.3(chr4:92913386-165299707)x3	copy number gain	Developmental Delay and additional significant developmental and morphological phenotypes referred for genetic testing [RCV000051775]\|Developmental delay and additional significant developmental and morphological phenotypes referred for genetic testing [RCV000051775]\|See cases [RCV000051775]	Chr4:92913386..165299707 [GRCh38] Chr4:93834537..166220859 [GRCh37] Chr4:94053560..166440309 [NCBI36] Chr4:4q22.2-32.3	pathogenic
GRCh38/hg38 4q22.3-28.3(chr4:96092893-136410207)x3	copy number gain	See cases [RCV000051776]	Chr4:96092893..136410207 [GRCh38] Chr4:97014044..137331362 [GRCh37] Chr4:97233067..137550812 [NCBI36] Chr4:4q22.3-28.3	pathogenic
GRCh38/hg38 4q24-25(chr4:105778347-110206873)x3	copy number gain	See cases [RCV000051777]	Chr4:105778347..110206873 [GRCh38] Chr4:106699504..111128029 [GRCh37] Chr4:106918953..111347478 [NCBI36] Chr4:4q24-25	pathogenic
NM_001256074.1(COL25A1):c.768+1869G>A	single nucleotide variant	Lung cancer [RCV000093938]	Chr4:108916303 [GRCh38] Chr4:109837459 [GRCh37] Chr4:4q25	uncertain significance
NM_001256074.1(COL25A1):c.492+5008G>A	single nucleotide variant	Lung cancer [RCV000093939]	Chr4:108969359 [GRCh38] Chr4:109890515 [GRCh37] Chr4:4q25	uncertain significance
NM_001256074.1(COL25A1):c.368-22645C>T	single nucleotide variant	Lung cancer [RCV000093940]	Chr4:109072824 [GRCh38] Chr4:109993980 [GRCh37] Chr4:4q25	uncertain significance
NM_001256074.1(COL25A1):c.368-39344A>T	single nucleotide variant	Lung cancer [RCV000093941]	Chr4:109089523 [GRCh38] Chr4:110010679 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1144G>A (p.Gly382Arg)	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV000157645]	Chr4:108863327 [GRCh38] Chr4:109784483 [GRCh37] Chr4:4q25	pathogenic\|not provided
NM_198721.4(COL25A1):c.1489G>T (p.Gly497Ter)	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV000157646]	Chr4:108846165 [GRCh38] Chr4:109767321 [GRCh37] Chr4:4q25	pathogenic\|not provided
NM_198721.4:c.368-5122_708+6063del	deletion	Fibrosis of extraocular muscles, congenital, 5 [RCV000157647]	Chr4:4q25	pathogenic\|not provided
NM_198721.4(COL25A1):c.1709G>A (p.Arg570Lys)	single nucleotide variant	not provided [RCV000523075]	Chr4:108832381 [GRCh38] Chr4:109753537 [GRCh37] Chr4:4q25	uncertain significance
GRCh37/hg19 4p16.3-q35.2(chr4:12440-190904441)x3	copy number gain	See cases [RCV000446653]	Chr4:12440..190904441 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
GRCh37/hg19 4p16.3-q35.2(chr4:68346-190957473)	copy number gain	See cases [RCV000510453]	Chr4:68346..190957473 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
GRCh37/hg19 4q25-35.2(chr4:109199664-189752726)x3	copy number gain	See cases [RCV000511945]	Chr4:109199664..189752726 [GRCh37] Chr4:4q25-35.2	pathogenic
GRCh37/hg19 4q22.1-35.2(chr4:93071152-190957473)x3	copy number gain	See cases [RCV000510970]	Chr4:93071152..190957473 [GRCh37] Chr4:4q22.1-35.2	pathogenic
GRCh37/hg19 4p16.3-q35.2(chr4:68346-190957473)x3	copy number gain	See cases [RCV000512241]	Chr4:68346..190957473 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
GRCh38/hg38 4q25(chr4:109267901-109469145)x3	copy number gain	See cases [RCV000135166]	Chr4:109267901..109469145 [GRCh38] Chr4:110189057..110390301 [GRCh37] Chr4:110408506..110609750 [NCBI36] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.635C>G (p.Thr212Arg)	single nucleotide variant	Inborn genetic diseases [RCV004608075]	Chr4:108940576 [GRCh38] Chr4:109861732 [GRCh37] Chr4:4q25	uncertain significance
GRCh37/hg19 4p16.3-q35.2(chr4:49450-190915650)x3	copy number gain	not provided [RCV000743155]	Chr4:49450..190915650 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
GRCh37/hg19 4p16.3-q35.2(chr4:11525-191028879)x3	copy number gain	not provided [RCV000743147]	Chr4:11525..191028879 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
NM_198721.4(COL25A1):c.288T>C (p.Leu96=)	single nucleotide variant	not provided [RCV000895075]	Chr4:109301732 [GRCh38] Chr4:110222888 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.305A>G (p.Tyr102Cys)	single nucleotide variant	Inborn genetic diseases [RCV004980603]\|not provided [RCV001573286]	Chr4:109300645 [GRCh38] Chr4:110221801 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1560G>A (p.Pro520=)	single nucleotide variant	not provided [RCV000905582]	Chr4:108845207 [GRCh38] Chr4:109766363 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.672C>T (p.Pro224=)	single nucleotide variant	not provided [RCV000927596]	Chr4:108940539 [GRCh38] Chr4:109861695 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.36C>T (p.Gly12=)	single nucleotide variant	COL25A1-related disorder [RCV003975709]\|not provided [RCV000899221]	Chr4:109301984 [GRCh38] Chr4:110223140 [GRCh37] Chr4:4q25	likely benign
GRCh37/hg19 4q24-25(chr4:105039193-110409978)x3	copy number gain	not provided [RCV000743885]	Chr4:105039193..110409978 [GRCh37] Chr4:4q24-25	pathogenic
GRCh37/hg19 4p16.3-q35.2(chr4:49450-190963766)x3	copy number gain	not provided [RCV000743156]	Chr4:49450..190963766 [GRCh37] Chr4:4p16.3-q35.2	pathogenic
NM_198721.4(COL25A1):c.330C>T (p.Ile110=)	single nucleotide variant	not provided [RCV000897022]	Chr4:109300620 [GRCh38] Chr4:110221776 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.204C>T (p.Ser68=)	single nucleotide variant	not provided [RCV000968581]	Chr4:109301816 [GRCh38] Chr4:110222972 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.603C>A (p.Gly201=)	single nucleotide variant	COL25A1-related disorder [RCV003918452]\|not provided [RCV000970970]	Chr4:108940608 [GRCh38] Chr4:109861764 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.1359T>A (p.Pro453=)	single nucleotide variant	not provided [RCV000926426]	Chr4:108852266 [GRCh38] Chr4:109773422 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.414T>A (p.Gly138=)	single nucleotide variant	not provided [RCV000932077]	Chr4:109048174 [GRCh38] Chr4:109969330 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1345-10C>G	single nucleotide variant	not provided [RCV000946803]	Chr4:108852290 [GRCh38] Chr4:109773446 [GRCh37] Chr4:4q25	benign
GRCh37/hg19 4q25(chr4:110158710-110393594)x3	copy number gain	not provided [RCV001005587]	Chr4:110158710..110393594 [GRCh37] Chr4:4q25	likely benign\|uncertain significance
NM_198721.4(COL25A1):c.1698C>A (p.Pro566=)	single nucleotide variant	not provided [RCV000914607]	Chr4:108832392 [GRCh38] Chr4:109753548 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.781-5T>C	single nucleotide variant	not provided [RCV000928274]	Chr4:108901177 [GRCh38] Chr4:109822333 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1314C>T (p.Ala438=)	single nucleotide variant	not provided [RCV000940246]	Chr4:108859662 [GRCh38] Chr4:109780818 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.229C>T (p.Leu77=)	single nucleotide variant	not provided [RCV000935076]	Chr4:109301791 [GRCh38] Chr4:110222947 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.962G>A (p.Arg321His)	single nucleotide variant	Inborn genetic diseases [RCV004608070]	Chr4:108889234 [GRCh38] Chr4:109810390 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1273G>A (p.Ala425Thr)	single nucleotide variant	Inborn genetic diseases [RCV004608071]	Chr4:108859703 [GRCh38] Chr4:109780859 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1876G>A (p.Glu626Lys)	single nucleotide variant	Inborn genetic diseases [RCV004608072]	Chr4:108819299 [GRCh38] Chr4:109740455 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1808G>A (p.Arg603Gln)	single nucleotide variant	Inborn genetic diseases [RCV004608074]	Chr4:108824211 [GRCh38] Chr4:109745367 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.382C>T (p.Arg128Ter)	single nucleotide variant	Arthrogryposis [RCV004764971]\|Fibrosis of extraocular muscles, congenital, 5 [RCV001780813]	Chr4:109050165 [GRCh38] Chr4:109971321 [GRCh37] Chr4:4q25	likely pathogenic
NM_198721.4(COL25A1):c.130G>A (p.Val44Met)	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV001802673]\|Inborn genetic diseases [RCV002541371]	Chr4:109301890 [GRCh38] Chr4:110223046 [GRCh37] Chr4:4q25	uncertain significance
GRCh37/hg19 4q12-31.21(chr4:52866944-143582507)x3	copy number gain	not provided [RCV001827738]	Chr4:52866944..143582507 [GRCh37] Chr4:4q12-31.21	pathogenic
GRCh37/hg19 4q24-31.21(chr4:104715235-145252595)	copy number gain	not specified [RCV002053446]	Chr4:104715235..145252595 [GRCh37] Chr4:4q24-31.21	pathogenic
NM_198721.4(COL25A1):c.1616C>A (p.Pro539Gln)	single nucleotide variant	Inborn genetic diseases [RCV004608073]	Chr4:108844532 [GRCh38] Chr4:109765688 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.672+1del	deletion	Fibrosis of extraocular muscles, congenital, 5 [RCV002272920]	Chr4:108940538 [GRCh38] Chr4:109861694 [GRCh37] Chr4:4q25	likely pathogenic
NM_198721.4(COL25A1):c.672+1G>A	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV002272850]	Chr4:108940538 [GRCh38] Chr4:109861694 [GRCh37] Chr4:4q25	likely pathogenic
NM_198721.4(COL25A1):c.98C>T (p.Pro33Leu)	single nucleotide variant	Inborn genetic diseases [RCV003282060]\|not provided [RCV005052043]	Chr4:109301922 [GRCh38] Chr4:110223078 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1215A>C (p.Lys405Asn)	single nucleotide variant	Inborn genetic diseases [RCV002776946]	Chr4:108860954 [GRCh38] Chr4:109782110 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1517G>C (p.Gly506Ala)	single nucleotide variant	Inborn genetic diseases [RCV002990157]	Chr4:108845250 [GRCh38] Chr4:109766406 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1139C>T (p.Ala380Val)	single nucleotide variant	Inborn genetic diseases [RCV002684783]	Chr4:108863332 [GRCh38] Chr4:109784488 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1090C>T (p.Arg364Trp)	single nucleotide variant	Inborn genetic diseases [RCV002689071]	Chr4:108863381 [GRCh38] Chr4:109784537 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1948G>C (p.Gly650Arg)	single nucleotide variant	Inborn genetic diseases [RCV002848487]	Chr4:108817411 [GRCh38] Chr4:109738567 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.434C>T (p.Pro145Leu)	single nucleotide variant	Inborn genetic diseases [RCV002980932]	Chr4:109010362 [GRCh38] Chr4:109931518 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1524T>A (p.Asn508Lys)	single nucleotide variant	Inborn genetic diseases [RCV002853590]	Chr4:108845243 [GRCh38] Chr4:109766399 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.474A>C (p.Gln158His)	single nucleotide variant	Inborn genetic diseases [RCV002769049]	Chr4:108974385 [GRCh38] Chr4:109895541 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.557T>C (p.Leu186Pro)	single nucleotide variant	Inborn genetic diseases [RCV002878637]	Chr4:108941373 [GRCh38] Chr4:109862529 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.98C>A (p.Pro33Gln)	single nucleotide variant	Inborn genetic diseases [RCV002939222]	Chr4:109301922 [GRCh38] Chr4:110223078 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1303C>A (p.Leu435Ile)	single nucleotide variant	Inborn genetic diseases [RCV003179476]	Chr4:108859673 [GRCh38] Chr4:109780829 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1598del (p.Pro533fs)	deletion	Fibrosis of extraocular muscles, congenital, 5 [RCV003228197]	Chr4:108844550 [GRCh38] Chr4:109765706 [GRCh37] Chr4:4q25	pathogenic
NM_198721.4(COL25A1):c.367+4A>G	single nucleotide variant	not provided [RCV003223168]	Chr4:109300579 [GRCh38] Chr4:110221735 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1819G>T (p.Gly607Cys)	single nucleotide variant	Inborn genetic diseases [RCV003282254]	Chr4:108824200 [GRCh38] Chr4:109745356 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.189C>G (p.Ile63Met)	single nucleotide variant	Inborn genetic diseases [RCV003214372]	Chr4:109301831 [GRCh38] Chr4:110222987 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.550C>T (p.Arg184Cys)	single nucleotide variant	Inborn genetic diseases [RCV003345003]	Chr4:108941380 [GRCh38] Chr4:109862536 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1580T>C (p.Ile527Thr)	single nucleotide variant	Inborn genetic diseases [RCV003371739]	Chr4:108844568 [GRCh38] Chr4:109765724 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.117C>T (p.Ala39=)	single nucleotide variant	not provided [RCV003435130]	Chr4:109301903 [GRCh38] Chr4:110223059 [GRCh37] Chr4:4q25	likely benign
GRCh37/hg19 4q24-35.2(chr4:101203509-190957473)x3	copy number gain	not specified [RCV003986496]	Chr4:101203509..190957473 [GRCh37] Chr4:4q24-35.2	pathogenic
NM_198721.4(COL25A1):c.1344+6T>G	single nucleotide variant	COL25A1-related disorder [RCV003909279]	Chr4:108852896 [GRCh38] Chr4:109774052 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.216C>G (p.Ala72=)	single nucleotide variant	COL25A1-related disorder [RCV003924101]	Chr4:109301804 [GRCh38] Chr4:110222960 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1616C>T (p.Pro539Leu)	single nucleotide variant	Inborn genetic diseases [RCV004444841]	Chr4:108844532 [GRCh38] Chr4:109765688 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.609A>G (p.Pro203=)	single nucleotide variant	COL25A1-related disorder [RCV003969600]	Chr4:108940602 [GRCh38] Chr4:109861758 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1657-3del	deletion	COL25A1-related disorder [RCV003909611]	Chr4:108832436 [GRCh38] Chr4:109753592 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.862-9C>T	single nucleotide variant	COL25A1-related disorder [RCV003977102]	Chr4:108896720 [GRCh38] Chr4:109817876 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1450A>G (p.Lys484Glu)	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV004801976]	Chr4:108846204 [GRCh38] Chr4:109767360 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1926G>T (p.Gly642=)	single nucleotide variant	COL25A1-related disorder [RCV004757917]	Chr4:108817433 [GRCh38] Chr4:109738589 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.809G>C (p.Gly270Ala)	single nucleotide variant	not provided [RCV005052477]	Chr4:108901144 [GRCh38] Chr4:109822300 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.554G>A (p.Arg185His)	single nucleotide variant	Inborn genetic diseases [RCV004974245]	Chr4:108941376 [GRCh38] Chr4:109862532 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1840G>A (p.Glu614Lys)	single nucleotide variant	Inborn genetic diseases [RCV004974246]	Chr4:108824179 [GRCh38] Chr4:109745335 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1147C>T (p.Pro383Ser)	single nucleotide variant	Inborn genetic diseases [RCV004974244]	Chr4:108863324 [GRCh38] Chr4:109784480 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.390G>A (p.Lys130=)	single nucleotide variant	COL25A1-related disorder [RCV003970529]\|not provided [RCV000925444]	Chr4:109050157 [GRCh38] Chr4:109971313 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1289A>G (p.Asp430Gly)	single nucleotide variant	not provided [RCV000946804]	Chr4:108859687 [GRCh38] Chr4:109780843 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.696A>C (p.Glu232Asp)	single nucleotide variant	COL25A1-related disorder [RCV003953348]\|not provided [RCV000975044]	Chr4:108937820 [GRCh38] Chr4:109858976 [GRCh37] Chr4:4q25	benign\|likely benign
NM_198721.4(COL25A1):c.1866G>A (p.Gly622=)	single nucleotide variant	not provided [RCV000895941]	Chr4:108819309 [GRCh38] Chr4:109740465 [GRCh37] Chr4:4q25	likely benign
GRCh37/hg19 4q25(chr4:110155156-110386827)x3	copy number gain	not provided [RCV000849541]	Chr4:110155156..110386827 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1662A>T (p.Thr554=)	single nucleotide variant	not provided [RCV000939511]	Chr4:108832428 [GRCh38] Chr4:109753584 [GRCh37] Chr4:4q25	likely benign
GRCh37/hg19 4q25(chr4:109774482-109830388)x1	copy number loss	not provided [RCV001005586]	Chr4:109774482..109830388 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.441C>A (p.Gly147=)	single nucleotide variant	not provided [RCV000887394]	Chr4:108974557 [GRCh38] Chr4:109895713 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.412+9C>T	single nucleotide variant	not provided [RCV000890119]	Chr4:109050126 [GRCh38] Chr4:109971282 [GRCh37] Chr4:4q25	benign
GRCh37/hg19 4q22.3-25(chr4:95490755-109977216)x3	copy number gain	not provided [RCV001827745]	Chr4:95490755..109977216 [GRCh37] Chr4:4q22.3-25	likely pathogenic
NM_198721.4(COL25A1):c.359G>T (p.Cys120Phe)	single nucleotide variant	Inborn genetic diseases [RCV004608076]	Chr4:109300591 [GRCh38] Chr4:110221747 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.308A>G (p.Glu103Gly)	single nucleotide variant	Inborn genetic diseases [RCV003300479]	Chr4:109300642 [GRCh38] Chr4:110221798 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.920C>G (p.Ser307Ter)	single nucleotide variant	not provided [RCV002970750]	Chr4:108889720 [GRCh38] Chr4:109810876 [GRCh37] Chr4:4q25	pathogenic
NM_198721.4(COL25A1):c.1216G>C (p.Gly406Arg)	single nucleotide variant	Inborn genetic diseases [RCV002753067]	Chr4:108860953 [GRCh38] Chr4:109782109 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.172G>A (p.Asp58Asn)	single nucleotide variant	Inborn genetic diseases [RCV002754487]	Chr4:109301848 [GRCh38] Chr4:110223004 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1807C>T (p.Arg603Trp)	single nucleotide variant	Inborn genetic diseases [RCV002674401]	Chr4:108824212 [GRCh38] Chr4:109745368 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1742C>T (p.Pro581Leu)	single nucleotide variant	Inborn genetic diseases [RCV003195364]	Chr4:108827157 [GRCh38] Chr4:109748313 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.273G>T (p.Glu91Asp)	single nucleotide variant	Inborn genetic diseases [RCV003198698]	Chr4:109301747 [GRCh38] Chr4:110222903 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1514C>T (p.Pro505Leu)	single nucleotide variant	Inborn genetic diseases [RCV003194294]	Chr4:108846140 [GRCh38] Chr4:109767296 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.59C>T (p.Pro20Leu)	single nucleotide variant	Inborn genetic diseases [RCV003309004]	Chr4:109301961 [GRCh38] Chr4:110223117 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.140T>C (p.Val47Ala)	single nucleotide variant	Inborn genetic diseases [RCV003265874]	Chr4:109301880 [GRCh38] Chr4:110223036 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1645C>T (p.Pro549Ser)	single nucleotide variant	Inborn genetic diseases [RCV004444842]	Chr4:108841706 [GRCh38] Chr4:109762862 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.37C>T (p.Arg13Trp)	single nucleotide variant	Inborn genetic diseases [RCV004444846]	Chr4:109301983 [GRCh38] Chr4:110223139 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.404G>A (p.Gly135Glu)	single nucleotide variant	Inborn genetic diseases [RCV004444847]	Chr4:109050143 [GRCh38] Chr4:109971299 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.485G>A (p.Gly162Glu)	single nucleotide variant	Inborn genetic diseases [RCV004444848]	Chr4:108974374 [GRCh38] Chr4:109895530 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.653G>A (p.Arg218His)	single nucleotide variant	Inborn genetic diseases [RCV004444850]	Chr4:108940558 [GRCh38] Chr4:109861714 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.787C>T (p.Pro263Ser)	single nucleotide variant	Inborn genetic diseases [RCV004444852]	Chr4:108901166 [GRCh38] Chr4:109822322 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.932G>C (p.Gly311Ala)	single nucleotide variant	Inborn genetic diseases [RCV004444853]	Chr4:108889708 [GRCh38] Chr4:109810864 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.116C>T (p.Ala39Val)	single nucleotide variant	Inborn genetic diseases [RCV004444839]	Chr4:109301904 [GRCh38] Chr4:110223060 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.906+5A>T	single nucleotide variant	COL25A1-related disorder [RCV003974290]	Chr4:108896662 [GRCh38] Chr4:109817818 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.344C>T (p.Pro115Leu)	single nucleotide variant	Inborn genetic diseases [RCV004444845]	Chr4:109300606 [GRCh38] Chr4:110221762 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.68C>A (p.Ala23Asp)	single nucleotide variant	Inborn genetic diseases [RCV004444851]	Chr4:109301952 [GRCh38] Chr4:110223108 [GRCh37] Chr4:4q25	uncertain significance
GRCh37/hg19 4p12-q35.2(chr4:45455621-191003541)x3	copy number gain	not provided [RCV003885507]	Chr4:45455621..191003541 [GRCh37] Chr4:4p12-q35.2	pathogenic
NM_198721.4(COL25A1):c.19G>T (p.Ala7Ser)	single nucleotide variant	Inborn genetic diseases [RCV004444843]	Chr4:109302001 [GRCh38] Chr4:110223157 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.316G>A (p.Ala106Thr)	single nucleotide variant	Inborn genetic diseases [RCV004444844]	Chr4:109300634 [GRCh38] Chr4:110221790 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.570C>A (p.Asp190Glu)	single nucleotide variant	Inborn genetic diseases [RCV004444849]	Chr4:108940641 [GRCh38] Chr4:109861797 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.867C>T (p.Asp289=)	single nucleotide variant	COL25A1-related disorder [RCV003963878]	Chr4:108896706 [GRCh38] Chr4:109817862 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.493-777G>A	single nucleotide variant	COL25A1-related disorder [RCV003977405]	Chr4:108942214 [GRCh38] Chr4:109863370 [GRCh37] Chr4:4q25	benign
NM_198721.4(COL25A1):c.7C>G (p.Leu3Val)	single nucleotide variant	COL25A1-related disorder [RCV003961841]	Chr4:109302013 [GRCh38] Chr4:110223169 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1585G>A (p.Gly529Ser)	single nucleotide variant	Fibrosis of extraocular muscles, congenital, 5 [RCV003990842]	Chr4:108844563 [GRCh38] Chr4:109765719 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1280A>G (p.Glu427Gly)	single nucleotide variant	Inborn genetic diseases [RCV004444840]	Chr4:108859696 [GRCh38] Chr4:109780852 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1949G>A (p.Gly650Asp)	single nucleotide variant	COL25A1-related disorder [RCV004757825]	Chr4:108817410 [GRCh38] Chr4:109738566 [GRCh37] Chr4:4q25	likely benign
NM_198721.4(COL25A1):c.1037T>C (p.Ile346Thr)	single nucleotide variant	Inborn genetic diseases [RCV004974248]	Chr4:108869134 [GRCh38] Chr4:109790290 [GRCh37] Chr4:4q25	uncertain significance
NM_198721.4(COL25A1):c.1601C>T (p.Pro534Leu)	single nucleotide variant	Inborn genetic diseases [RCV004974247]	Chr4:108844547 [GRCh38] Chr4:109765703 [GRCh37] Chr4:4q25	uncertain significance

Predicted Target Of

	Summary Value
Count of predictions:	1804
Count of miRNA genes:	914
Interacting mature miRNAs:	1061
Transcripts:	ENST00000399126, ENST00000399127, ENST00000399132, ENST00000494183, ENST00000505377, ENST00000505591, ENST00000512961
Prediction methods:	Miranda, Rnahybrid, Targetscan
Result types:	miRGate_prediction

The detailed report is available here: Full Report CSV TAB Printer

miRNA Target Status data imported from miRGate (http://mirgate.bioinfo.cnio.es/).
For more information about miRGate, see PMID:25858286 or access the full paper here.

The following QTLs overlap with this region.

RGD ID	Symbol	Name	LOD	P Value	Trait	Sub Trait	Chr	Start	Stop	Species
597201688	GWAS1297762_H	memory performance, sex interaction measurement QTL GWAS1297762 (human)		0.000004	memory performance, sex interaction measurement		4	109128952	109128953	Human
597274586	GWAS1370660_H	high density lipoprotein cholesterol measurement QTL GWAS1370660 (human)		1e-21	high density lipoprotein cholesterol measurement	blood high density lipoprotein cholesterol level (CMO:0000052)	4	109174464	109174465	Human
597267357	GWAS1363431_H	triglyceride measurement QTL GWAS1363431 (human)		7e-26	triglyceride measurement	blood triglyceride level (CMO:0000118)	4	109174464	109174465	Human
597324447	GWAS1420521_H	non-high density lipoprotein cholesterol measurement QTL GWAS1420521 (human)		3e-10	non-high density lipoprotein cholesterol measurement	blood non-high density lipoprotein cholesterol level (CMO:0003967)	4	109174464	109174465	Human
597177373	GWAS1273447_H	spermidine measurement QTL GWAS1273447 (human)		4e-08	spermidine measurement		4	109176399	109176400	Human
406957959	GWAS606935_H	carotid plaque build QTL GWAS606935 (human)		0.000001	carotid plaque build		4	109034785	109034786	Human
597194654	GWAS1290728_H	free androgen index QTL GWAS1290728 (human)		4e-09	free androgen index		4	109174464	109174465	Human
596980831	GWAS1100350_H	memory performance, sex interaction measurement QTL GWAS1100350 (human)		0.000003	memory performance, sex interaction measurement		4	109131697	109131698	Human
596980830	GWAS1100349_H	memory performance, sex interaction measurement QTL GWAS1100349 (human)		0.000003	memory performance, sex interaction measurement		4	109134293	109134294	Human
597316369	GWAS1412443_H	vaginal microbiome measurement QTL GWAS1412443 (human)		0.000009	vaginal microbiome measurement		4	109225176	109225177	Human
597312470	GWAS1408544_H	vaginal microbiome measurement QTL GWAS1408544 (human)		5e-09	vaginal microbiome measurement		4	109225176	109225177	Human
597321431	GWAS1417505_H	testosterone measurement QTL GWAS1417505 (human)		7e-09	testosterone measurement	serum testosterone level (CMO:0000568)	4	109108768	109108769	Human
597201685	GWAS1297759_H	memory performance, sex interaction measurement QTL GWAS1297759 (human)		0.000004	memory performance, sex interaction measurement		4	109129261	109129262	Human
597201686	GWAS1297760_H	memory performance, sex interaction measurement QTL GWAS1297760 (human)		0.000004	memory performance, sex interaction measurement		4	109135631	109135632	Human
597201687	GWAS1297761_H	memory performance, sex interaction measurement QTL GWAS1297761 (human)		0.000004	memory performance, sex interaction measurement		4	109128713	109128714	Human
407039378	GWAS688354_H	body mass index QTL GWAS688354 (human)		0.0000005	body mass index	body mass index (BMI) (CMO:0000105)	4	109057975	109057976	Human
597060743	GWAS1156817_H	reaction time measurement QTL GWAS1156817 (human)		0.000004	cognitive behavior trait (VT:0010450)		4	109249480	109249481	Human
597152581	GWAS1248655_H	memory performance QTL GWAS1248655 (human)		0.0000005	memory performance		4	109067562	109067563	Human
597448008	GWAS1544082_H	clostridium difficile infection QTL GWAS1544082 (human)		0.000008	clostridium difficile infection		4	108850323	108850324	Human
597265804	GWAS1361878_H	triglyceride measurement QTL GWAS1361878 (human)		3e-33	triglyceride measurement	blood triglyceride level (CMO:0000118)	4	109174464	109174465	Human
597621384	GWAS1678244_H	pericarditis QTL GWAS1678244 (human)		3e-12	pericarditis		4	108935005	108935006	Human
597265231	GWAS1361305_H	high density lipoprotein cholesterol measurement QTL GWAS1361305 (human)		2e-31	high density lipoprotein cholesterol measurement	blood high density lipoprotein cholesterol level (CMO:0000052)	4	109174464	109174465	Human
407145752	GWAS794728_H	schizophrenia, age at onset QTL GWAS794728 (human)		0.000004	schizophrenia, age at onset		4	108959574	108959575	Human
597146570	GWAS1242644_H	COVID-19 QTL GWAS1242644 (human)		4e-08	COVID-19		4	108838313	108838314	Human
597275974	GWAS1372048_H	testosterone measurement QTL GWAS1372048 (human)		2e-08	testosterone measurement	serum testosterone level (CMO:0000568)	4	109108768	109108769	Human
1643256	BW127_H	Body Weight QTL 127 (human)	1.31	0.007	Body weight	body mass index	4	106319694	132319694	Human
596984561	GWAS1104080_H	memory performance, sex interaction measurement QTL GWAS1104080 (human)		0.000004	memory performance, sex interaction measurement		4	109128713	109128714	Human
596984560	GWAS1104079_H	memory performance, sex interaction measurement QTL GWAS1104079 (human)		0.000004	memory performance, sex interaction measurement		4	109135631	109135632	Human
597314431	GWAS1410505_H	vaginal microbiome measurement QTL GWAS1410505 (human)		0.000007	vaginal microbiome measurement		4	109225176	109225177	Human
597135537	GWAS1231611_H	memory performance, sex interaction measurement QTL GWAS1231611 (human)		0.000004	memory performance, sex interaction measurement		4	109129061	109129062	Human
597311356	GWAS1407430_H	vaginal microbiome measurement QTL GWAS1407430 (human)		0.000003	vaginal microbiome measurement		4	109225176	109225177	Human
596984562	GWAS1104081_H	memory performance, sex interaction measurement QTL GWAS1104081 (human)		0.000004	memory performance, sex interaction measurement		4	109128952	109128953	Human
597332848	GWAS1428922_H	R-warfarin measurement QTL GWAS1428922 (human)		0.000009	R-warfarin measurement		4	108984279	108984280	Human
597135291	GWAS1231365_H	memory performance, sex interaction measurement QTL GWAS1231365 (human)		0.000003	memory performance, sex interaction measurement		4	109132717	109132718	Human
597135290	GWAS1231364_H	memory performance, sex interaction measurement QTL GWAS1231364 (human)		0.000003	memory performance, sex interaction measurement		4	109131697	109131698	Human
597135289	GWAS1231363_H	memory performance, sex interaction measurement QTL GWAS1231363 (human)		0.000003	memory performance, sex interaction measurement		4	109134293	109134294	Human
597105509	GWAS1201583_H	cortical surface area change measurement QTL GWAS1201583 (human)		0.000005	cortical surface area change measurement		4	109118383	109118384	Human
597322857	GWAS1418931_H	non-high density lipoprotein cholesterol measurement QTL GWAS1418931 (human)		5e-10	non-high density lipoprotein cholesterol measurement	blood non-high density lipoprotein cholesterol level (CMO:0003967)	4	109174464	109174465	Human
596980832	GWAS1100351_H	memory performance, sex interaction measurement QTL GWAS1100351 (human)		0.000003	memory performance, sex interaction measurement		4	109132717	109132718	Human
597315884	GWAS1411958_H	vaginal microbiome measurement QTL GWAS1411958 (human)		0.0000002	vaginal microbiome measurement		4	109225176	109225177	Human
596980834	GWAS1100353_H	memory performance, sex interaction measurement QTL GWAS1100353 (human)		0.000004	memory performance, sex interaction measurement		4	109129061	109129062	Human
597131693	GWAS1227767_H	memory performance QTL GWAS1227767 (human)		0.000009	memory performance		4	109134293	109134294	Human
597309728	GWAS1405802_H	vaginal microbiome measurement QTL GWAS1405802 (human)		0.000005	vaginal microbiome measurement		4	109225176	109225177	Human
597245538	GWAS1341612_H	sex hormone-binding globulin measurement QTL GWAS1341612 (human)		1e-11	sex hormone-binding globulin measurement		4	109104450	109104451	Human
596980009	GWAS1099528_H	memory performance QTL GWAS1099528 (human)		0.000009	memory performance		4	109134293	109134294	Human
596984296	GWAS1103815_H	memory performance, sex interaction measurement QTL GWAS1103815 (human)		0.000004	memory performance, sex interaction measurement		4	109129261	109129262	Human
597076072	GWAS1172146_H	late-onset Alzheimers disease QTL GWAS1172146 (human)		0.0000008	late-onset Alzheimers disease		4	109251730	109251731	Human

D4S3240

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,794,608 - 109,794,926	UniSTS	GRCh37
Build 36	4	110,014,057 - 110,014,375	RGD	NCBI36
Celera	4	107,089,378 - 107,089,699	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,527,005 - 105,527,326	UniSTS
Marshfield Genetic Map	4	114.04	RGD
Marshfield Genetic Map	4	114.04	UniSTS
deCODE Assembly Map	4	112.5	UniSTS

D4S1571

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,108,267 - 110,108,421	UniSTS	GRCh37
GRCh37	4	110,108,274 - 110,108,436	UniSTS	GRCh37
Build 36	4	110,327,723 - 110,327,885	RGD	NCBI36
Celera	4	107,403,142 - 107,403,307	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,841,063 - 105,841,226	UniSTS
Marshfield Genetic Map	4	114.67	UniSTS
Marshfield Genetic Map	4	114.67	RGD
Genethon Genetic Map	4	113.2	UniSTS
TNG Radiation Hybrid Map	4	67274.0	UniSTS
GeneMap99-GB4 RH Map	4	513.68	UniSTS
Whitehead-RH Map	4	549.5	UniSTS
Whitehead-YAC Contig Map	4		UniSTS

SHGC-23220

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,110,744 - 110,110,845	UniSTS	GRCh37
Build 36	4	110,330,193 - 110,330,294	RGD	NCBI36
Celera	4	107,405,615 - 107,405,716	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,843,537 - 105,843,638	UniSTS
TNG Radiation Hybrid Map	4	67474.0	UniSTS

SHGC-23040

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,110,744 - 110,110,843	UniSTS	GRCh37
Build 36	4	110,330,193 - 110,330,292	RGD	NCBI36
Celera	4	107,405,615 - 107,405,714	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,843,537 - 105,843,636	UniSTS
TNG Radiation Hybrid Map	4	67474.0	UniSTS

L18131

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,071,040 - 110,071,292	UniSTS	GRCh37
Build 36	4	110,290,489 - 110,290,741	RGD	NCBI36
Celera	4	107,365,914 - 107,366,166	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,803,837 - 105,804,087	UniSTS

SHGC-23036

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,908,259 - 109,908,477	UniSTS	GRCh37
Build 36	4	110,127,708 - 110,127,926	RGD	NCBI36
Celera	4	107,203,042 - 107,203,260	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,640,691 - 105,640,909	UniSTS
TNG Radiation Hybrid Map	4	69498.0	UniSTS

SHGC-50465

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,219,164 - 110,219,360	UniSTS	GRCh37
Build 36	4	110,438,613 - 110,438,809	RGD	NCBI36
Celera	4	107,514,045 - 107,514,241	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,951,957 - 105,952,153	UniSTS
TNG Radiation Hybrid Map	4	67624.0	UniSTS

RH92515

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,974,741 - 109,974,929	UniSTS	GRCh37
Build 36	4	110,194,190 - 110,194,378	RGD	NCBI36
Celera	4	107,269,621 - 107,269,809	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,707,485 - 105,707,673	UniSTS
GeneMap99-GB4 RH Map	4	515.51	UniSTS

RH91312

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,219,206 - 110,219,360	UniSTS	GRCh37
Build 36	4	110,438,655 - 110,438,809	RGD	NCBI36
Celera	4	107,514,087 - 107,514,241	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,951,999 - 105,952,153	UniSTS
GeneMap99-GB4 RH Map	4	506.75	UniSTS

SHGC-82565

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,838,431 - 109,838,707	UniSTS	GRCh37
Build 36	4	110,057,880 - 110,058,156	RGD	NCBI36
Celera	4	107,133,212 - 107,133,488	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,570,857 - 105,571,133	UniSTS
TNG Radiation Hybrid Map	4	69392.0	UniSTS

RH104124

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,903,844 - 109,904,006	UniSTS	GRCh37
Build 36	4	110,123,293 - 110,123,455	RGD	NCBI36
Celera	4	107,198,627 - 107,198,789	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,636,276 - 105,636,438	UniSTS
GeneMap99-GB4 RH Map	4	506.65	UniSTS

RH120151

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,819,110 - 109,819,429	UniSTS	GRCh37
Build 36	4	110,038,559 - 110,038,878	RGD	NCBI36
Celera	4	107,113,881 - 107,114,200	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,551,527 - 105,551,845	UniSTS

SHGC-89200

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,746,959 - 109,747,300	UniSTS	GRCh37
Build 36	4	109,966,408 - 109,966,749	RGD	NCBI36
Celera	4	107,041,716 - 107,042,057	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,479,329 - 105,479,670	UniSTS

D4S1306

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,851,145 - 109,851,328	UniSTS	GRCh37
Build 36	4	110,070,594 - 110,070,777	RGD	NCBI36
Celera	4	107,145,928 - 107,146,111	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,583,577 - 105,583,760	UniSTS

SHGC-23030

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,197,779 - 110,197,897	UniSTS	GRCh37
Build 36	4	110,417,228 - 110,417,346	RGD	NCBI36
Celera	4	107,492,666 - 107,492,784	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,930,573 - 105,930,691	UniSTS
TNG Radiation Hybrid Map	4	67603.0	UniSTS

COL25A1_2958

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,744,903 - 109,745,445	UniSTS	GRCh37
Build 36	4	109,964,352 - 109,964,894	RGD	NCBI36
Celera	4	107,039,660 - 107,040,202	RGD
HuRef	4	105,477,273 - 105,477,815	UniSTS

SHGC-23223

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,065,868 - 110,065,977	UniSTS	GRCh37
Build 36	4	110,285,317 - 110,285,426	RGD	NCBI36
Celera	4	107,360,742 - 107,360,851	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,798,667 - 105,798,776	UniSTS

SHGC-37631

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,219,067 - 110,219,195	UniSTS	GRCh37
Build 36	4	110,438,516 - 110,438,644	RGD	NCBI36
Celera	4	107,513,948 - 107,514,076	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,951,860 - 105,951,988	UniSTS

G19541

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,883,189 - 109,883,335	UniSTS	GRCh37
Build 36	4	110,102,638 - 110,102,784	RGD	NCBI36
Celera	4	107,177,971 - 107,178,117	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,615,622 - 105,615,768	UniSTS

D4S1178

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,224,092 - 110,224,280	UniSTS	GRCh37
Build 36	4	110,443,541 - 110,443,729	RGD	NCBI36
Celera	4	107,518,973 - 107,519,161	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,956,886 - 105,957,075	UniSTS

SHGC-23039

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,004,459 - 110,004,587	UniSTS	GRCh37
Build 36	4	110,223,908 - 110,224,036	RGD	NCBI36
Celera	4	107,299,338 - 107,299,466	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,737,200 - 105,737,328	UniSTS
TNG Radiation Hybrid Map	4	70707.0	UniSTS

D4S953

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,128,582 - 110,128,774	UniSTS	GRCh37
Build 36	4	110,348,031 - 110,348,223	RGD	NCBI36
Celera	4	107,423,453 - 107,423,645	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,861,375 - 105,861,567	UniSTS
TNG Radiation Hybrid Map	4	67574.0	UniSTS
Stanford-G3 RH Map	4	6304.0	UniSTS
NCBI RH Map	4	1175.4	UniSTS

SHGC-23060

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,844,383 - 109,844,483	UniSTS	GRCh37
Build 36	4	110,063,832 - 110,063,932	RGD	NCBI36
Celera	4	107,139,165 - 107,139,265	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,576,814 - 105,576,914	UniSTS

SHGC-23037

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	109,866,550 - 109,866,645	UniSTS	GRCh37
Build 36	4	110,085,999 - 110,086,094	RGD	NCBI36
Celera	4	107,161,337 - 107,161,432	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,598,988 - 105,599,083	UniSTS
TNG Radiation Hybrid Map	4	69398.0	UniSTS

SHGC-23021

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,100,014 - 110,100,119	UniSTS	GRCh37
Build 36	4	110,319,463 - 110,319,568	RGD	NCBI36
Celera	4	107,394,882 - 107,394,987	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,832,803 - 105,832,908	UniSTS
TNG Radiation Hybrid Map	4	67474.0	UniSTS
TNG Radiation Hybrid Map	4	67374.0	UniSTS

SHGC-23025

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,100,014 - 110,100,119	UniSTS	GRCh37
Build 36	4	110,319,463 - 110,319,568	RGD	NCBI36
Celera	4	107,394,882 - 107,394,987	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,832,803 - 105,832,908	UniSTS
TNG Radiation Hybrid Map	4	67474.0	UniSTS
Stanford-G3 RH Map	4	6369.0	UniSTS
NCBI RH Map	4	1179.5	UniSTS

SHGC-23172

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,098,053 - 110,098,225	UniSTS	GRCh37
Build 36	4	110,317,502 - 110,317,674	RGD	NCBI36
Celera	4	107,392,921 - 107,393,093	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,830,842 - 105,831,014	UniSTS

SHGC-23034

Human Assembly	Chr	Position (strand)	Source	JBrowse
GRCh37	4	110,100,035 - 110,100,129	UniSTS	GRCh37
Build 36	4	110,319,484 - 110,319,578	RGD	NCBI36
Celera	4	107,394,903 - 107,394,997	RGD
Cytogenetic Map	4	q25	UniSTS
HuRef	4	105,832,824 - 105,832,918	UniSTS
TNG Radiation Hybrid Map	4	67474.0	UniSTS

D4S1571

Human Assembly	Chr	Position (strand)	Source	JBrowse
Cytogenetic Map	4	q25	UniSTS
TNG Radiation Hybrid Map	4	67274.0	UniSTS

Click on a value in the shaded box below the category label to view a detailed expression data table for that system.

Download All Expressed Objects for this Gene

adipose tissue	alimentary part of gastrointestinal system	appendage	circulatory system	ectoderm	endocrine system	endoderm	entire extraembryonic component	exocrine system	hemolymphoid system	hepatobiliary system	integumental system	mesenchyme	mesoderm	musculoskeletal system	nervous system	pharyngeal arch	renal system	reproductive system	respiratory system	sensory system	visual system
1204	2285	2786	2227	4923	1643	2121	2	552	1106	391	2255	6199	5598	37	3697	1	774	1680	1464	167	1


RefSeq Transcripts	NG_047204	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_001256074	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_032518	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NM_198721	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	NR_045756	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532333	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532334	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532335	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532338	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532355	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532356	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_011532358	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017008735	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017008736	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_017008737	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351101	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351102	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351103	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351104	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351105	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351106	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	XM_054351107	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
GenBank Nucleotide	AC004051	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC004701	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC073427	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC095066	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AC097473	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AF293340	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AF293341	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	AK095098	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC030649	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	BC036669	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CH471057	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	CP068274	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	KF457803	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles
	KF457804	(Get FASTA)	NCBI Sequence Viewer	Search GEO for Microarray Profiles

Ensembl Acc Id:

ENST00000399126 ⟹ ENSP00000382077

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,823,876 - 109,302,643 (-)	Ensembl

Ensembl Acc Id:

ENST00000399127 ⟹ ENSP00000382078

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,823,876 - 109,302,367 (-)	Ensembl

Ensembl Acc Id:

ENST00000399132 ⟹ ENSP00000382083

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,808,725 - 109,302,658 (-)	Ensembl

Ensembl Acc Id:

ENST00000494183 ⟹ ENSP00000437131

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,810,721 - 109,302,367 (-)	Ensembl

Ensembl Acc Id:

ENST00000505377

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,824,174 - 108,832,692 (-)	Ensembl

Ensembl Acc Id:

ENST00000505591 ⟹ ENSP00000422266

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	109,301,809 - 109,302,657 (-)	Ensembl

Ensembl Acc Id:

ENST00000512961 ⟹ ENSP00000426841

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,813,699 - 108,824,219 (-)	Ensembl

Ensembl Acc Id:

ENST00000610288 ⟹ ENSP00000482699

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,810,721 - 109,050,182 (-)	Ensembl

Ensembl Acc Id:

ENST00000622134 ⟹ ENSP00000484110

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,810,721 - 109,050,182 (-)	Ensembl

Ensembl Acc Id:

ENST00000642955 ⟹ ENSP00000495847

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38.p14 Ensembl	4	108,808,725 - 109,302,752 (-)	Ensembl

RefSeq Acc Id:

NM_001256074 ⟹ NP_001243003

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,823,844 - 109,302,658 (-)	NCBI
GRCh37	4	109,731,877 - 110,223,799 (-)	NCBI
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI
CHM1_1	4	109,721,602 - 110,200,159 (-)	NCBI
T2T-CHM13v2.0	4	112,125,738 - 112,604,778 (-)	NCBI

Sequence:

show sequence

AGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCTTGGGTTTATTTCGTTTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCC
TTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAGACACCGAGTAGGTAGAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGC
CCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTGGGGCCCTCGAAAGAGGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGTGGGTTTCGTCTTGCTTTTTACCCCAC
CGCCACCCAGTCCCCGGACGGAGGGTGCTTTTCACTTCCAGCTGGGAGGAGAGAAGAAAGCGGGGATGGTGCACGCCTGCGGGTCTGGACGCTGAGCAAGGCAGGGGTCCGTATCCGCTCGTGGGCTT
GACTCCACCAACTAGTTGTGCAGCCACAGGGACTGAACTTTGGAGGAATCGACCTTTTTCTTTCCTTTTAGGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGA
TGCTGCTGAAGAAGCACGCAGGGAAAGGAGGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTG
GTGGCCGTGGTGTCTTGCCTGTACCTGGGTGTGAAAACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAA
GACTATGGTGCAAGAGAAAGTGGAGCGACTTCTGGCTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAG
GTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGGGCCTGCCAGGCTTCCCCACA
GTTGCTGCCCTGCACAGTAATCAGATCCTCACCGTCAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCG
TGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGG
GTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGT
GACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCAT
TGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGGATCGTGGAG
AAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGGGTCCCCCTGGACCTCCT
GGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGG
AGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCAC
CTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGTGTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCT
GGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGG
GCTGCCTGGCTTCCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGTGACCTCTCCATCCCAGCATGTACCTTGTTTGATTCTTCTCCTGCTGTCTGCTTTGCTGTTCAGCT
TGTGTGATTCCATTTGACACTTAATCTTTCTCCATCCTGTGCTCCAAAAACATACTGATGCCTGATTTAAGGAATCAGGTCTTCAGAGAGGAATGAAGAAGGCTGTACTGCCAGATATAAGGGCACTG
CCTGGCATAGAAGAAAAAATTATTATCACCAGATATTCTAGCTACAGTTTTTCAACCACCTGACACCAATTTATGGAAAAATAAAGGATTTTTGAAAAAAAAATCATTTTAAAAAGTAAAATTAAATG
ACACAAA

hide sequence

RefSeq Acc Id:

NM_032518 ⟹ NP_115907

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,823,844 - 109,302,658 (-)	NCBI
GRCh37	4	109,731,877 - 110,223,799 (-)	NCBI
Build 36	4	109,964,481 - 110,443,248 (-)	NCBI Archive
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI
CHM1_1	4	109,721,602 - 110,200,435 (-)	NCBI
T2T-CHM13v2.0	4	112,125,738 - 112,604,778 (-)	NCBI

Sequence:

show sequence

AGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCTTGGGTTTATTTCGT
TTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCCTTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAGACACCGAGTAGGTA
GAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGCCCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTGGGGCCCTCGAAAGA
GGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGTGGGTTTCGTCTTGCTTTTTACCCCACCGCCACCCAGTCCCCGGACGGAGGGTGCTTTTCACTTCCAGCTGGGAGGAGAGAAGAAAGCGGG
GATGGTGCACGCCTGCGGGTCTGGACGCTGAGCAAGGCAGGGGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGCACGCAGGGAAAGGA
GGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCTTGCCTGTACCTGGG
TGTGAAAACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGAGAAAGTGGAGCGAC
TTCTGGCTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGT
CCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCTGCTGATCAGCAGCT
CATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGGAATGCCAGGAGTAC
CCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCT
GGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGACCCTGGATCATCTGC
TGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGGTCCTCAAGGAGAAC
CAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAATCAGGAACTAGAGGC
CCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAACCTCCACGA
AGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGAC
TCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCA
CAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGG
TCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGGGTG
ATCTAGGAGAAAAGGGAGAAAAGGTGACCTCTCCATCCCAGCATGTACCTTGTTTGATTCTTCTCCTGCTGTCTGCTTTGCTGTTCAGCTTGTGTGATTCCATTTGACACTTAATCTTTCTCCATCCT
GTGCTCCAAAAACATACTGATGCCTGATTTAAGGAATCAGGTCTTCAGAGAGGAATGAAGAAGGCTGTACTGCCAGATATAAGGGCACTGCCTGGCATAGAAGAAAAAATTATTATCACCAGATATTC
TAGCTACAGTTTTTCAACCACCTGACACCAATTTATGGAAAAATAAAGGATTTTTGAAAAAAAAATCATTTTAAAAAGTAAAATTAAATGACACAAA

hide sequence

RefSeq Acc Id:

NM_198721 ⟹ NP_942014

RefSeq Status:

REVIEWED

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI
GRCh37	4	109,731,877 - 110,223,799 (-)	NCBI
Build 36	4	109,954,421 - 110,443,248 (-)	NCBI Archive
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI
CHM1_1	4	109,708,453 - 110,200,435 (-)	NCBI
T2T-CHM13v2.0	4	112,110,611 - 112,604,778 (-)	NCBI

Sequence:

show sequence

AGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCTTGGGTTTATTTCGTTTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCC
TTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAGACACCGAGTAGGTAGAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGC
CCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTGGGGCCCTCGAAAGAGGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGTGGGTTTCGTCTTGCTTTTTACCCCAC
CGCCACCCAGTCCCCGGACGGAGGGTGCTTTTCACTTCCAGCTGGGAGGAGAGAAGAAAGCGGGGATGGTGCACGCCTGCGGGTCTGGACGCTGAGCAAGGCAGGGGATTATTTGAGGTGTAGAGGGT
GGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGCACGCAGGGAAAGGAGGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGC
CCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCTTGCCTGTACCTGGGTGTGAAAACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCC
ATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGAGAAAGTGGAGCGACTTCTGGCTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGA
ATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTG
ATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCT
CCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAA
GGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGG
GAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTT
CCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGG
TGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTC
CACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGA
CTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACT
TCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGG
GACCTCATGGACTTCCTGGACCAAAGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGG
CTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGGATTCCGTGGCGTTAAGGGGGAAAAAGGGGAGCCAGGCCA
GCCTGGCCTGGATGGGCTGGATGCCCCTTGCCAATTGGGGCCAGATGGCTTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTT
AATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATATGTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAA
TTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCTTATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTT
TTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATGAAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCA
TTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAACTAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTT
GATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACCATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCC
TGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTTGGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAG
AGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAAGAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAAT
ATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGGAGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATA
ACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAGGAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATT
TCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTTTTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTT
TTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGACCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAA
AGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGATGAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTAT
TTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAACATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCAT
AAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGA
AAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAA
ATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATT
AAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTC
TTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAG
TGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACAC
TTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTG
TAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCA
AGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATA
GAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGT
TGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGA
ATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGC
CTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAGTTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAA
TATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGTCTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTG
TTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGAACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAA
ATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATGTTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGT
TAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCAGAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAA
ATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCACACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCC
TATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCTGGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGA
GGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATATTGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTT
TGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAATATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAA
ACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATCTCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTG
TTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAACTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTT
TAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACATAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGG
GCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCACTGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTT
TAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCATAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTG
TTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTACACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGT
ATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

NR_045756

RefSeq Status:

REVIEWED

Type:

NON-CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,810,721 - 109,302,658 (-)	NCBI
GRCh37	4	109,731,877 - 110,223,799 (-)	NCBI
HuRef	4	105,464,237 - 105,956,593 (-)	NCBI
CHM1_1	4	109,708,453 - 110,200,159 (-)	NCBI
T2T-CHM13v2.0	4	112,112,603 - 112,604,778 (-)	NCBI

Sequence:

show sequence

AGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCTTGGGTTTATTTCGT
TTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCCTTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAGACACCGAGTAGGTA
GAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGCCCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTGGGGCCCTCGAAAGA
GGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGCACGCAGGGAAAGGAGGGGGC
CGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCTTGCCTGTACCTGGGTGTGAA
AACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGAGAAAGTGGAGCGACTTCTGG
CTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCT
GGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGG
GATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTG
ACACAGGCGAAAAGGGTGACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAG
GGAGAACCAGGTTTCATTGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACC
AAAGGGGAAACAAGGTGAATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCA
CTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCT
CCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTT
CTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGT
CCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTT
CCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCT
GCCCGTTGGGGCCAGATGGCTTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAG
ATTTTACAAGTCTGAGATATGTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAA
AATATAGATCAGTATCTCCTTATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGT
GCCATGAAATAGTTTACATGAAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATA
CCTACACCACCCATTGAAACTAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGT
CATCTCAAGGGGGTTACACCATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTG
TGGGCTCATGTGGCCACTTTGGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTC
TCATGTGACCAAGTAGGAAAGAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCAC
AGCACTTCTTTTGGAATAGGAGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAAT
CGCCTCTCCCGATGATATAGGAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGACCAAAT
CTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTT
TGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTT
CTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGA
CAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCA
TTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAAC
TACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCT
TCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTT
GACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATG
GATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACT
TTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGAT
ATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAA
ATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAACAGTGTACCAATAGATGATGTGTGTTTACTCGGA

hide sequence

RefSeq Acc Id:

XM_011532333 ⟹ XP_011530635

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI

Sequence:

show sequence

CGCGCACTCACACACTCACACACACACTCACGCGAGCATCGCGAAGGGTATTTAAGGATCGCGCACGCGGGGCTGCGGAGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCT
TGGGTTTATTTCGTTTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCCTTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAG
ACACCGAGTAGGTAGAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGCCCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTG
GGGCCCTCGAAAGAGGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGTGGGTTTCGTCTTGCTTTTTACCCCACCGCCACCCAGTCCCCGGACGGAGGGTGCTTTTCACTTCCAGCTGGGAGGA
GAGAAGAAAGCGGGGATGGTGCACGCCTGCGGGTCTGGACGCTGAGCAAGGCAGGGGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGC
ACGCAGGGAAAGGAGGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCT
TGCCTGTACCTGGGTGTGAAAACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGA
GAAAGTGGAGCGACTTCTGGCTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAA
GAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCT
GCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGG
AATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTG
AGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGAC
CCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGG
TCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAAT
CAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAAC
GGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGA
TGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTG
GAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGTGTT
AAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGC
AGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGG
GTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGCTTA
CCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATATGTT
TACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCTTAT
CTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATGAAA
TGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAACTAA
CTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACCATG
GCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTTGGT
TGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAAGAG
GTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGGAGA
TTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAGGAG
AGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTTTTC
TTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGACCT
TTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGATGAA
TGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAACAT
TTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGAT
GGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTT
AATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCT
AAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAA
CATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTG
TCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGA
GGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCT
GTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACT
CCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAA
AGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAG
TTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTA
CTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAAC
AGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAGTTT
ATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGTCTT
GGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGAACT
TACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATGTTA
TATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCAGAG
TAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCACACT
ACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCTGGC
TATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATATTGG
CTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAATAT
TTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATCTCT
CAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAACTT
AATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACATAA
ATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCACTGT
AAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCATAA
GATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTACAC
TATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_011532334 ⟹ XP_011530636

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI

Sequence:

show sequence

CGCGCACTCACACACTCACACACACACTCACGCGAGCATCGCGAAGGGTATTTAAGGATCGCGCACGCGGGGCTGCGGAGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCT
TGGGTTTATTTCGTTTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCCTTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAG
ACACCGAGTAGGTAGAAATAAGGCAAACTCACAGAGGCGCAACAGGTCCGGTCCTCCGTGGCCAGGGCGAGCCGCGGCCCCGCGTGGCGCCTCGGCCGTTGCCCTCGGACCCTGAGCGGCCACTGTTG
GGGCCCTCGAAAGAGGTGTCGGTCCTCTGGGAGTCGGAAGAGCTGTCTGGGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGCACGCAG
GGAAAGGAGGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCCTGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCTTGCCTG
TACCTGGGTGTGAAAACCAACGACCTCCAGGCGAGGATCGCCGCTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGAGAAAGT
GGAGCGACTTCTGGCTCAGAAATCCTATGAACATATGGCTAAAATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAG
AATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCTGCTGAT
CAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGGAATGCC
AGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTGAGCCCG
GGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGACCCTGGA
TCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGGTCCTCA
AGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAATCAGGAA
CTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAAC
CTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGA
GCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGC
CGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGTGTTAAAGGA
TTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGGTCC
CAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGGGTGATC
TAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGCTTACCCATG
CCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATATGTTTACATA
GGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCTTATCTTATG
TGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATGAAATGGTGA
CCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAACTAACTAAAA
AAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACCATGGCTTAT
TGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTTGGTTGAAAT
ACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAAGAGGTTTAC
AAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGGAGATTCTTG
GAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAGGAGAGCTTA
CTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTTTTCTTTTTC
TTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGACCTTTTACT
AACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGATGAATGTAAC
GTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAACATTTCTAA
ATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGATGGAACA
TTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTTAATTTC
TCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCTAAAATC
CTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAACATTTC
TGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTGTCTTAA
ATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGAGGTGGA
TTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCTGTCCTG
TGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACTCCTCCT
TGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAAAGAATT
GTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAGTTTCTA
TTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTACTATGG
ATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAACAGTGTA
CCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAGTTTATATGA
TTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGTCTTGGAGGA
TTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGAACTTACACA
TCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATGTTATATTTT
TCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCAGAGTAGGGC
TATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCACACTACAAAA
AAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCTGGCTATTAA
AATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATATTGGCTAGAT
TTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAATATTTAAAT
GTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATCTCTCAAAAT
GTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAACTTAATAAC
ATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACATAAATACAA
AATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCACTGTAAATAT
GGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCATAAGATTTT
TGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTACACTATTTA
TGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_011532335 ⟹ XP_011530637

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,302,658 (-)	NCBI

Sequence:

show sequence

CGCGCACTCACACACTCACACACACACTCACGCGAGCATCGCGAAGGGTATTTAAGGATCGCGCACGCGGGGCTGCGGAGATCCTTCGGGCAGCCGCGACTTCGGCTTCGCGAGTAGCATTGGTTCCT
TGGGTTTATTTCGTTTTCCTCTCTCTTCTCCACCTTAGTCGCCCCTTTCGCGCTGCGCTGTAGCGTGCTCTCACAGCCTTTTTGCCTTGAACTGAATGCAGGTGGGAAACAGGTCGGCGTGCCGAAAG
ACACCGAGATTATTTGAGGTGTAGAGGGTGGGAAGCGAAGCCGAGACGGCCGACCCCGCCACGATGCTGCTGAAGAAGCACGCAGGGAAAGGAGGGGGCCGGGAGCCCAGATCCGAGGACCCGACCCC
TGCCGAACAGCATTGTGCCCGGACCATGCCCCCGTGTGCCGTCCTGGCGGCCCTCCTGTCAGTGGTGGCCGTGGTGTCTTGCCTGTACCTGGGTGTGAAAACCAACGACCTCCAGGCGAGGATCGCCG
CTCTCGAATCCGCCAAAGGGGCCCCTTCCATTCATCTGCTGCCTGATACCCTGGATCACCTCAAGACTATGGTGCAAGAGAAAGTGGAGCGACTTCTGGCTCAGAAATCCTATGAACATATGGCTAAA
ATAAGAATCGCAAGAGAAGCACCTTCAGAATGTAACTGCCCAGCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGG
TCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGAC
AGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTG
ATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAA
GGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTC
GTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAA
CGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGG
GGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGG
GTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGT
ATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACC
AGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGTGTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTG
GTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGA
CCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAA
AAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGCTTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATG
AAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATATGTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTT
ACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCTTATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGA
TTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATGAAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTG
ATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAACTAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGA
TGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACCATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTG
TCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTTGGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGC
TGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAAGAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAA
ATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGGAGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCC
ACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAGGAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCC
TCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTTTTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTT
TTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGACCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAA
GCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGATGAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCA
CATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAACATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCT
CAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGC
TTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCA
TGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATAC
AAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAA
TAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTC
TTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGAC
GATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATC
AACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTT
TAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAA
GATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTT
AGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGT
GTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTAT
TTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAGTTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACA
CACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGTCTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCT
TTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGAACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCT
ATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATGTTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTT
TAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCAGAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATA
AGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCACACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATC
TCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCTGGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATG
ATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATATTGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAA
CTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAATATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTT
GGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATCTCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGG
ATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAACTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATT
ATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACATAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTAC
ACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCACTGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGAT
TGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCATAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAG
TTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTACACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATA
TTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_011532355 ⟹ XP_011530657

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,212,355 (-)	NCBI

Sequence:

show sequence

AACCTGTTGCTCTAAGAATTTCCTTTTTAAAATTCCTATTGCATCTTTCATTTATTCATTGTTC
TACAACCAGCTTTGGTTGAATATTACAGGAAATGTTTTAGTTAAGCAAAGTTTGTCTTTCTACAATCTTCCACTGTGGTTTTTGAGACCCTTCCCTTAATATACCCTGCTTTTATTGTGCCCAGTTGT
ATTAATTTTCTAGGGCTGTTGTAATAAAGTATCATACATAAACTGTGGCTTAAAACAATAGAAATTTATTCTCTCTCAATTCTTGAGACTCAGAAATCAAGATGTTGGCAGGGCCATGCTCCCTCTGA
AGCCTCTAGAGGAGGGCCCTTCCTTGCCTCTTACAGTTTATGATAGTACCGGGCATTTCTTGGCTTGTGGCAGAAGAGCTCCAATCTCTGCCTGTCTTCACATGGCTGTCCTCCTTTTGTGTGTGTCT
GAGTCTCTTTTCTTTTTATAAGGATGACAGCCATACTGGATTAGGACCTACTCTAATCCAGGATGACATCATATTAATTTGATTATATCTACAAAGACCATTTCCAAATAAGGTCATATACACAGGTA
TTGTGGGTTAGAACTTGAGCATATCTCTTTGAAGAAACACAATTCAACCCATAAGCATTTTTACCATGGCAGCCCACTGAGTTTCTTCTTTAACTGCCCCCCCTTCCTTCCTTCCGTCTTTCCTTCCT
TCCGTCCTTCCTTCCTTCCTTCCTTCCTTCCTTTTTTTCCTTCCTTCCTTCCTATCCATCCATTACATAAAATGAACATCTGCTGTGTGCCCGACATTTTCCTAGGCAGTAGGAACACCGGATAGAGT
GACACAAAGTTCCTGATCTCATGCACTTATATTCTAAGTCAATAGACAAGTGACATTTAACATATAGAACATCTTTGAGAATAATTTTTACAAAGATCAATAAAACAAGGAAAGAGGATCAAGAGATA
TGGGGGCAGAGGGGGATGGCATGTGGGTGAGAGGTACATTTCAGACTGGATGGTCAGTGCAAGCTAGCTGCCCTGCTACACATACCTATCTGAACCCAATGTGCTGACTCACACATGTAACGTATTAA
AAAGGTCTTTCTATAAATAATTTATTAAGTCAGAGGAGGGGTGCTAATATAGATTTGATTTTAGAATGTAGAAAAGATCGCTTTGAGGAGGGTCTCATGCTGTATTCATCCTCCCAATATGTGCTAAG
TGCTTACTGGGTGACGGGAGCTGTGTTAGGTCAGAGGATGCAATGGTGAGCAAGAAAAGGTGGCCTCTGCCCTCATGGGACTTTCTCTGAAATCCTGATACAATGTGGAAGGCATTCTTAGGTAACAA
AGAACTAGCAGCTGATTGGTATATGGGGAGGAGTTAATTCAGATTTGACTTTACTTACATCTTTCCTCCTGATCTCAAGGCAAAATAACAGAATATAGTCTAATTAGTTGTTTTAAAGACATATTCTA
CATACTTATATCTTACTGACTAAAGGTCAGTTATCAAAATTATAGGGAGGTGAGAAAAGTTTTAGTGTAAGTGTTGATGACTGACCTCCAAATAAACTATATTGTTTTCTTTGGATTTAATATGTTCT
AGGATTATTTTTACAGAAATATTATGGTGGAAAATATTGTTGTGAGCTACATAGCCCAGATGTGAGTCATGAAAGCTGGTATAAACCAGATTTTATTTGATGATTTGTTTATTGACTTTTAGAATAGA
GAATAAAAAGAAATTGTGTACTTTCATTTAAGAAAACAAATCTTCATTTTGTGAAGGACAAATCAAAGTTTGCTAAGTAGCTCACCTAAAAAATGACCTAACTTGTTACCCTGATTTCCTGTAGACTG
TGTGTATCTGCCAGCTATTGTTTTACTAGGATGAGTGAATCTCTGCCAAAGGATTTAAAAGCTCTTCTAGAACTAGAAAATTCCTTAGTGTACAGAAATAAGATTTGCTGAGATAAATGTTCATCAAA
AGGCAATGCATCAAGCTAAGGGAAAAATCTCCAGACACACAGGAAGATTGTACGTTTAGGCTTTCTTCTATGTCATGTTAAAAATTATGAAATGAATCTGCTGCTAGTCTGAGCACCAGACTAAACCA
GAATGAAACCTGTCAAGCTCTGTCTCGTTAGCGCTATGCCAGCCATGGTGAGATCAAAGGGTAACCATGGCTTTCACAGAGCACTTCCTCAGGTCCTTTTGGCATCTTTTTGGCATCTTTGACTCAGA
CTAACATCACCAGTTCTGATCTCTTCTGCTTTCTGGAAGCACAGGGTAGATGGTTCCTGACTTCCCTTTTGTTGTATGTTTCATCTTGCATTGATACTTTTTTCTCCACTTGGCCCCTGTCCAACACG
TAACTTGTTTTAGATTATATATATGTATATATATTTATATATCTCCAAATGGGGATGTTCATAGTACTGTTGCAGGAAAATAAAAAAATGTATATTTAAATAATTTTAAAGCGACTATTAGTGTTTCT
AACAAAGTTGGTAATCTAGGACTTTTCTCAGTGTTACTGGTTACTAGTGTTACTAGTGTTTCTTAGTGTTACTGTACATAAACAATGTAGATTGACTTGGTGACTACTCCCAGTTTCCCATAGACCAT
GTATATAAAATAGTAATTATAAAGTTAAGGTATAACACTGTCTATATGGCCTCTAGATGTTTTTGGTTCACTACAGTGGAGCCTCATTTTAATGCTATTGTATGAAACAACCTAATTGATTTTATGAA
GTTTTCAATATGTTTTTCTGTTACTTTTTTTTAATTTGTTTGAGGTTAAATTGGTCAAAATGGACCATTTATGAGGCTGAGGACACAGATTAGGCCCTATGAGTCTGAAGTTTTATTCCCTTTCATAA
TCACGTATCATACTGTCTTTAAAGCCCAGATCATTAATCTTACCAATAGATGTCATTGGTTACAGGGAGAAATCAGGCAAACGGCTGAGGGTGGGTTGAGGCTAATCTATGATGACTATGGGGGACTC
AACCTTCTGATGTGTGACAGTAGGGTCACATTCAGAGATGAAGGTGATCATGTCAGGGGCACTATTTTTACTATCTACGTGATAGCATGTCACATCATAGCTTAGATCTGTTGAATTACTCACCATAA
AATATGATGGTAGATTCTCATGTTAGGTGAAGCTCATTATTTACTTTACTGGAGAAAGGCAATATTAAACTTACAATTTGGACAGCTAAGGTTAGGACATTGCATTGTATAATAAGCCACCCTAAAAC
TTGATGATTTCTAATAACAGTAATCATTAATTTGTTTACAAACCTGCAATTTGGATAGGATTTGACTTCGTTTCATGTGGCATCAACTGGGATAGCTCAACTGGGGCTGCAGGATCCATTTCTAAGAT
GACTCACTTACATGGCTGGTAAGTTGGTGCTGTTAACTGGGAGATTAAATGGGCTGTTGACCAGGCTTCTCAGTTCCTCCCCACATGGTCCTCCCCATTGGGATGTTTGGGCTCCCTCAACAGCGTGC
AGCTGGTTTCCAAGAACAAGTATCACGAAAAGACAGAAAGTGAAAGCTGCCAGCATCCTAAGGCCCAGACACTGGTTCAGCATCTCTTGTGCCATATCCTGTTGGTCAATTAATAGTCGCAGAGCCCA
CTAAGATTTAAGGAGAGGTAACATGGATCTCATCTTTTAATGGGAGGAGTGTTGCATACTTTGCAGCTGTCTGTAATCTACCACATATGTTTCTTATGATTAGTATTATCTCAGTAAAAATATAGATA
CTCAGGCACTTCTGTCATCTTAGATTAGATTCTGCTAGTCATATTCCAAAACAATAGAAGCAAGTCAATAGATACCATGATTTAATAATTAGTATTCTAGAAATTCATTCTAGCTTTTTTAGTCTTTT
TCTGTTTTTAAGCACATACTGATGCATGAATCCCTTGTGGTACACTTGAAGTCATCCCCATGTCTGGACAGAAACAGGACACCCTGTCAGTGGTCTCCAAATATTTTAGGTTATACATCTCTATTATT
ACTTATGAAAAGCAAATATTTCTCCTATATATGTGGTGAAGAACAAGTAGGGACCTATGTCACTAATTCTTATACTCTCTTACTGTCTTCTGCCGCAGAAGACAGATAATTCCTTGCCTTCATTCCTG
TTACTGAAATTTTTTGAGCATGTACCATACATGTACCAGAGTACTGCTATTGTATTTACTCTGTACAACAATTAGAAATTTTAAAAGCAAAAGATAAAAAATTTCAGAACTTGTAATTTTATCCTCAT
ATACATCTCATTTTAGGGAACTCATGGGTACTACTTTTCCCCCTTCCTTGGCTTTCCACTTTCCTCCACAGTCATTTGTGGTAGATAGTCTATATAACAGTTGATTCCCTTCTGACATGGGCATACTG
TCTTCATATCATGAAATGGAGTTTAATTTCCCTCTCCTTTAATCTGGACTTGCCTTGATTTCTTAACCAATAAAGTGTGGCAGAAGTGATGTCATGCACTAACTTCTATAAAGGCATTCAGCCTCCCA
ATAGGACTTTTAGAATGCTTGCTCTTGGAGGGCTCCCTTTTGGAACTCAGCCTCTATATCATAATAATGCCAAGCCACATAGAGAGTCTATGTGTAGGTGGTTTGGTTGTCAGGTCAGCTGAACACTT
AGCTGATAGCTAGCATTAGCTGCTGGCCAGGTGCATAAGCCATCTTAGATGTCCAGCCCAGGTTCATAGAATGGGATGCCCACTGATGACAATGCCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCC
GAAGAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTC
TCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCG
TGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGG
GTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGT
GACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCAT
TGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTG
AATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTAC
AACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAAT
GGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATT
CTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGT
GTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCC
TGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGA
AGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGC
TTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATAT
GTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCT
TATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATG
AAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAAC
TAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACC
ATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTT
GGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAA
GAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGG
AGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAG
GAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTT
TTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGA
CCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGAT
GAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAA
CATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTA
GATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAA
TTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAA
CCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGG
TAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAAT
TTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAA
AGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTAT
TCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAAT
ACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAAT
GAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGT
CAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAA
CTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAA
AACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAG
TTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGT
CTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGA
ACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATG
TTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCA
GAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCAC
ACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCT
GGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATAT
TGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAA
TATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATC
TCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAA
CTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACA
TAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCAC
TGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCA
TAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTA
CACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_011532356 ⟹ XP_011530658

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,212,355 (-)	NCBI

Sequence:

show sequence

AACCTGTTGCTCTAAGAATTTCCTTTTTAAAATTCCTATTGCATCTTTCATTTATTCATTGTTCTACAACCAGCTTTGGTTGAATATTACAGGAAATGTTTTAGTTAAGCAAAGTTTGTCTTTCTACA
ATCTTCCACTGTGGTTTTTGAGACCCTTCCCTTAATATACCCTGCTTTTATTGTGCCCAGTTGTATTAATTTTCTAGGGCTGTTGTAATAAAGTATCATACATAAACTGTGGCTTAAAACAATAGAAA
TTTATTCTCTCTCAATTCTTGAGACTCAGAAATCAAGATGTTGGCAGGGCCATGCTCCCTCTGAAGCCTCTAGAGGAGGGCCCTTCCTTGCCTCTTACAGTTTATGATAGTACCGGGCATTTCTTGGC
TTGTGGCAGAAGAGCTCCAATCTCTGCCTGTCTTCACATGGCTGTCCTCCTTTTGTGTGTGTCTGAGTCTCTTTTCTTTTTATAAGGATGACAGCCATACTGGATTAGGACCTACTCTAATCCAGGAT
GACATCATATTAATTTGATTATATCTACAAAGACCATTTCCAAATAAGGTCATATACACAGGTATTGTGGGTTAGAACTTGAGCATATCTCTTTGAAGAAACACAATTCAACCCATAAGCATTTTTAC
CATGGCAGCCCACTGAGTTTCTTCTTTAACTGCCCCCCCTTCCTTCCTTCCGTCTTTCCTTCCTTCCGTCCTTCCTTCCTTCCTTCCTTCCTTCCTTTTTTTCCTTCCTTCCTTCCTATCCATCCATT
ACATAAAATGAACATCTGCTGTGTGCCCGACATTTTCCTAGGCAGTAGGAACACCGGATAGAGTGACACAAAGTTCCTGATCTCATGCACTTATATTCTAAGTCAATAGACAAGTGACATTTAACATA
TAGAACATCTTTGAGAATAATTTTTACAAAGATCAATAAAACAAGGAAAGAGGATCAAGAGATATGGGGGCAGAGGGGGATGGCATGTGGGTGAGAGGTACATTTCAGACTGGATGGTCAGTGCAAGC
TAGCTGCCCTGCTACACATACCTATCTGAACCCAATGTGCTGACTCACACATGTAACGTATTAAAAAGGTCTTTCTATAAATAATTTATTAAGTCAGAGGAGGGGTGCTAATATAGATTTGATTTTAG
AATGTAGAAAAGATCGCTTTGAGGAGGGTCTCATGCTGTATTCATCCTCCCAATATGTGCTAAGTGCTTACTGGGTGACGGGAGCTGTGTTAGGTCAGAGGATGCAATGGTGAGCAAGAAAAGGTGGC
CTCTGCCCTCATGGGACTTTCTCTGAAATCCTGATACAATGTGGAAGGCATTCTTAGGTAACAAAGAACTAGCAGCTGATTGGTATATGGGGAGGAGTTAATTCAGATTTGACTTTACTTACATCTTT
CCTCCTGATCTCAAGGCAAAATAACAGAATATAGTCTAATTAGTTGTTTTAAAGACATATTCTACATACTTATATCTTACTGACTAAAGGTCAGTTATCAAAATTATAGGGAGGTGAGAAAAGTTTTA
GTGTAAGTGTTGATGACTGACCTCCAAATAAACTATATTGTTTTCTTTGGATTTAATATGTTCTAGGATTATTTTTACAGAAATATTATGGTGGAAAATATTGTTGTGAGCTACATAGCCCAGATGTG
AGTCATGAAAGCTGGTATAAACCAGATTTTATTTGATGATTTGTTTATTGACTTTTAGAATAGAGAATAAAAAGAAATTGTGTACTTTCATTTAAGAAAACAAATCTTCATTTTGTGAAGGACAAATC
AAAGTTTGCTAAGTAGCTCACCTAAAAAATGACCTAACTTGTTACCCTGATTTCCTGTAGACTGTGTGTATCTGCCAGCTATTGTTTTACTAGGATGAGTGAATCTCTGCCAAAGGATTTAAAAGCTC
TTCTAGAACTAGAAAATTCCTTAGTGTACAGAAATAAGATTTGCTGAGATAAATGTTCATCAAAAGGCAATGCATCAAGCTAAGGGAAAAATCTCCAGACACACAGGAAGATTGTACGTTTAGGCTTT
CTTCTATGTCATGTTAAAAATTATGAAATGAATCTGCTGCTAGTCTGAGCACCAGACTAAACCAGAATGAAACCTGTCAAGCTCTGTCTCGTTAGCGCTATGCCAGCCATGGTGAGATCAAAGGGTAA
CCATGGCTTTCACAGAGCACTTCCTCAGGTCCTTTTGGCATCTTTTTGGCATCTTTGACTCAGACTAACATCACCAGTTCTGATCTCTTCTGCTTTCTGGAAGCACAGGGTAGATGGTTCCTGACTTC
CCTTTTGTTGTATGTTTCATCTTGCATTGATACTTTTTTCTCCACTTGGCCCCTGTCCAACACGTAACTTGTTTTAGATTATATATATGTATATATATTTATATATCTCCAAATGGGGATGTTCATAG
TACTGTTGCAGGAAAATAAAAAAATGTATATTTAAATAATTTTAAAGCGACTATTAGTGTTTCTAACAAAGTTGGTAATCTAGGACTTTTCTCAGTGTTACTGGTTACTAGTGTTACTAGTGTTTCTT
AGTGTTACTGTACATAAACAATGTAGATTGACTTGGTGACTACTCCCAGTTTCCCATAGACCATGTATATAAAATAGTAATTATAAAGTTAAGGTATAACACTGTCTATATGGCCTCTAGATGTTTTT
GGTTCACTACAGTGGAGCCTCATTTTAATGCTATTGTATGAAACAACCTAATTGATTTTATGAAGTTTTCAATATGTTTTTCTGTTACTTTTTTTTAATTTGTTTGAGGTTAAATTGGTCAAAATGGA
CCATTTATGAGGCTGAGGACACAGATTAGGCCCTATGAGTCTGAAGTTTTATTCCCTTTCATAATCACGTATCATACTGTCTTTAAAGCCCAGATCATTAATCTTACCAATAGATGTCATTGGTTACA
GGGAGAAATCAGGCAAACGGCTGAGGGTGGGTTGAGGCTAATCTATGATGACTATGGGGGACTCAACCTTCTGATGTGTGACAGTAGGGTCACATTCAGAGATGAAGGTGATCATGTCAGGGGCACTA
TTTTTACTATCTACGTGATAGCATGTCACATCATAGCTTAGATCTGTTGAATTACTCACCATAAAATATGATGGTAGATTCTCATGTTAGGTGAAGCTCATTATTTACTTTACTGGAGAAAGGCAATA
TTAAACTTACAATTTGGACAGCTAAGGTTAGGACATTGCATTGTATAATAAGCCACCCTAAAACTTGATGATTTCTAATAACAGTAATCATTAATTTGTTTACAAACCTGCAATTTGGATAGGATTTG
ACTTCGTTTCATGTGGCATCAACTGGGATAGCTCAACTGGGGCTGCAGGATCCATTTCTAAGATGACTCACTTACATGGCTGGTAAGTTGGTGCTGTTAACTGGGAGATTAAATGGGCTGTTGACCAG
GCTTCTCAGTTCCTCCCCACATGGTCCTCCCCATTGGGATGTTTGGGCTCCCTCAACAGCGTGCAGCTGGTTTCCAAGAACAAGTATCACGAAAAGACAGAAAGTGAAAGCTGCCAGCATCCTAAGGC
CCAGACACTGGTTCAGCATCTCTTGTGCCATATCCTGTTGGTCAATTAATAGTCGCAGAGCCCACTAAGATTTAAGGAGAGGTAACATGGATCTCATCTTTTAATGGGAGGAGTGTTGCATACTTTGC
AGCTGTCTGTAATCTACCACATATGTTTCTTATGATTAGTATTATCTCAGTAAAAATATAGATACTCAGGCACTTCTGTCATCTTAGATTAGATTCTGCTAGTCATATTCCAAAACAATAGAAGCAAG
TCAATAGATACCATGATTTAATAATTAGTATTCTAGAAATTCATTCTAGCTTTTTTAGTCTTTTTCTGTTTTTAAGCACATACTGATGCATGAATCCCTTGTGGTACACTTGAAGTCATCCCCATGTC
TGGACAGAAACAGGACACCCTGTCAGTGGTCTCCAAATATTTTAGGTTATACATCTCTATTATTACTTATGAAAAGCAAATATTTCTCCTATATATGTGGTGAAGAACAAGTAGGGACCTATGTCACT
AATTCTTATACTCTCTTACTGTCTTCTGCCGCAGAAGACAGATAATTCCTTGCCTTCATTCCTGTTACTGAAATTTTTTGAGCATGTACCATACATGTACCAGAGTACTGCTATTGTATTTACTCTGT
ACAACAATTAGAAATTTTAAAAGCAAAAGATAAAAAATTTCAGAACTTGTAATTTTATCCTCATATACATCTCATTTTAGGGAACTCATGGGTACTACTTTTCCCCCTTCCTTGGCTTTCCACTTTCC
TCCACAGTCATTTGTGGTAGATAGTCTATATAACAGTTGATTCCCTTCTGACATGGGCATACTGTCTTCATATCATGAAATGGAGTTTAATTTCCCTCTCCTTTAATCTGGACTTGCCTTGATTTCTT
AACCAATAAAGTGTGGCAGAAGTGATGTCATGCACTAACTTCTATAAAGGCATTCAGCCTCCCAATAGGACTTTTAGAATGCTTGCTCTTGGAGGGCTCCCTTTTGGAACTCAGCCTCTATATCATAA
TAATGCCAAGCCACATAGAGAGTCTATGTGTAGGTGGTTTGGTTGTCAGGTCAGCTGAACACTTAGCTGATAGCTAGCATTAGCTGCTGGCCAGGTGCATAAGCCATCTTAGATGTCCAGCCCAGGTT
CATAGAATGGGATGCCCACTGATGACAATGCCAGGCCCTCCAGGGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCTGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGA
TCAGGGACCTAGGATGGTGTTTCCTAAAATCAATCATGGGTTTCTCTCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTC
CAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCGTGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAG
GGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGG
AGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGTGACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTC
CTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCATTGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGT
GAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTGAATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCC
ACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGAC
TACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTT
CCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGG
ACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGTGTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAA
AGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAA
GATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACA
GGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGCTTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAAT
ATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATATGTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTT
GTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCTTATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTG
GCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATGAAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTC
ACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAACTAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGAT
TACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACCATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGA
CTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTTGGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGG
ACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAAGAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATA
GGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGGAGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACA
TGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAGGAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCC
TACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTTTTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTT
AAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGACCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGC
ATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGATGAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTT
TATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAACATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAA
GAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTAGATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAG
AAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAATTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATT
AACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAACCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAA
TTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGGTAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTG
TATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAATTTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGG
CTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAAAGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTT
ATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTATTCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAA
ACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAATACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGC
ATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAATGAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAG
GGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGTCAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGG
TTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAACTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATT
TGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAAAACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTT
TATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAGTTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATAT
ACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGTCTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTT
TTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGAACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATT
GTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATGTTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAA
CATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCAGAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATC
TTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCACACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTAT
CTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCTGGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGA
CTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATATTGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGC
TAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAATATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACC
GTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATCTCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTG
ACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAACTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAA
AGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACATAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCC
AGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCACTGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAA
TTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCATAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTT
TCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTACACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATT
GTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_011532358 ⟹ XP_011530660

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 108,966,605 (-)	NCBI

Sequence:

show sequence

GAGTGCTGGGATTACAGTGTTGGGACTCAACGCCAATTTCAAATCCTGCTATCAAGCTGCCTCC
AGATTGCTGCTAGGAACCCTTTCAACTTGAAAATCCCAGGCCTCTGTGAATAAGACTGAAAAAGCTGGGGAACACAAGCACAAATAGCCTTAATGAATATACTACTCATTGGGTACTGAATGTATTGC
CTGAGAAAAGGGAATGGATATAACACAATGGAAAGAAATAAATTATGAGAAAATTATTTTAACACTTTCCAGATTCAGAAGCTGGCATGGAAACAATGGTGTTTCCTAAAATCAATCATGGGTTTCTC
TCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGACACAGGGAAAGATGGCCCCCG
TGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTCCAGGGATGAATGGGCAAAAGG
GTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAGGGTGACACAGGCGAAAAGGGT
GACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGATAAAGGGAGAACCAGGTTTCAT
TGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCGGACCAAAGGGGAAACAAGGTG
AATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGAGCCACTGAGATCATAGACTAC
AACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGGATCTCCAGGAATCCCAGGAAT
GGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAATGAAAGGAGAAAAAGGAGATT
CTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAGGGTGAACCAGGGTTAAATGGT
GTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGGTCCTATGGGACCCCATGGCCC
TGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCTTCCCTGGTCCACGGGGTGAGA
AGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCCTGCCCGTTGGGGCCAGATGGC
TTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCAGATTTTACAAGTCTGAGATAT
GTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAAAAATATAGATCAGTATCTCCT
TATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAGTGCCATGAAATAGTTTACATG
AAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCATACCTACACCACCCATTGAAAC
TAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTGTCATCTCAAGGGGGTTACACC
ATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATTGTGGGCTCATGTGGCCACTTT
GGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCTCTCATGTGACCAAGTAGGAAA
GAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCACAGCACTTCTTTTGGAATAGG
AGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAATCGCCTCTCCCGATGATATAG
GAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTTTTCATTCTTTTTAATGCTTTT
TTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATTTGGCTCCAGTAGTCAAAATGA
CCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAGTTTTGACTTTTTTTACATGAT
GAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATTTAGATTTCTTTCTCTTTTTAA
CATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTCAAACTTTACCTAACCATATTA
GATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCACCCTTTCAGCCCATTAGAGAA
TTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAGATATAACCATAAGACAAGGAA
CCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAACTATTAGATCAGTCTAATTGG
TAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTATTGCTCAATGTCTGACACAAT
TTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTTTTTTCTGCTCCTCTAGTAGAA
AGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATACAGCCCTTCAAAGAATACTAT
TCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGGGAAAAACAAAGGGATGGAAAT
ACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTCTTAAATAATTTCTAAGTGAAT
GAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGACACATTGGAAATAAGGCAAGGT
CAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCTTTTTCTCTATGGACAATACAA
CTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCAGGCTTTCTTAATGTAAAACAA
AACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTTTTTCATTCACTCGTCTTTTAG
TTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTGTTTTTCATTAGCAAAAGCAGT
CTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGATGTTCTGATGGGACAGCAAGA
ACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAATGGAAAAATTGTCTTTGATATG
TTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCCCACTATATATTGTCTTACCCA
GAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAATCAAATTATATTAATATTTCAC
ACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTAAGAACAATCACATGTGATTCT
GGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATTTTTCTTGGGATATCTTTATAT
TGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTAATGACTTTTTTCATTTCAAAA
TATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTTAACAAAGAAAGTACCAACATC
TCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATACTGTTGTAAATGTTTCATTCAA
CTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTTTTATATTGCCAAAAACTCACA
TAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAAGAATGTGTTGTGTCTTATCAC
TGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGACATTACTGTATCAAAAGATGCA
TAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGTTGATCTTCAGAATTATTTTTA
CACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCATGAAAA

hide sequence

RefSeq Acc Id:

XM_017008737 ⟹ XP_016864226

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
GRCh38	4	108,808,725 - 109,222,067 (-)	NCBI

Sequence:

show sequence

AACCTGTTGCTCTAAGAATTTCCTTTTTAAAATTCCTATTGCATCTTTCATTTATTCATTGTTCTACAACCAGCTTTGGTTGAATATTACAGGAAATGTTTTAGTTAAGCAAAGTTTGTCTTTCTACA
ATCTTCCACTGTGGTTTTTGAGACCCTTCCCTTAATATACCCTGCTTTTATTGTGCCCAGTTGTATTAATTTTCTAGGGCTGTTGTAATAAAGTATCATACATAAACTGTGGCTTAAAACAATAGAAA
TTTATTCTCTCTCAATTCTTGAGACTCAGAAATCAAGATGTTGGCAGGGCCATGCTCCCTCTGAAGCCTCTAGAGGAGGGCCCTTCCTTGCCTCTTACAGTTTATGATAGTACCGGGCATTTCTTGGC
TTGTGGCAGAAGAGCTCCAATCTCTGCCTGTCTTCACATGGCTGTCCTCCTTTTGTGTGTGTCTGAGTCTCTTTTCTTTTTATAAGGATGACAGCCATACTGGATTAGGACCTACTCTAATCCAGGAT
GACATCATATTAATTTGATTATATCTACAAAGACCATTTCCAAATAAGGTCATATACACAGGTATTGTGGGTTAGAACTTGAGCATATCTCTTTGAAGAAACACAATTCAACCCATAAGCATTTTTAC
CATGGCAGCCCACTGAGTTTCTTCTTTAACTGCCCCCCCTTCCTTCCTTCCGTCTTTCCTTCCTTCCGTCCTTCCTTCCTTCCTTCCTTCCTTCCTTTTTTTCCTTCCTTCCTTCCTATCCATCCATT
ACATAAAATGAACATCTGCTGTGTGCCCGACATTTTCCTAGGCAGTAGGAACACCGGATAGAGTGACACAAAGTTCCTGATCTCATGCACTTATATTCTAAGTCAATAGACAAGTGACATTTAACATA
TAGAACATCTTTGAGAATAATTTTTACAAAGATCAATAAAACAAGGAAAGAGGATCAAGAGATATGGGGGCAGAGGGGGATGGCATGTGGGTGAGAGGTACATTTCAGACTGGATGGTCAGTGCAAGC
TAGCTGCCCTGCTACACATACCTATCTGAACCCAATGTGCTGACTCACACATGTAACGTATTAAAAAGGTCTTTCTATAAATAATTTATTAAGTCAGAGGAGGGGTGCTAATATAGATTTGATTTTAG
AATGTAGAAAAGATCGCTTTGAGGAGGGTCTCATGCTGTATTCATCCTCCCAATATGTGCTAAGTGCTTACTGGGTGACGGGAGCTGTGTTAGGTCAGAGGATGCAATGGTGAGCAAGAAAAGGTGGC
CTCTGCCCTCATGGGACTTTCTCTGAAATCCTGATACAATGTGGAAGGCATTCTTAGGTAACAAAGAACTAGCAGCTGATTGGTATATGGGGAGGAGTTAATTCAGATTTGACTTTACTTACATCTTT
CCTCCTGATCTCAAGGCAAAATAACAGAATATAGTCTAATTAGTTGTTTTAAAGACATATTCTACATACTTATATCTTACTGACTAAAGGTCAGTTATCAAAATTATAGGGAGGTGAGAAAAGTTTTA
GTGTAAGTGTTGATGACTGACCTCCAAATAAACTATATTGTTTTCTTTGGATTTAATATGTTCTAGGATTATTTTTACAGAAATATTATGGTGGAAAATATTGTTGTGAGCTACATAGCCCAGATGTG
AGTCATGAAAGCTGGTATAAACCAGATTTTATTTGATGATTTGTTTATTGACTTTTAGAATAGAGAATAAAAAGAAATTGTGTACTTTCATTTAAGAAAACAAATCTTCATTTTGTGAAGGACAAATC
AAAGTTTGCTAAGTAGCTCACCTAAAAAATGACCTAACTTGTTACCCTGATTTCCTGTAGACTGTGTGTATCTGCCAGCTATTGTTTTACTAGGATGAGTGAATCTCTGCCAAAGGATTTAAAAGCTC
TTCTAGAACTAGAAAATTCCTTAGTGTACAGAAATAAGATTTGCTGAGATAAATGTTCATCAAAAGGCAATGCATCAAGCTAAGGGAAAAATCTCCAGACACACAGGAAGATTGTACGTTTAGGCTTT
CTTCTATGTCATGTTAAAAATTATGAAATGAATCTGCTGCTAGTCTGAGCACCAGACTAAACCAGAATGAAACCTGTCAAGCTCTGTCTCGTTAGCGCTATGCCAGCCATGGTGAGATCAAAGGGTAA
CCATGGCTTTCACAGAGCACTTCCTCAGGTCCTTTTGGCATCTTTTTGGCATCTTTGACTCAGACTAACATCACCAGTTCTGATCTCTTCTGCTTTCTGGAAGCACAGGGTAGATGGTTCCTGACTTC
CCTTTTGTTGTATGTTTCATCTTGCATTGATACTTTTTTCTCCACTTGGCCCCTGTCCAACACGTAACTTGTTTTAGATTATATATATGTATATATATTTATATATCTCCAAATGGGGATGTTCATAG
TACTGTTGCAGGAAAATAAAAAAATGTATATTTAAATAATTTTAAAGCGACTATTAGTGTTTCTAACAAAGTTGGTAATCTAGGACTTTTCTCAGTGTTACTGGTTACTAGTGTTACTAGTGTTTCTT
AGTGTTACTGTACATAAACAATGTAGATTGACTTGGTGACTACTCCCAGTTTCCCATAGACCATGTATATAAAATAGTAATTATAAAGTTAAGGTATAACACTGTCTATATGGCCTCTAGATGTTTTT
GGTTCACTACAGTGGAGCCTCATTTTAATGCTATTGTATGAAACAACCTAATTGATTTTATGAAGTTTTCAATATGTTTTTCTGTTACTTTTTTTTAATTTGTTTGAGGTTAAATTGGTCAAAATGGA
CCATTTATGAGGCTGAGGACACAGATTAGGCCCTATGAGTCTGAAGTTTTATTCCCTTTCATAATCACGTATCATACTGTCTTTAAAGCCCAGATCATTAATCTTACCAATAGATGTCATTGGTTACA
GGGAGAAATCAGGCAAACGGCTGAGGGTGGGTTGAGGCTAATCTATGATGACTATGGGGGACTCAACCTTCTGATGTGTGACAGTAGGGTCACATTCAGAGATGAAGGTGATCATGTCAGGGGCACTA
TTTTTACTATCTACGTGATAGCATGTCACATCATAGCTTAGATCTGTTGAATTACTCACCATAAAATATGATGGTAGATTCTCATGTTAGGTGAAGCTCATTATTTACTTTACTGGAGAAAGGCAATA
TTAAACTTACAATTTGGACAGCTAAGGTTAGGACATTGCATTGTATAATAAGCCACCCTAAAACTTGATGATTTCTAATAACAGTAATCATTAATTTGTTTACAAACCTGCAATTTGGATAGGATTTG
ACTTCGTTTCATGTGGCATCAACTGGGATAGCTCAACTGGGGCTGCAGGATCCATTTCTAAGATGACTCACTTACATGGCTGGTTCATAGAATGGGATGCCCACTGATGACAATGCCAGGCCCTCCAG
GGAAACGAGGTAAGAGAGGCCGAAGAGGAGAATCTGGTCCTCCTGGACAGCCTGGTCCTCAGGGCCCTCCTGGTCCAAAAGGCGATAAGGGAGAACAAGGTGATCAGGGACCTAGGATGGTGTTTCCT
AAAATCAATCATGGGTTTCTCTCTGCTGATCAGCAGCTCATTAAACGCCGCCTGATTAAGGGTGACCAAGGACAGGCAGGGCCTCCAGGACCCCCTGGCCCTCCAGGCCCAAGAGGGCCACCTGGGGA
CACAGGGAAAGATGGCCCCCGTGGAATGCCAGGAGTACCCGGTGAACCAGGAAAGCCAGGAGAACAAGGCTTGATGGGTCCTCTAGGGCCTCCGGGACAAAAGGGTTCTATTGGAGCACCTGGAATTC
CAGGGATGAATGGGCAAAAGGGTGAGCCCGGGTTGCCTGGAGCAGTAGGACAGAATGGAATACCAGGACCTAAGGGAGAACCTGGAGAACAAGGTGAAAAGGGAGACGCTGGAGAGAACGGCCCCAAG
GGTGACACAGGCGAAAAGGGTGACCCTGGATCATCTGCTGCAGGAATTAAGGGAGAACCTGGGGAATCTGGTCGTCCAGGGCAAAAGGGTGAACCAGGGCTTCCTGGGCTTCCTGGACTTCCGGGGAT
AAAGGGAGAACCAGGTTTCATTGGTCCTCAAGGAGAACCAGGCTTACCAGGTTTACCAGGAACAAAAGGTGAACGGGGGGAAGCAGGGCCTCCTGGAAGAGGTGAGCGAGGGGAACCTGGAGCCCCCG
GACCAAAGGGGAAACAAGGTGAATCAGGAACTAGAGGCCCAAAGGGGTCAAAGGGGGATCGTGGAGAAAAAGGGGACTCTGGAGCTCAGGGACCAAGGGGTCCACCTGGTCAAAAAGGGGATCAAGGA
GCCACTGAGATCATAGACTACAACGGCAACCTCCACGAAGCCTTACAGAGGATTACCACCTTAACTGTCACGGGTCCCCCTGGACCTCCTGGACCTCAAGGACTACAAGGGCCAAAGGGAGAGCAGGG
ATCTCCAGGAATCCCAGGAATGGATGGAGAGCAGGGACTCAAAGGCTCAAAGGGAGACATGGGGGACCCAGGTATGACAGGTGAAAAAGGAGGAATTGGACTTCCTGGATTACCGGGAGCCAATGGAA
TGAAAGGAGAAAAAGGAGATTCTGGAATGCCGGGTCCACAGGGTCCTTCTATCATAGGCCCACCAGGCCCACCAGGTCCCCATGGCCCACCTGGCCCCATGGGACCTCATGGACTTCCTGGACCAAAG
GGTGAACCAGGGTTAAATGGTGTTAAAGGATTGAAGGGTGAACCAGGTCAAAAGGGTGACAGAGGACCCCTTGGTCTTCCAGGAGCATCTGGCTTAGACGGAAAGCCAGGATCCCGGGGTACAGATGG
TCCTATGGGACCCCATGGCCCTGCAGGTCCCAAAGGAGAAAGAGGTGAAAAAGGAGCTATGGGAGAGCCTGGACCAAGAGGGCCCTATGGGCTGCCTGGGAAAGATGGAGAGCCTGGTCTTGATGGCT
TCCCTGGTCCACGGGGTGAGAAGGGTGATCTAGGAGAAAAGGGAGAAAAGGGGGAAAAGGGAAAGAAAGGCAAAAAGGGGCCTAAAGGGGAGAAAGGAGAACAGGGTGCTCCTGGATTAGATGCACCC
TGCCCGTTGGGGCCAGATGGCTTACCCATGCCTGGCTGTTGGCAAAAGTGATGAATCTAACCTTTCAAGCATGAAGTTGTGTATATAAGGGTCCATTTTTAATATTTATAGTTGAAAACTGAATTGCA
GATTTTACAAGTCTGAGATATGTTTACATAGGGCTGCTTCTTCCTGCTGGCAGTAGTATACATGTCCATTTTTACTCCACTTACATCTGAAATTGGGCAATTTGTGAAACCAGTGAGAATCCTGCAAA
AAATATAGATCAGTATCTCCTTATCTTATGTGAAGATACGTATTTATATGGACAAATCAGTGGTAGAGAATGATTGATTGTACTAGCTATTTTCCTTCTTTTGGCTTGCTAATTGCATGGACAAAAAG
TGCCATGAAATAGTTTACATGAAATGGTGACCAAATATGGACTCAAAGCTATGAAAATGTACTATACTGACTGATTTTAGAGCTGATTATCACATTCCCATTCACCTTTCATGTCGGCGTTGACTCAT
ACCTACACCACCCATTGAAACTAACTAAAAAAGCATGACTGTGTGCCAAACCTGCTTGCTGTGCAACTTCAGATGCTAGCATGTTGATCAGGAGTCCTTTGATTACATCTGAACCTTTATTCCTTTTG
TCATCTCAAGGGGGTTACACCATGGCTTATTGCCAAAAAGAGATAAGGTGGCGGAGAGCACACACACAATTTGTCTTGTATTTTGAGGGAGTTGCAGTCCTGACTGCAGATCTACAGCTTCCAGTATT
GTGGGCTCATGTGGCCACTTTGGTTGAAATACGAAGGGGTTGAGCCTGTTGCTGCCACCAGTTTTCCTTGGGCTGCCCTTGGCAGTGAAGACATGGGAAGAGGACCGATTCAGCCTCCAGCACTGCCT
CTCATGTGACCAAGTAGGAAAGAGGTTTACAAATGCAAACATGCAGAACCACAGACTTTAAAAATATGTATAAATAAACTGAATTTCAGCAAGTGTTAATATAGGTGCTTTTAAAAATGACAGAGGCA
CAGCACTTCTTTTGGAATAGGAGATTCTTGGAATGGGAGATCCTGTCCCTGAGGGAAAAGGGATGTCCATCCCACCAAAACTTGGGTTGCTGAAGAAATAACATGTTCTGAGAAGGGATCAGCCAAAA
TCGCCTCTCCCGATGATATAGGAGAGCTTACTGGGACAATCTGTGCCAAAGTTGTTGTGAGAGCTTTCCTTCCTCCTACGATCCAACCATGTCAAACATTTCCTACAAAGTTTGAGAAACAGGTATTT
TTCATTCTTTTTAATGCTTTTTTCTTTTTCTTTCTTTAGTCCCAAGAATATTGAAAAAATATTAGTTTCAGTTTTTGTCACATATGTTTTGAACAATTTTTTTAAGAAGTCTTCAAATCATAATAATT
TGGCTCCAGTAGTCAAAATGACCTTTTACTAACTTCTCTCTTGTTTTGGATAATTGGATAGAATATAAAAGAAGCTCCACTTTCAGTCTAATCATTGTAAAGCATGAAAGTTATGCATTTTTAAGTAG
TTTTGACTTTTTTTACATGATGAATGTAACGTACATGGAGATTATCAGTTAATATAAAGCCAAGATTTTGTCACATTTGGTAATATTAACTAATTTCTATTTTTATGGTTTTAAGTTTTGTCTATATT
TAGATTTCTTTCTCTTTTTAACATTTCTAAATGTTTGTCTCATCCTCATATCCACAGACCAAATCTAAGATCTCAGAAAGCTGTGAAATATAGTTGCCATAAAGAAAATATTTTTCATCTACTTGCTC
AAACTTTACCTAACCATATTAGATGGAACATTTCTTTGCACAGTAAAGAGTTGGTAGCGTGTTTTGAAATGGCTTATTCTAAGTGGAAGTGTTACATTGAAAGAAACATTATCAATGAGGAGTAGGCA
CCCTTTCAGCCCATTAGAGAATTTAATTTCTCTCCTGACTCAATGCCATCTTCTGGGAAGATTTCTAGTTTCATGCATAGGTGTCACCACCAGAAGGGAAATTAACTCATCCTTGGCTTATAGTTAAG
ATATAACCATAAGACAAGGAACCTAAAATCCTCATGATCTCATTTATGTTATGTAACCAAATGACAGTCATACAAAATGGCATCTTCTTTTTTTTCTATTAAATTTTTAAGGTTGAAAGATGTTTAAA
CTATTAGATCAGTCTAATTGGTAACATTTCTGGTAACATTCCACACCCCTAAGCCAGTTTAGCATTTTGAAAATAATGGAGGACATTTTCTAACAATTTCTTGTATGGCATGGTGTTAGGATAACGTA
TTGCTCAATGTCTGACACAATTTGTCTTAAATGGTTTGGAAAAATGAACTGAAGTGGGTGGAACTACATTCTCTTCAGGAAAACAAACTACAGTGTCCAGTGGCTATATTTTTTTCCCTTCTATCTTT
TTTTCTGCTCCTCTAGTAGAAAGAGGTGGATTGAAATGGATCACTATTTAAAACTTGCACAGCTTCAGGAGACGATACCTCAACATCAAAAGAAAAACACTTTATGTATAAAAAAATTTTTTGAAATA
CAGCCCTTCAAAGAATACTATTCTGTCCTGTGTGTATATTGAGTTTTTGCTCTATAACTGATTTGACAACATCAACTTATTTCATGATTAAATGAGGTTGTAAACTTTCATTACATTTATTTCCTTGG
GAAAAACAAAGGGATGGAAATACTCCTCCTTGTTCAGTGGAATTGCTAGGTCTTAACCATGATGGATAATCTTTAACTTTTGGTTACTACAATGTTTTCAAGCATCCATTTTGTCATATAGAGAATTC
TTAAATAATTTCTAAGTGAATGAAAGAATTGTGTTTGTTGATATGTGTTGATAGATAATATACTTTCCTTAAAGATTTCTTTAATGTGTGTTATTGGATAGAGGGTTGAGAAAATATACATGAAAGAC
ACATTGGAAATAAGGCAAGGTCAGTTTCTATTTCTAATAAAACATTGAAGGATAGCAAATTGATATGTGTTTTAGATTTAAAATTGTTTTTCATTTATGTTGGTTGGTGCTAATGTATCTCTTTTCCT
TTTTCTCTATGGACAATACAACTACTATGGATAATTTTATTTCCCTGTTTAATAGCATTCCTAAATCATTAGTGTGTTATTTTATTTTTAAAGTTCATGAATTTGCTATAATTATGGTCCAATGACCA
GGCTTTCTTAATGTAAAACAAAACAGTGTACCAATAGATGATGTGTGTTTACTCGGATCATGGATCCTCCTATTTCATATTCATTTCATACATCATATGCCTTTATCTACTTTCATGTGTCTCATCTT
TTTCATTCACTCGTCTTTTAGTTTATATGATTTGATGAAACATGACAAAACTAGCATCAGAGAAGTCTGCACACACCGTATAGAGTACCTAGTGCACAAATATACCTAATTTTTTCTTTCAGTTTTTG
TTTTTCATTAGCAAAAGCAGTCTTGGAGGATTTTTTTTTCTCATGTGATTTTATAGAGGACATTAGAATATCTTTAATTCCTACCAGAAGAAAGGTCTTGTTTTTGAATTTACATTCTGTGCATACGA
TGTTCTGATGGGACAGCAAGAACTTACACATCAACTAGTTTATACTACATGTCCTTTGTCTAACTATCTATCTATATAGACATATGTGCTAGTTTAGAAAATTGTCAAATCAGCATGTCAGTACCAAT
GGAAAAATTGTCTTTGATATGTTATATTTTTCTCACTTAGGAAATGTGCTTAATTTCCAAGGGTTTTTTTTTTTAATGTTACTATTGAAGCATGAAAAGTTAACATCATTTGTTATCCTTTCTTTCCC
CACTATATATTGTCTTACCCAGAGTAGGGCTATACTTTGGTGGTGTTTTAACATCTTCTAATAAGTGATCATAAGCAACATACAGATGCTAATATTTGAAATCTTGTTTTTTCTTACTTCCTAATAAT
CAAATTATATTAATATTTCACACTACAAAAAAATAGGATTTTCTAATTTGTAAAAACAAGAGCTCCTGCTATCTCTTGGAAGTTAAGTCCTTAGGAACCCTATCTTATCTTTCTAAAAATAATAAGTA
AGAACAATCACATGTGATTCTGGCTATTAAAATCATACATCCCTAGTGGAATTAACAAGCTTGACCAATTATGATTATGCTAAATTGTTTTAGGCTAGGAGGACTGTCAGTCCCTACTTCTTCCCATT
TTTCTTGGGATATCTTTATATTGGCTAGATTTGTTGCCAATATAAAATTGACACAGCAGAGACACTCCTCTAACTTAAATTTTTAGTGGAGTTTGGTTTTTGCTAACCCCGTACTAATAAACACTTTA
ATGACTTTTTTCATTTCAAAATATTTAAATGTATAAAATTGCCTATGCTGCTTATTGAAAGAACCGTCCTTTTGGGCATAAGAAGACTTTTTCAACCTAAACCGTTATGTGTGATTTATTAACAACTT
AACAAAGAAAGTACCAACATCTCTCAAAATGTAGTTGATATTCTTACCTATCTCAGAAATATTAACGAATTGGATTCACAAAAGAATGTCTTACATACTGTTGACATTTATGTGAATATTCTTTATAC
TGTTGTAAATGTTTCATTCAACTTAATAACATTTTAAAAGATGTATGTATCTGATTTTTCTTTAGAAAATATTATATTTTTATTTGTATTTTTTACATTTTAAAGTTCATCTCTATGTGCAGCTATTT
TTATATTGCCAAAAACTCACATAAATACAAAATAAGTGAAATATGCAAAAAAAAATATTTTGGCAAGCATTACACTGCATATTTTTTTAAATGTTTGTGGGCCAGTCTCATACAATTGATTATTCTAA
GAATGTGTTGTGTCTTATCACTGTAAATATGGCACAAACCTGTTTATCTCAGTAGTGTAAATAATTGAAAGATTGAATTCTCCCTGTTCAATTTTTATTTTAATTTCCTTGTAATTTCTCCAGCTGAC
ATTACTGTATCAAAAGATGCATAAGATTTTTGATTTGCGGTTTGGAGATAATTGCATTGTGTTCAGTTTCCAGTTTGTTTTTATTTGCTTTTTAAATTTGTTTTCAGGGTTCCTAGTTTGTGAGAAGT
TGATCTTCAGAATTATTTTTACACTATTTATGACTTATTTTCATAATGTAAAAAGTGTGTAATTATTACAATATTAATCCAAACAATGATAATGAATTGTATTGTTATAAAGCTTTATTGATGTTCAT
GAAAA

hide sequence

RefSeq Acc Id:

XM_054351101 ⟹ XP_054207076

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,604,854 (-)	NCBI

RefSeq Acc Id:

XM_054351102 ⟹ XP_054207077

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,604,778 (-)	NCBI

RefSeq Acc Id:

XM_054351103 ⟹ XP_054207078

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,604,870 (-)	NCBI

RefSeq Acc Id:

XM_054351104 ⟹ XP_054207079

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,524,194 (-)	NCBI

RefSeq Acc Id:

XM_054351105 ⟹ XP_054207080

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,524,194 (-)	NCBI

RefSeq Acc Id:

XM_054351106 ⟹ XP_054207081

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,524,194 (-)	NCBI

RefSeq Acc Id:

XM_054351107 ⟹ XP_054207082

Type:

CODING

Position:

Human Assembly	Chr	Position (strand)	Source
T2T-CHM13v2.0	4	112,110,611 - 112,268,595 (-)	NCBI


Protein RefSeqs	NP_001243003	(Get FASTA)	NCBI Sequence Viewer
	NP_115907	(Get FASTA)	NCBI Sequence Viewer
	NP_942014	(Get FASTA)	NCBI Sequence Viewer
	XP_011530635	(Get FASTA)	NCBI Sequence Viewer
	XP_011530636	(Get FASTA)	NCBI Sequence Viewer
	XP_011530637	(Get FASTA)	NCBI Sequence Viewer
	XP_011530657	(Get FASTA)	NCBI Sequence Viewer
	XP_011530658	(Get FASTA)	NCBI Sequence Viewer
	XP_011530660	(Get FASTA)	NCBI Sequence Viewer
	XP_016864226	(Get FASTA)	NCBI Sequence Viewer
	XP_054207076	(Get FASTA)	NCBI Sequence Viewer
	XP_054207077	(Get FASTA)	NCBI Sequence Viewer
	XP_054207078	(Get FASTA)	NCBI Sequence Viewer
	XP_054207079	(Get FASTA)	NCBI Sequence Viewer
	XP_054207080	(Get FASTA)	NCBI Sequence Viewer
	XP_054207081	(Get FASTA)	NCBI Sequence Viewer
	XP_054207082	(Get FASTA)	NCBI Sequence Viewer
GenBank Protein	AAH36669	(Get FASTA)	NCBI Sequence Viewer
	AAK35008	(Get FASTA)	NCBI Sequence Viewer
	AAK35009	(Get FASTA)	NCBI Sequence Viewer
	AAY40947	(Get FASTA)	NCBI Sequence Viewer
	EAX06238	(Get FASTA)	NCBI Sequence Viewer
	EAX06239	(Get FASTA)	NCBI Sequence Viewer
	EAX06240	(Get FASTA)	NCBI Sequence Viewer
Ensembl Protein	ENSP00000382077
	ENSP00000382077.1
	ENSP00000382078
	ENSP00000382083
	ENSP00000382083.1
	ENSP00000495847
GenBank Protein	Q9BXS0	(Get FASTA)	NCBI Sequence Viewer

RefSeq Acc Id:	NP_942014 ⟸ NM_198721
- Peptide Label:	isoform 1
- UniProtKB:	A8MPZ6 (UniProtKB/Swiss-Prot), Q9BXR9 (UniProtKB/Swiss-Prot), Q9BXS0 (UniProtKB/Swiss-Prot)
- Sequence:	show sequence MLLKKHAGKGGGREPRSEDPTPAEQHCARTMPPCAVLAALLSVVAVVSCLYLGVKTNDLQARIAALESAKGAPSIHLLPDTLDHLKTMVQEKVERLLAQKSYEHMAKIRIAREAPSECNCPAGPPGKR GKRGRRGESGPPGQPGPQGPPGPKGDKGEQGDQGPRMVFPKINHGFLSADQQLIKRRLIKGDQGQAGPPGPPGPPGPRGPPGDTGKDGPRGMPGVPGEPGKPGEQGLMGPLGPPGQKGSIGAPGIPGM NGQKGEPGLPGAVGQNGIPGPKGEPGEQGEKGDAGENGPKGDTGEKGDPGSSAAGIKGEPGESGRPGQKGEPGLPGLPGLPGIKGEPGFIGPQGEPGLPGLPGTKGERGEAGPPGRGERGEPGAPGPK GKQGESGTRGPKGSKGDRGEKGDSGAQGPRGPPGQKGDQGATEIIDYNGNLHEALQRITTLTVTGPPGPPGPQGLQGPKGEQGSPGIPGMDGEQGLKGSKGDMGDPGMTGEKGGIGLPGLPGANGMKG EKGDSGMPGPQGPSIIGPPGPPGPHGPPGPMGPHGLPGPKGTDGPMGPHGPAGPKGERGEKGAMGEPGPRGPYGLPGKDGEPGLDGFPGPRGEKGDLGEKGEKGFRGVKGEKGEPGQPGLDGLDAPCQ LGPDGLPMPGCWQK hide sequence

RefSeq Acc Id:	NP_115907 ⟸ NM_032518
- Peptide Label:	isoform 2
- UniProtKB:	Q9BXS0 (UniProtKB/Swiss-Prot)
- Sequence:	show sequence MLLKKHAGKGGGREPRSEDPTPAEQHCARTMPPCAVLAALLSVVAVVSCLYLGVKTNDLQARIA ALESAKGAPSIHLLPDTLDHLKTMVQEKVERLLAQKSYEHMAKIRIAREAPSECNCPAGPPGKRGKRGRRGESGPPGQPGPQGPPGPKGDKGEQGDQGPRMVFPKINHGFLSADQQLIKRRLIKGDQG QAGPPGPPGPPGPRGPPGDTGKDGPRGMPGVPGEPGKPGEQGLMGPLGPPGQKGSIGAPGIPGMNGQKGEPGLPGAVGQNGIPGPKGEPGEQGEKGDAGENGPKGDTGEKGDPGSSAAGIKGEPGESG RPGQKGEPGLPGLPGLPGIKGEPGFIGPQGEPGLPGLPGTKGERGEAGPPGRGERGEPGAPGPKGKQGESGTRGPKGSKGDRGEKGDSGAQGPRGPPGQKGDQGATEIIDYNGNLHEALQRITTLTVT GPPGPPGPQGLQGPKGEQGSPGIPGMDGEQGLKGSKGDMGDPGMTGEKGGIGLPGLPGANGMKGEKGDSGMPGPQGPSIIGPPGPPGPHGPPGPMGPHGLPGPKGTDGPMGPHGPAGPKGERGEKGAM GEPGPRGPYGLPGKDGEPGLDGFPGPRGEKGDLGEKGEKVTSPSQHVPCLILLLLSALLFSLCDSI hide sequence

RefSeq Acc Id:	NP_001243003 ⟸ NM_001256074
- Peptide Label:	isoform 3
- UniProtKB:	A8MWQ5 (UniProtKB/TrEMBL)
- Sequence:	show sequence MLLKKHAGKGGGREPRSEDPTPAEQHCARTMPPCAVLAALLSVVAVVSCLYLGVKTNDLQARIAALESAKGAPSIHLLPDTLDHLKTMVQEKVERLLAQKSYEHMAKIRIAREAPSECNCPAGPPGKR GKRGRRGESGPPGQPGPQGPPGPKGDKGEQGDQGPRGLPGFPTVAALHSNQILTVKGDQGQAGPPGPPGPPGPRGPPGDTGKDGPRGMPGVPGEPGKPGEQGLMGPLGPPGQKGSIGAPGIPGMNGQK GEPGLPGAVGQNGIPGPKGEPGEQGEKGDAGENGPKGDTGEKGDPGSSAAGIKGEPGESGRPGQKGEPGLPGLPGLPGIKGEPGFIGPQGEPGLPGLPGTKGERGEAGPPGRGERGEPGAPGPKGDRG EKGDSGAQGPRGPPGQKGDQGATEIIDYNGNLHEALQGPPGPPGPQGLQGPKGEQGSPGIPGMDGEQGLKGSKGDMGDPGMTGEKGGIGLPGLPGANGMKGEKGDSGMPGPQGPSIIGPPGPPGPHGP PGPMGPHGLPGPKGEPGLNGVKGLKGEPGQKGDRGPLGLPGASGLDGKPGSRGTDGPMGPHGPAGPKGERGEKGAMGEPGPRGPYGLPGFPGPRGEKGDLGEKGEKVTSPSQHVPCLILLLLSALLFS LCDSI hide sequence

RefSeq Acc Id:	XP_011530637 ⟸ XM_011532335
- Peptide Label:	isoform X1
- UniProtKB:	A0A2R8Y760 (UniProtKB/TrEMBL)
- Sequence:	show sequence MLLKKHAGKGGGREPRSEDPTPAEQHCARTMPPCAVLAALLSVVAVVSCLYLGVKTNDLQARIA ALESAKGAPSIHLLPDTLDHLKTMVQEKVERLLAQKSYEHMAKIRIAREAPSECNCPAGPPGKRGKRGRRGESGPPGQPGPQGPPGPKGDKGEQGDQGPRMVFPKINHGFLSADQQLIKRRLIKGDQG QAGPPGPPGPPGPRGPPGDTGKDGPRGMPGVPGEPGKPGEQGLMGPLGPPGQKGSIGAPGIPGMNGQKGEPGLPGAVGQNGIPGPKGEPGEQGEKGDAGENGPKGDTGEKGDPGSSAAGIKGEPGESG RPGQKGEPGLPGLPGLPGIKGEPGFIGPQGEPGLPGLPGTKGERGEAGPPGRGERGEPGAPGPKGKQGESGTRGPKGSKGDRGEKGDSGAQGPRGPPGQKGDQGATEIIDYNGNLHEALQRITTLTVT GPPGPPGPQGLQGPKGEQGSPGIPGMDGEQGLKGSKGDMGDPGMTGEKGGIGLPGLPGANGMKGEKGDSGMPGPQGPSIIGPPGPPGPHGPPGPMGPHGLPGPKGEPGLNGVKGLKGEPGQKGDRGPL GLPGASGLDGKPGSRGTDGPMGPHGPAGPKGERGEKGAMGEPGPRGPYGLPGKDGEPGLDGFPGPRGEKGDLGEKGEKGEKGKKGKKGPKGEKGEQGAPGLDAPCPLGPDGLPMPGCWQK hide sequence

RefSeq Acc Id:	XP_011530636 ⟸ XM_011532334
- Peptide Label:	isoform X1
- UniProtKB:	A0A2R8Y760 (UniProtKB/TrEMBL)
- Sequence:	show sequence MLLKKHAGKGGGREPRSEDPTPAEQHCARTMPPCAVLAALLSVVAVVSCLYLGVKTNDLQARIAALESAKGAPSIHLLPDTLDHLKTMVQEKVERLLAQKSYEHMAKIRIAREAPSECNCPAGPPGKR GKRGRRGESGPPGQPGPQGPPGPKGDKGEQGDQGPRMVFPKINHGFLSADQQLIKRRLIKGDQGQAGPPGPPGPPGPRGPPGDTGKDGPRGMPGVPGEPGKPGEQGLMGPLGPPGQKGSIGAPGIPGM NGQKGEPGLPGAVGQNGIPGPKGEPGEQGEKGDAGENGPKGDTGEKGDPGSSAAGIKGEPGESGRPGQKGEPGLPGLPGLPGIKGEPGFIGPQGEPGLPGLPGTKGERGEAGPPGRGERGEPGAPGPK GKQGESGTRGPKGSKGDRGEKGDSGAQGPRGPPGQKGDQGATEIIDYNGNLHEALQRITTLTVTGPPGPPGPQGLQGPKGEQGSPGIPGMDGEQGLKGSKGDMGDPGMTGEKGGIGLPGLPGANGMKG EKGDSGMPGPQGPSIIGPPGPPGPHGPPGPMGPHGLPGPKGEPGLNGVKGLKGEPGQKGDRGPLGLPGASGLDGKPGSRGTDGPMGPHGPAGPKGERGEKGAMGEPGPRGPYGLPGKDGEPGLDGFPG PRGEKGDLGEKGEKGEKGKKGKKGPKGEKGEQGAPGLDAPCPLGPDGLPMPGCWQK hide sequence

Protein Domains

Collagen-like

Name	Modeler	Protein Id	AA Range	Protein Structure
AF-Q9BXS0-F1-model_v2	AlphaFold	Q9BXS0	1-654	view protein structure

RGD ID:

6802137

Promoter ID:

HG_KWN:48892

Type:

CpG-Island

SO ACC ID:

SO:0000170

Source:

MPROMDB

Tissues & Cell Lines:

CD4+TCell, HeLa_S3

Transcripts:

ENST00000333642, ENST00000399126, ENST00000399127, ENST00000399129, ENST00000399132, ENST00000401873, NM_032518, OTTHUMT00000315941, UC003HZE.1, UC003HZH.1, UC010IMD.1, UC010IME.1

Position:

Human Assembly	Chr	Position (strand)	Source
Build 36	4	110,443,231 - 110,443,782 (-)	MPROMDB

Database	Acc Id	Source(s)
COSMIC	COL25A1	COSMIC
Ensembl Genes	ENSG00000188517	Ensembl, ENTREZGENE, UniProtKB/Swiss-Prot
Ensembl Transcript	ENST00000399126	ENTREZGENE
	ENST00000399126.1	UniProtKB/Swiss-Prot
	ENST00000399127	ENTREZGENE
	ENST00000399132	ENTREZGENE
	ENST00000399132.6	UniProtKB/Swiss-Prot
	ENST00000494183	ENTREZGENE
	ENST00000642955	ENTREZGENE
GTEx	ENSG00000188517	GTEx
HGNC ID	HGNC:18603	ENTREZGENE
Human Proteome Map	COL25A1	Human Proteome Map
InterPro	Collagen	UniProtKB/Swiss-Prot
	Collagen_Structural_Proteins	UniProtKB/Swiss-Prot
KEGG Report	hsa:84570	UniProtKB/Swiss-Prot
NCBI Gene	84570	ENTREZGENE
OMIM	610004	OMIM
PANTHER	COLLAGEN ALPHA-1(XXV) CHAIN	UniProtKB/Swiss-Prot
	SI:CH211-266K2.1	UniProtKB/Swiss-Prot
Pfam	Collagen	UniProtKB/Swiss-Prot
PharmGKB	PA134912284	PharmGKB
UniProt	A0A2R8Y760	ENTREZGENE, UniProtKB/TrEMBL
	A8MPZ6	ENTREZGENE
	A8MWQ5	ENTREZGENE, UniProtKB/TrEMBL
	COPA1_HUMAN	UniProtKB/Swiss-Prot
	D6R8Y2_HUMAN	UniProtKB/TrEMBL
	E9PNV9_HUMAN	UniProtKB/TrEMBL
	H0YAE1_HUMAN	UniProtKB/TrEMBL
	Q4W5I4_HUMAN	UniProtKB/TrEMBL
	Q8NE08_HUMAN	UniProtKB/TrEMBL
	Q9BXR9	ENTREZGENE
	Q9BXS0	ENTREZGENE
UniProt Secondary	A8MPZ6	UniProtKB/Swiss-Prot
	Q9BXR9	UniProtKB/Swiss-Prot

Nomenclature History

Date	Current Symbol	Current Name	Previous Symbol	Previous Name	Description	Reference	Status
2016-07-26	COL25A1	collagen type XXV alpha 1 chain		collagen type XXV alpha 1	Symbol and/or name change	5135510	APPROVED
2016-01-26	COL25A1	collagen type XXV alpha 1		collagen, type XXV, alpha 1	Symbol and/or name change	5135510	APPROVED

Gene Annotator (Functional Annotation) unavailable	Gene Annotator (Annotation Distribution) unavailable	Variant Visualizer (Genomic Variants) unavailable


InterViewer (Protein-Protein Interactions) unavailable	Gviewer (Genome Viewer) unavailable	Variant Visualizer (Damaging Variants) unavailable


Gene Annotator (Annotation Comparison) unavailable	OLGA (Gene List Generator) unavailable
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