Symbol:
Akap10
Name:
A-kinase anchoring protein 10
RGD ID:
8816520
Description:
ENCODES a protein that exhibits protein kinase A binding (ortholog); INVOLVED IN protein localization (ortholog); PARTICIPATES IN protein kinase A (PKA) signaling pathway; ASSOCIATED WITH autistic disorder (ortholog); Heart Block (ortholog); Meckel Syndrome 9 (ortholog); FOUND IN cytosol (ortholog); mitochondrion (ortholog); plasma membrane (ortholog)
Type:
protein-coding
RefSeq Status:
MODEL
Previously known as:
A kinase (PRKA) anchor protein 10; A-kinase anchor protein 10, mitochondrial
RGD Orthologs
Alliance Orthologs
More Info
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More Info
Latest Assembly:
ChiLan1.0 - Chinchilla ChiLan1.0 Assembly
Position:
Chinchilla Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl ChiLan1.0 Ensembl NW_004955467 926,508 - 990,753 (-) Ensembl ChiLan1.0 ChiLan1.0 NW_004955467 919,207 - 990,753 (-) NCBI ChiLan1.0 ChiLan1.0
JBrowse:
View Region in Genome Browser (JBrowse)
Model
Akap10 (Chinchilla lanigera - long-tailed chinchilla)
Chinchilla Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl ChiLan1.0 Ensembl NW_004955467 926,508 - 990,753 (-) Ensembl ChiLan1.0 ChiLan1.0 NW_004955467 919,207 - 990,753 (-) NCBI ChiLan1.0 ChiLan1.0
AKAP10 (Homo sapiens - human)
Human Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCh38 17 19,904,302 - 19,977,828 (-) NCBI GRCh38 GRCh38 hg38 GRCh38 GRCh38.p14 Ensembl 17 19,904,302 - 19,978,343 (-) Ensembl GRCh38 hg38 GRCh38 GRCh37 17 19,807,615 - 19,881,141 (-) NCBI GRCh37 GRCh37 hg19 GRCh37 Build 36 17 19,749,341 - 19,821,721 (-) NCBI NCBI36 Build 36 hg18 NCBI36 Build 34 17 19,749,343 - 19,821,721 NCBI Celera 17 17,222,124 - 17,295,198 (-) NCBI Celera Cytogenetic Map 17 p11.2 NCBI HuRef 17 19,186,622 - 19,259,887 (-) NCBI HuRef CHM1_1 17 19,816,578 - 19,889,916 (-) NCBI CHM1_1 T2T-CHM13v2.0 17 19,852,961 - 19,926,536 (-) NCBI T2T-CHM13v2.0
Akap10 (Mus musculus - house mouse)
Mouse Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCm39 11 61,756,029 - 61,821,134 (-) NCBI GRCm39 GRCm39 mm39 GRCm39 Ensembl 11 61,762,133 - 61,821,078 (-) Ensembl GRCm39 Ensembl GRCm38 11 61,865,203 - 61,930,308 (-) NCBI GRCm38 GRCm38 mm10 GRCm38 GRCm38.p6 Ensembl 11 61,871,307 - 61,930,252 (-) Ensembl GRCm38 mm10 GRCm38 MGSCv37 11 61,684,809 - 61,743,728 (-) NCBI GRCm37 MGSCv37 mm9 NCBIm37 MGSCv36 11 61,687,502 - 61,746,421 (-) NCBI MGSCv36 mm8 MGSCv36 11 62,301,085 - 62,361,341 (-) NCBI MGSCv36 mm8 Celera 11 68,653,621 - 68,654,049 (-) NCBI Celera Cytogenetic Map 11 B2 NCBI cM Map 11 37.96 NCBI
Akap10 (Rattus norvegicus - Norway rat)
Rat Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl GRCr8 10 47,044,819 - 47,108,153 (-) NCBI GRCr8 mRatBN7.2 10 46,545,371 - 46,608,730 (-) NCBI mRatBN7.2 mRatBN7.2 mRatBN7.2 Ensembl 10 46,551,532 - 46,608,769 (-) Ensembl mRatBN7.2 Ensembl UTH_Rnor_SHR_Utx 10 51,248,531 - 51,311,754 (-) NCBI Rnor_SHR UTH_Rnor_SHR_Utx UTH_Rnor_SHRSP_BbbUtx_1.0 10 50,739,062 - 50,802,283 (-) NCBI Rnor_SHRSP UTH_Rnor_SHRSP_BbbUtx_1.0 UTH_Rnor_WKY_Bbb_1.0 10 46,242,473 - 46,305,700 (-) NCBI Rnor_WKY UTH_Rnor_WKY_Bbb_1.0 Rnor_6.0 10 48,150,902 - 48,210,074 (-) NCBI Rnor6.0 Rnor_6.0 rn6 Rnor6.0 Rnor_6.0 Ensembl 10 48,150,902 - 48,210,074 (-) Ensembl Rnor6.0 rn6 Rnor6.0 Rnor_5.0 10 47,937,683 - 48,001,356 (-) NCBI Rnor5.0 Rnor_5.0 rn5 Rnor5.0 RGSC_v3.4 10 48,031,107 - 48,087,922 (-) NCBI RGSC3.4 RGSC_v3.4 rn4 RGSC3.4 RGSC_v3.1 10 48,075,066 - 48,101,518 (-) NCBI Celera 10 45,798,800 - 45,855,285 (-) NCBI Celera Cytogenetic Map 10 q22 NCBI
AKAP10 (Pan paniscus - bonobo/pygmy chimpanzee)
Bonobo Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl NHGRI_mPanPan1-v2 19 54,889,409 - 54,975,328 (-) NCBI NHGRI_mPanPan1-v2 NHGRI_mPanPan1 17 59,701,183 - 59,787,160 (-) NCBI NHGRI_mPanPan1 Mhudiblu_PPA_v0 17 31,150,628 - 31,226,569 (+) NCBI Mhudiblu_PPA_v0 Mhudiblu_PPA_v0 panPan3 PanPan1.1 17 36,297,164 - 36,372,087 (+) NCBI panpan1.1 PanPan1.1 panPan2 PanPan1.1 Ensembl 17 36,297,164 - 36,372,087 (+) Ensembl panpan1.1 panPan2
AKAP10 (Canis lupus familiaris - dog)
Dog Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl CanFam3.1 5 40,242,709 - 40,333,071 (+) NCBI CanFam3.1 CanFam3.1 canFam3 CanFam3.1 CanFam3.1 Ensembl 5 40,245,770 - 40,329,982 (+) Ensembl CanFam3.1 canFam3 CanFam3.1 Dog10K_Boxer_Tasha 5 40,388,840 - 40,474,407 (+) NCBI Dog10K_Boxer_Tasha ROS_Cfam_1.0 5 40,352,790 - 40,438,407 (+) NCBI ROS_Cfam_1.0 ROS_Cfam_1.0 Ensembl 5 40,355,978 - 40,437,939 (+) Ensembl ROS_Cfam_1.0 Ensembl UMICH_Zoey_3.1 5 40,324,380 - 40,409,956 (+) NCBI UMICH_Zoey_3.1 UNSW_CanFamBas_1.0 5 40,269,866 - 40,355,416 (+) NCBI UNSW_CanFamBas_1.0 UU_Cfam_GSD_1.0 5 40,462,609 - 40,548,188 (+) NCBI UU_Cfam_GSD_1.0
Akap10 (Ictidomys tridecemlineatus - thirteen-lined ground squirrel)
Squirrel Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl HiC_Itri_2 NW_024405602 58,792,417 - 58,865,444 (-) NCBI HiC_Itri_2 SpeTri2.0 Ensembl NW_004936821 946,751 - 1,018,072 (+) Ensembl SpeTri2.0 SpeTri2.0 Ensembl SpeTri2.0 NW_004936821 946,761 - 1,019,488 (+) NCBI SpeTri2.0 SpeTri2.0 SpeTri2.0
AKAP10 (Sus scrofa - pig)
AKAP10 (Chlorocebus sabaeus - green monkey)
Green Monkey Assembly Chr Position (strand) Source Genome Browsers JBrowse NCBI UCSC Ensembl ChlSab1.1 16 18,455,422 - 18,538,064 (-) NCBI ChlSab1.1 ChlSab1.1 chlSab2 ChlSab1.1 Ensembl 16 18,453,093 - 18,538,041 (-) Ensembl ChlSab1.1 ChlSab1.1 Ensembl chlSab2 Vero_WHO_p1.0 NW_023666059 2,298,073 - 2,379,728 (+) NCBI Vero_WHO_p1.0 Vero_WHO_p1.0
Akap10 (Heterocephalus glaber - naked mole-rat)
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Click on a value in the shaded box below the category label to view a detailed expression data table for that system.
Ensembl Acc Id:
ENSCLAT00000013727 ⟹ ENSCLAP00000013573
Type:
CODING
Position:
Chinchilla Assembly Chr Position (strand) Source ChiLan1.0 Ensembl NW_004955467 926,508 - 990,753 (-) Ensembl
RefSeq Acc Id:
XM_005399292 ⟹ XP_005399349
Type:
CODING
Position:
Chinchilla Assembly Chr Position (strand) Source ChiLan1.0 NW_004955467 919,207 - 990,753 (-) NCBI
Sequence:
GAAGCCTAGCGCGGGGAAGGACCGGAACTCCGGGCGGGCGGCTTGTTGATAATATGGCGGCGGGAGCTGCTTTGGAGTCCCGAGGAGGCGGCGGGGCTGACACCCGGAAGAAAGGTCTCGTTTTGGGC TAGTGCGGCGACTCCCGAGGACCCGGAAGTCCCAGCCAATTGCTGAATGAGGGGAGCCGGGCCCTCCCCGCGACAGTCCCCCCGCGCCCTCCGCCCGGACCCGGGCCCTGCCATGTCCTTCTTCCGGC GGAAAGTGAAAGGTAAAGAACAAGAGAAGATTTCTGATGTCAAGTCCAGTAAAGCTTCAATTGCTGTACATTCCCCACAAAAAAGTACTAAAAATCATGCCTTGTTGGAGGCTGCAGGACCAAGTCAT GTTGCAATCAATGCCATTTCTGCCAACATGGACTCCTTTTCAAGCAGCAGGACAGCAACACTTAAGAAGCAGCCAAGCCACATGGAGGCTGCTCATTTTGGGGACCTGGGCAGATCTTGTTTGGACTA CCAGACTCAAGAGACCAAATCAAGTCTTTCAAAAACCCTTGAACAGGTCTTGCGTGACACTGTTGTCCTCCCGTATTTCATTCAATTCATGGAACTTCGGAGAATGGAACACTTGGTTAAATTTTGGT TAGAGGCTGAGAGTTTTCACTCTACAACTTGGTCCCGAATAAGAGCACACAGTCTGAACACAGTGAAGCAGAGCTCGCTAGCTGAGCCTGTCTCCCCATCTAAAAAGCACGAAATTACAGCATCTTTT ATAACTGAGTCCCTTGACAAGAGATTGGAGGATTCTTGTCCAGCCAAGTTGCTTATGACTCAGTCAGAAGGAATCGACCGGAATAATAGAACTAACAGCAGTCAGAAATACTTGCTACTTTCCCAAGA ATGTGACAGTACCCATTCTTTCCATCTTGAAATGGCTAGAGCAGGAACTCATCCAGCTTCCATGGAGACTCAAGAATCTTCTTCCAGACTAACAATAGCCAGTAGAAACAGTCCCTCTTCTCCACTCA AAGAATTATCAGAAAAATTAATGAAAAGTATAGAACAAGATGCAGTGAATACTTTTACCAAATATATATCTCCAGATGCTGTTAAACCCATACCAATTACAGAAGCAATGAGAAGTGACATTATAGCA AAAATTTGTGGAGAAGATGGACAGGTGGACCCCAATTGTTTCGTTTTGGCACAGGCCATAGTCTTTAATGCAATGGAGCAAGAGCACTTTAGTGAGTTTCTGCGAAGTCACCATTTCTGTAAATACCA GATTGAAGTGCTGACCAGTGGAACTGTTTACCTGGCTGACATTCTCTTCTGTGAGTCAGCCCTCTTTTATTTCTCTGAGTACATGGAAAAAGAAGATGCAGTGAATATTTTACAATTCTGGTTGGCAG CAGATAACTTTCAGTCTCAGCTTGCTGCCAAAAAGGGCCAGTATGATGGACAGGAGGCACAGAATGATGCCATGATCTTATATGACAAATACTTCTCCCTCCAAGCCACACATCCTCTTGGATTTGAT GATGTTGTACGATTAGAAATTGAATCCAATATCTGCAGGGAAGGTGGACCACTCCCAAACTGTTTTATAACTCCATTACGACAGGCCTGGACAACCATGGAGAAGGTCTTTTTGCCTGGCTTTTTGTC CAGTAATCTTTATTATAAGTATTTGAATGATCTCATCCATTCTGTTCGAGGAGATGAATTTCTGGGAGGGAGTGTTTCTCTGACTGCTCATGGCTCTGTCGGCCTTCCTGATGAGTCTCACCCAGGTG GTTCCGATAGTGCAACTTCTCAGTCCAGTGTGAAAAAAGCCAGTATTAAAATTTTGAAAAATTTTGATGAAGCAATAATTGTGGATACTGCAAGTCTGGATCCAGAATCTTTATATCAACGGACATAT GCAGGGAAGATGACATTTGGAAGAGTCAGTGACTTGGGACAATTTATCCGAGAATCTGAACCTGAACCTGATGTAAAGAAATCAAAAGGATCCATGTTCTCACAAGCTATGAAGAAGTGGGTACAAGG AAATACTGATGAGGCCCAAGAAGAGCTAGCCTGGAAGATTGCTAAAATGATAGTCAGTGACGTTATGCAGCAAGCACAGTATGACCAACCATTAGAAAAATCTACAAAGCTATGATTCAAGTGCTGAG AAAAAGGAAGTCTTCTTTTGAGAAATAAGAGAACTTTGCCCTTTGGTTGGATTCTTCAACACAGCCAGCGAAAACAGAGCACTGTATTTCTTTCACTGATGCATCACTGTTCCCAAGAAAGAATGGGA GACAGTCCTAGACCATAATGCAGAGTAACATGTAGACATAAATGATGCACATGATGTTCACACAGTGAGTCACAAAGAAACAAAATGGTATTGTTTACATTACTAGAAAATTATTAGTTTTCCAATGG CAATAACTCATTTGTGAGAGAGTTAGTCCACTGGATAGATAGGGACCACATCCCGTGTGAGGCAGATAAATGTGGAGTTGATATTTGATACACATTTTTGTAGTGGGAATCCATCCCTAGCAGCATCA TACAGCATGTGGCAGAGGTGCTTTGCTTTATTCTCCTAAAACTAACATGTGAGTAGCCCCATTAAGAGCCAGGCAGCTGCAAGTAACAGTGTGGGGCTAGAAGCTTATAGAACAGGGTGAGGGTTCCT TATGTAGTTTTCCTTCACAGAAGCATTAGTTAGAAGGAAGCCAACAAGTCAGTGGTCAGTCCTCAGTGACATGGCCCTTTTGGTGGCAGCATACAATTTTCACATTTTACTTGCTCCTGAGAATCACT ATCCATAAAACCAGTCTCTCCCCTGCTAACAAAAGAGTGAATCTAGTTTACGTTGAACACTAAGATTTGTTTTTCTGGAATTCTGTGCTCCAGTTACTAAACTTCCCCTTTAGAATACATGTGGGAAG AATGAAAATGTAAAGACCACTCCAGTTTTTTACTTGTAGTACCATGAACAAAATGGTTATTCTGAGATTTTTTTTTTCACTCAATAAGATGGGGAGAAGACTCAAACTTTGTTTGCCTGCCTTCTCTG TTCTTTGGTGTGAGTGGGTGGTGTGCAGTTGGTGGCTGGCTTTTTTTTCTTTCTGTCTTCAGGACAGTAAGAGACTTGCTTGCTGCACTTCTGCTCAGTCAGTTGTATGTTGGGTCTGCACAGCCATC CACAGGGCCACCAGCTTGGTGAGCACACTCCACTGGCCGTGCTGCTCCAGTCCTTCCTTGATGCATGTGACTGAGGAGAAAGAAAGTCCTATTAGGGGTTACTGCTTTTGCTCAGACTTTGAAAAAAA AAAAAAAAAAATATATATATATATATATATATATATATAATTATTAATCACCTCTGTCCTTGAGAAAATCTTGAATGAATAGAGAATTTATTCCATTGCAATCCAGTTGTGTAGAGGCACACTGTTTG AAGAGAAGCAAAAAGGCTGTGTATAAGTTTTTGGTACTGTGTACCACTTCTGTTATTCTTCTAAAGCTGAAGTATTCATGTACTTAAACCATATTCTATTTAATTGTGTTTGATTTTAAATATATATA TATATAAATTATATTTAAAATTGTGTCAACTTTCTGCTTTCAGGGCATTGATGGCTCTTTATATATTGATCCTTCCTACTATATCCATACCCGGAACATGAGCCACTATTGGACTTAGTCTTGTGTTA ACAGCGTAGACATAGAACTGAGGTTTAAAATATATTTGTACATATATATGCATATGTGCGTATATATGTAGTGTGTATGATTAACTCATTTTGTTCTTTTTTGTTCTTTTAACAAAATATTTCCATCC ATTTCACATTGCTTCAAACTTTAAACAGGAGAAAAGCAATATAGAGGTCATAGAATAAAATGTGGTTTTAGTGATTCTTCCTGCCTCTGCATGTTTTGAAATAACAATTTCTGTAAGACTCTAGGCTA AAAACTAGTGGTTTCCATAGAAATAATTTCTAGTCATTTCTTAGTATACATTTTGTGATTCTGAGTTACAGAGACCAATAGTTGTAATCTTACAAAGAGAAAAATAGCAGGTTTGAGACCTGATCTGC TGTAACTTGCTATGAGAGATAAAAGCAGAGTAGCCTGAAATTATTAGTTAGATTTAATATATGATCTAAATTAGATCCTTGTGTTCATTTGAAAATTGGAATTGGATCCATCTAACATCTAGCACTCA CTTGTGTTCCAGGTGCCATGCAGTGTACCCACAAAATGTAATCCTCTTGCGAGTTTTTTATAAGGTCAAGGCATTATTTGAACACTCTCCATTCTTATGCCATTGACATCAATCTAAACTGTTTAAAA AGTAAAATATTAGTGAGAAAGTGCTACCTTTTGTAACTCGGTGTGTCTTCACTCCTGTAAGATTTGATGAGTATAAAGCAAATGTCAATCAAATCCAGTTATGAACAATAAAACAGGGAGCAAATTTT TATAACTTTTTCTATTTGGGTTTCGGTATTCAGCAGAGCTTTGTGAAATTTAAGTCATTTATAATACTAGAGCTTTGACTAGTTCAATAGAAATTTGGAGGGGAATGTCATTCTGAATTGAGGAAATT AAAAAACTTCACTGTTATTTTATATAAGTACCGAGAGCTAAGTACCTGATTTCTCTAAGACAGTTTGGAAACCTGCCTGACTCAAAATTTATTCACCTCACACACTCCTACAGAGTGAGGGCCATATT TATGTACAGCGACCTTTTCTCTCTTGCCATCTCCCCTACCTTGCAGTTGATTGGAGCAGAGTACTGGTGTGAAAAGGCTTGAGGCAGTTCTTTTTTTTGTTTGTTTGTTTTTTCTCCGGTACCGGGAA CCAAACTCACGACCTTGCGCTTGCCAGGCAGGCGCTTTGCCGCTGAGCTAAATCCCCAGCCCTTGAGGCAGTTCTTTATCTTAAGAATTTTGCATGTGGCTGAAAGCTGCCAGTCATGGTCTAGGTTG ATGACCTGGATAGGGCACCCATAGAGGCAGGAGCTGACACTGTGGACAAGCATGAGCGAGCAGCTGCTGTGGTAACCCTGAGGACTCCCATGGTCTTGGCATCTAATCCTGCATCTTTGCCCTGGCCT GCACTCATCACTCAGGTCTCTGGGTCCAGTTCTGCACGTTTGCCTTAGCTTGTGCTCATTCTTTAGGTATTCATAGAATGAATCTTGATTTTTAAAAATCAGCCTGAAGTTAATTTTTATTACATGCA ACCCAAAAGACCTTGACTAATGAGCTGCCATACTACTATAATTCCTAATGATTATATGTGCTCAATACATGTGCAAAGTACTGCTGAATTGTAGAGAAGAAATTTTCACTGGTAAACCCTCTTGGTTA TTTTGTGTGTTCCCTCAAAAGGGAATCGTACCCTAATGGAAGTAAAAGACACACCCCTGAGGTATTCAGGAGACTGAAGTTGGGGGACAGTTCAGGGTCAGCCTAGGGAACTTTTTAAGACTCTGTCT CAAAATTGAAAAATACAAAAAGGGCTGGGGATGTAGCTCAGGGTTTCTTGGGTCAATTTCCAATATGGGATAGGAGAAGGGAGAGAAGACCCTTTAATTACTCAGGTCCTTTTCATGCTTCCTCCATC CTACTGAAGGATAAGCATGATTCCCACTCTCTTAGCCGTATAATAATCCCAGAAATAGAGTTTCAGTTATTGAGTAACCAAAGTTTAAAATGGGAGGAGGGCATAACTATTATAAAATCTGTAAATGC TGACCACTTCTATATACTAAGCCAGATCTCTAGCCTTTGGCTGAAGTCACAAAATACGGAGTAAACCTCATTAAATTCTTCAAGATTACAGACTTGGCAGTGGGATTGCAGGGTACTCACACTAACAG TTATCCTTTGAGTCGCTTTCAGGTGGGCATTGAAGAAGCCTCTCTCTACTTGAGCAAGACTGGAATGTCTCAGAGTAGGGGAAAGGACACTGTGGATTCTGGACAGGTGGAAATGCCCGGGAAGGGCA TTGGAGGGGACTGGTGTGAGCAGAGACCCTGAGAACATTCATATTCAGGGAGGGTTTCTGCTGTTTGCTTACCTGGCACAGAGAAAAGCAAATACTCTTACCGGGGTGATTTTATGTAAACAAATATT TCTTCAGTTTGTTGCTTTCGAACTGCCTGCCTCTGGTGCAGTCAGAATGCCACACAACTACCTGGAATCAGTGAGCCTCTTGCTTAAGGGGGGTGGTACATCCACAACCCCCTGGCACCATTGAGGCA TCTGTGGGACTGGGCCCTTAGGTGTCCCTTGAGTGCAGGGTATGAACCCAGGCTGGAATGGGTGGGTCCTGTTGGCCCAGTCTATCTATGGTAGGTGGGCAGAGAACCTAGAAAGGAACTGGGATTTG GCAAGGAGTAATTGAGAGAGATAAAGATTTTGCCAATTGTGACATTTCCCCCAGCTTTGGGTTTCTAAGTCCTCTGTCTTAAATGTGCCCTTAGGCTCAGCCCTAAATGACCCTAAGCTGTTCTCTGC CTGTATCATAGTAGGAACCCCACATGTCGTACAGCAGGCTCTAACTGAAAGAAATACCTGGCCAGGACTTGGCCTTTCAGACTAAGCATAGCTCCAAGTGGTGGGTTGAAGCTCAGAACTTCACCAAT GCCCTAATAGGCCCACCCAGATTTTACTTTTTTTCTCTTACCAGGGAGTAGTCATTATTCCTTTAATTACAGAACTGTTGGTTTGATAAATGTTCACCTGTGTCAAGTACTGTTTATAGTATACTTAC AGGAAGAAGTAAGACTTCCAGGCCTCTTAGAGCTGCTGAGAAGTTGGAAATGAGAAATTTTATCTAAAATATGTGGTGGAAAAAAATAAAATAAAATATGTGGTGGGCTGGAAATGCACTCTGTGGGA GGGCACATGTTTAGGATGTGCCCTTAGGCTCTGAGTTGAATAGCACTAAAAAATAAAGTAATAATAAAATATGTTCTGGTATTTTTGATTCAGGATGGCCTTTCAAGCCCATGATATAACCCTCTCAC CGCTATTCCCTATCACTCCTGCTGAGCTAAGAAGGGGAACTGTAGGTTGGAGAGGATGGGACAGAGGAACTGAAGAGGTGTTACCCTCCTTCGCCCTCCCAGCCTCAATCTGCCACGAGGACCAGTTG ATGTGTTGCTGCATTTACTTGGTATAAAACTAGAGGTTTTGACACTTAGGTGTTGATCAAGGTGTCAATATCTTGGTGTCAGACCATCAAGGCTAGTCTCTCTCTGAATAAGACAAGTCATAGAAAAA ACCACAAAATCAGTCTTAGGCCTCCTCAGAGCTATGGTGCATGTTAATTTTAGAGCAAGAGAGCTAATATAAGGTTATTTTGTGCATGCGATATAAAATCATGGCCCTAGAAAAATAGCTAGGTTTTA AGCTAATTCCATGAAGTGATGGGCTTCTTGTGAGTTCTACTTTAATGATGATAATAATAACCAGCATAATTGAGTATTTACCATGTGCTAGGTACTGTCTCATCTGGTCCTTATAACAATCTTACAAG GTTAAGTGCTTGTTTTTTCCTTTCTTATAAATGAGGATGCTGAGGTTTACCAGGTAAAGAAATTTCTCTAGGATCTCATAGCTAAGGATCAAACCCAAGCAGCATGGCTACCACTTACTCCCTATTTT GTCAGACTGCAAATAGTTGTTTGCACCTCCTTTTTTCATTTTGCCACTCGTCAGTATTTACCACAGACTAGTACAGCAGATGTCAGAGGCTTAAGAAAAAATTAGGGAGTTGTGGCTTTAAAATGGAA AACATTGCATCTGTTACTTTAAACCAGTAGTCCTTTAAATTTCATACACATTTGGATCTCTTGAAAGACTTAATAAATCAGAGCTCCTGATTTAGTAAATCTGGGGTGGCATCAGAATTTACACTTTT AATGAATTCCCAGAAGATGATGTTGATGCTATAGTCATCATTACTTGTTATTTTCCCAGCCTTTGCTGGAGACAGGGCGCGTGACATTTTTCCTGGGCTGAGGCTTCTGGGATGACACCTAAGGTCTC CATGGAACCTTTTGCATAAATCCTGTCCGGTCTATTTCCTTCTGTTTTTTCTCCCAGCTCCGTAATGCCGTTTGCTCTCTGAGATTCTGACCAGGCCTTTCTTGACCTCTTTCTCCTTCGCTGTTCAC CTTTCCAGGTCCCTCCCATAGGATGCTGTTAATGCAGTCTCCTTTTCTTTTCCTTCATCTTGTTCTGGGGTCCTTCCTCCTGCACCTGTTTGCCCAGGCTTGTTACATACCTGTCCTAGCAGCTAGGG AATACAGTAATGTCCAGGGCAGACACACTGCCTACTTTGAAGTCTTGAAAGTATAACGACAATTCACTGTGATGAGTAGTGTGAAAGAAGGAAACCTGTTGGGGGTAATTCAGGGAGATTTCCCCCTC CCCATTTCTGGCCATCTCTGTCTTCCAGGACATGCTCGTTCTGCACATTTCTTTTTTCCTCAGAATACCATTTCTTTCCAGGCCTGACACACATAGGAGTCTCTAACCCCCCAACTAGACAAGGACTG CATGTCAGCATTGTTCACAAGCTCCTGGGTAGGATCTTTGTCCACATTCTCATTCAAACCTTGTTTCCTAGGGAGGCTGTCCCTTCCCGTGAGCTTTCTTCACTCCATTCCCACCCCAGGAAACATTG CTGTCTGTCCATGATGATCTGCCCAAAACGTAGCCTCCAACTTTGTTCTCTTGCTATTTTACTCCTCAGTCACCCCCATAACTGGTTGATTGTTATTTCTTGCAACTGTTCTGCCTCTGGCTGCTCCT CACACATTTTAATTTACCATCCTCTAACAAGGCAGATTTTTTAATGGTTATAGTTTCTTCTGTTGGAATGAGTTAAGAGAAGGTGAAGGAAGAAACATAGTCATTATTCTAGCAAGATATTCCCTCAT ACTTCAAGAGTAAGGTTTTGTAAACTAGCCTTTCAAAGAGCAATTTCAGAAGCAATAAACACACAGTTTGGTTGTAAGGATTAGAAACATACCTACATGATGAACTGGGGCTGAAGGAAGATGGTCCT AATGTGACAGTTGGGATCAAGCTTCCCAGTGAGAATGTCGACTGTGTATTTTCAAAGTGCTGCATTTCAGGTTGTGGGTATAGTTTAGTGGTATAGTGCTTGCCTAGCATGTGTAAGGCTCTGCATTT GATCCCAAATGCATTGCCAAAAAGTGCTGCCTCTCAACTAGATGTAGATGAAGGAGATACACTTAAGAAAGTCTGGCTGGAGATACCATGAAGATATTGATACACAAGATGCTTGTGGAGAATTTGAA TAAAATTGTTTCTTGAAATGTGCAAATGGGAAAAAAAGCAATATTTTGTATTAATGTATTGTATATACTGTTATTTTAAATAAGCATGTGTGACTAAATAAATTAGATATTATAAATAGA
hide sequence
RefSeq Acc Id:
XM_013522190 ⟹ XP_013377644
Type:
CODING
Position:
Chinchilla Assembly Chr Position (strand) Source ChiLan1.0 NW_004955467 919,207 - 990,753 (-) NCBI
Sequence:
GAAGCCTAGCGCGGGGAAGGACCGGAACTCCGGGCGGGCGGCTTGTTGATAATATGGCGGCGGGAGCTGCTTTGGAGTCCCGAGGAGGCGGCGGGGCTGACACCCGGAAGAAAGGTCTCGTTTTGGGC TAGTGCGGCGACTCCCGAGGACCCGGAAGTCCCAGCCAATTGCTGAATGAGGGGAGCCGGGCCCTCCCCGCGACAGTCCCCCCGCGCCCTCCGCCCGGACCCGGGCCCTGCCATGTCCTTCTTCCGGC GGAAAGCTTCAATTGCTGTACATTCCCCACAAAAAAGTACTAAAAATCATGCCTTGTTGGAGGCTGCAGGACCAAGTCATGTTGCAATCAATGCCATTTCTGCCAACATGGACTCCTTTTCAAGCAGC AGGACAGCAACACTTAAGAAGCAGCCAAGCCACATGGAGGCTGCTCATTTTGGGGACCTGGGCAGATCTTGTTTGGACTACCAGACTCAAGAGACCAAATCAAGTCTTTCAAAAACCCTTGAACAGGT CTTGCGTGACACTGTTGTCCTCCCGTATTTCATTCAATTCATGGAACTTCGGAGAATGGAACACTTGGTTAAATTTTGGTTAGAGGCTGAGAGTTTTCACTCTACAACTTGGTCCCGAATAAGAGCAC ACAGTCTGAACACAGTGAAGCAGAGCTCGCTAGCTGAGCCTGTCTCCCCATCTAAAAAGCACGAAATTACAGCATCTTTTATAACTGAGTCCCTTGACAAGAGATTGGAGGATTCTTGTCCAGCCAAG TTGCTTATGACTCAGTCAGAAGGAATCGACCGGAATAATAGAACTAACAGCAGTCAGAAATACTTGCTACTTTCCCAAGAATGTGACAGTACCCATTCTTTCCATCTTGAAATGGCTAGAGCAGGAAC TCATCCAGCTTCCATGGAGACTCAAGAATCTTCTTCCAGACTAACAATAGCCAGTAGAAACAGTCCCTCTTCTCCACTCAAAGAATTATCAGAAAAATTAATGAAAAGTATAGAACAAGATGCAGTGA ATACTTTTACCAAATATATATCTCCAGATGCTGTTAAACCCATACCAATTACAGAAGCAATGAGAAGTGACATTATAGCAAAAATTTGTGGAGAAGATGGACAGGTGGACCCCAATTGTTTCGTTTTG GCACAGGCCATAGTCTTTAATGCAATGGAGCAAGAGCACTTTAGTGAGTTTCTGCGAAGTCACCATTTCTGTAAATACCAGATTGAAGTGCTGACCAGTGGAACTGTTTACCTGGCTGACATTCTCTT CTGTGAGTCAGCCCTCTTTTATTTCTCTGAGTACATGGAAAAAGAAGATGCAGTGAATATTTTACAATTCTGGTTGGCAGCAGATAACTTTCAGTCTCAGCTTGCTGCCAAAAAGGGCCAGTATGATG GACAGGAGGCACAGAATGATGCCATGATCTTATATGACAAATACTTCTCCCTCCAAGCCACACATCCTCTTGGATTTGATGATGTTGTACGATTAGAAATTGAATCCAATATCTGCAGGGAAGGTGGA CCACTCCCAAACTGTTTTATAACTCCATTACGACAGGCCTGGACAACCATGGAGAAGGTCTTTTTGCCTGGCTTTTTGTCCAGTAATCTTTATTATAAGTATTTGAATGATCTCATCCATTCTGTTCG AGGAGATGAATTTCTGGGAGGGAGTGTTTCTCTGACTGCTCATGGCTCTGTCGGCCTTCCTGATGAGTCTCACCCAGGTGGTTCCGATAGTGCAACTTCTCAGTCCAGTGTGAAAAAAGCCAGTATTA AAATTTTGAAAAATTTTGATGAAGCAATAATTGTGGATACTGCAAGTCTGGATCCAGAATCTTTATATCAACGGACATATGCAGGGAAGATGACATTTGGAAGAGTCAGTGACTTGGGACAATTTATC CGAGAATCTGAACCTGAACCTGATGTAAAGAAATCAAAAGGATCCATGTTCTCACAAGCTATGAAGAAGTGGGTACAAGGAAATACTGATGAGGCCCAAGAAGAGCTAGCCTGGAAGATTGCTAAAAT GATAGTCAGTGACGTTATGCAGCAAGCACAGTATGACCAACCATTAGAAAAATCTACAAAGCTATGATTCAAGTGCTGAGAAAAAGGAAGTCTTCTTTTGAGAAATAAGAGAACTTTGCCCTTTGGTT GGATTCTTCAACACAGCCAGCGAAAACAGAGCACTGTATTTCTTTCACTGATGCATCACTGTTCCCAAGAAAGAATGGGAGACAGTCCTAGACCATAATGCAGAGTAACATGTAGACATAAATGATGC ACATGATGTTCACACAGTGAGTCACAAAGAAACAAAATGGTATTGTTTACATTACTAGAAAATTATTAGTTTTCCAATGGCAATAACTCATTTGTGAGAGAGTTAGTCCACTGGATAGATAGGGACCA CATCCCGTGTGAGGCAGATAAATGTGGAGTTGATATTTGATACACATTTTTGTAGTGGGAATCCATCCCTAGCAGCATCATACAGCATGTGGCAGAGGTGCTTTGCTTTATTCTCCTAAAACTAACAT GTGAGTAGCCCCATTAAGAGCCAGGCAGCTGCAAGTAACAGTGTGGGGCTAGAAGCTTATAGAACAGGGTGAGGGTTCCTTATGTAGTTTTCCTTCACAGAAGCATTAGTTAGAAGGAAGCCAACAAG TCAGTGGTCAGTCCTCAGTGACATGGCCCTTTTGGTGGCAGCATACAATTTTCACATTTTACTTGCTCCTGAGAATCACTATCCATAAAACCAGTCTCTCCCCTGCTAACAAAAGAGTGAATCTAGTT TACGTTGAACACTAAGATTTGTTTTTCTGGAATTCTGTGCTCCAGTTACTAAACTTCCCCTTTAGAATACATGTGGGAAGAATGAAAATGTAAAGACCACTCCAGTTTTTTACTTGTAGTACCATGAA CAAAATGGTTATTCTGAGATTTTTTTTTTCACTCAATAAGATGGGGAGAAGACTCAAACTTTGTTTGCCTGCCTTCTCTGTTCTTTGGTGTGAGTGGGTGGTGTGCAGTTGGTGGCTGGCTTTTTTTT CTTTCTGTCTTCAGGACAGTAAGAGACTTGCTTGCTGCACTTCTGCTCAGTCAGTTGTATGTTGGGTCTGCACAGCCATCCACAGGGCCACCAGCTTGGTGAGCACACTCCACTGGCCGTGCTGCTCC AGTCCTTCCTTGATGCATGTGACTGAGGAGAAAGAAAGTCCTATTAGGGGTTACTGCTTTTGCTCAGACTTTGAAAAAAAAAAAAAAAAAATATATATATATATATATATATATATATAATTATTAAT CACCTCTGTCCTTGAGAAAATCTTGAATGAATAGAGAATTTATTCCATTGCAATCCAGTTGTGTAGAGGCACACTGTTTGAAGAGAAGCAAAAAGGCTGTGTATAAGTTTTTGGTACTGTGTACCACT TCTGTTATTCTTCTAAAGCTGAAGTATTCATGTACTTAAACCATATTCTATTTAATTGTGTTTGATTTTAAATATATATATATATAAATTATATTTAAAATTGTGTCAACTTTCTGCTTTCAGGGCAT TGATGGCTCTTTATATATTGATCCTTCCTACTATATCCATACCCGGAACATGAGCCACTATTGGACTTAGTCTTGTGTTAACAGCGTAGACATAGAACTGAGGTTTAAAATATATTTGTACATATATA TGCATATGTGCGTATATATGTAGTGTGTATGATTAACTCATTTTGTTCTTTTTTGTTCTTTTAACAAAATATTTCCATCCATTTCACATTGCTTCAAACTTTAAACAGGAGAAAAGCAATATAGAGGT CATAGAATAAAATGTGGTTTTAGTGATTCTTCCTGCCTCTGCATGTTTTGAAATAACAATTTCTGTAAGACTCTAGGCTAAAAACTAGTGGTTTCCATAGAAATAATTTCTAGTCATTTCTTAGTATA CATTTTGTGATTCTGAGTTACAGAGACCAATAGTTGTAATCTTACAAAGAGAAAAATAGCAGGTTTGAGACCTGATCTGCTGTAACTTGCTATGAGAGATAAAAGCAGAGTAGCCTGAAATTATTAGT TAGATTTAATATATGATCTAAATTAGATCCTTGTGTTCATTTGAAAATTGGAATTGGATCCATCTAACATCTAGCACTCACTTGTGTTCCAGGTGCCATGCAGTGTACCCACAAAATGTAATCCTCTT GCGAGTTTTTTATAAGGTCAAGGCATTATTTGAACACTCTCCATTCTTATGCCATTGACATCAATCTAAACTGTTTAAAAAGTAAAATATTAGTGAGAAAGTGCTACCTTTTGTAACTCGGTGTGTCT TCACTCCTGTAAGATTTGATGAGTATAAAGCAAATGTCAATCAAATCCAGTTATGAACAATAAAACAGGGAGCAAATTTTTATAACTTTTTCTATTTGGGTTTCGGTATTCAGCAGAGCTTTGTGAAA TTTAAGTCATTTATAATACTAGAGCTTTGACTAGTTCAATAGAAATTTGGAGGGGAATGTCATTCTGAATTGAGGAAATTAAAAAACTTCACTGTTATTTTATATAAGTACCGAGAGCTAAGTACCTG ATTTCTCTAAGACAGTTTGGAAACCTGCCTGACTCAAAATTTATTCACCTCACACACTCCTACAGAGTGAGGGCCATATTTATGTACAGCGACCTTTTCTCTCTTGCCATCTCCCCTACCTTGCAGTT GATTGGAGCAGAGTACTGGTGTGAAAAGGCTTGAGGCAGTTCTTTTTTTTGTTTGTTTGTTTTTTCTCCGGTACCGGGAACCAAACTCACGACCTTGCGCTTGCCAGGCAGGCGCTTTGCCGCTGAGC TAAATCCCCAGCCCTTGAGGCAGTTCTTTATCTTAAGAATTTTGCATGTGGCTGAAAGCTGCCAGTCATGGTCTAGGTTGATGACCTGGATAGGGCACCCATAGAGGCAGGAGCTGACACTGTGGACA AGCATGAGCGAGCAGCTGCTGTGGTAACCCTGAGGACTCCCATGGTCTTGGCATCTAATCCTGCATCTTTGCCCTGGCCTGCACTCATCACTCAGGTCTCTGGGTCCAGTTCTGCACGTTTGCCTTAG CTTGTGCTCATTCTTTAGGTATTCATAGAATGAATCTTGATTTTTAAAAATCAGCCTGAAGTTAATTTTTATTACATGCAACCCAAAAGACCTTGACTAATGAGCTGCCATACTACTATAATTCCTAA TGATTATATGTGCTCAATACATGTGCAAAGTACTGCTGAATTGTAGAGAAGAAATTTTCACTGGTAAACCCTCTTGGTTATTTTGTGTGTTCCCTCAAAAGGGAATCGTACCCTAATGGAAGTAAAAG ACACACCCCTGAGGTATTCAGGAGACTGAAGTTGGGGGACAGTTCAGGGTCAGCCTAGGGAACTTTTTAAGACTCTGTCTCAAAATTGAAAAATACAAAAAGGGCTGGGGATGTAGCTCAGGGTTTCT TGGGTCAATTTCCAATATGGGATAGGAGAAGGGAGAGAAGACCCTTTAATTACTCAGGTCCTTTTCATGCTTCCTCCATCCTACTGAAGGATAAGCATGATTCCCACTCTCTTAGCCGTATAATAATC CCAGAAATAGAGTTTCAGTTATTGAGTAACCAAAGTTTAAAATGGGAGGAGGGCATAACTATTATAAAATCTGTAAATGCTGACCACTTCTATATACTAAGCCAGATCTCTAGCCTTTGGCTGAAGTC ACAAAATACGGAGTAAACCTCATTAAATTCTTCAAGATTACAGACTTGGCAGTGGGATTGCAGGGTACTCACACTAACAGTTATCCTTTGAGTCGCTTTCAGGTGGGCATTGAAGAAGCCTCTCTCTA CTTGAGCAAGACTGGAATGTCTCAGAGTAGGGGAAAGGACACTGTGGATTCTGGACAGGTGGAAATGCCCGGGAAGGGCATTGGAGGGGACTGGTGTGAGCAGAGACCCTGAGAACATTCATATTCAG GGAGGGTTTCTGCTGTTTGCTTACCTGGCACAGAGAAAAGCAAATACTCTTACCGGGGTGATTTTATGTAAACAAATATTTCTTCAGTTTGTTGCTTTCGAACTGCCTGCCTCTGGTGCAGTCAGAAT GCCACACAACTACCTGGAATCAGTGAGCCTCTTGCTTAAGGGGGGTGGTACATCCACAACCCCCTGGCACCATTGAGGCATCTGTGGGACTGGGCCCTTAGGTGTCCCTTGAGTGCAGGGTATGAACC CAGGCTGGAATGGGTGGGTCCTGTTGGCCCAGTCTATCTATGGTAGGTGGGCAGAGAACCTAGAAAGGAACTGGGATTTGGCAAGGAGTAATTGAGAGAGATAAAGATTTTGCCAATTGTGACATTTC CCCCAGCTTTGGGTTTCTAAGTCCTCTGTCTTAAATGTGCCCTTAGGCTCAGCCCTAAATGACCCTAAGCTGTTCTCTGCCTGTATCATAGTAGGAACCCCACATGTCGTACAGCAGGCTCTAACTGA AAGAAATACCTGGCCAGGACTTGGCCTTTCAGACTAAGCATAGCTCCAAGTGGTGGGTTGAAGCTCAGAACTTCACCAATGCCCTAATAGGCCCACCCAGATTTTACTTTTTTTCTCTTACCAGGGAG TAGTCATTATTCCTTTAATTACAGAACTGTTGGTTTGATAAATGTTCACCTGTGTCAAGTACTGTTTATAGTATACTTACAGGAAGAAGTAAGACTTCCAGGCCTCTTAGAGCTGCTGAGAAGTTGGA AATGAGAAATTTTATCTAAAATATGTGGTGGAAAAAAATAAAATAAAATATGTGGTGGGCTGGAAATGCACTCTGTGGGAGGGCACATGTTTAGGATGTGCCCTTAGGCTCTGAGTTGAATAGCACTA AAAAATAAAGTAATAATAAAATATGTTCTGGTATTTTTGATTCAGGATGGCCTTTCAAGCCCATGATATAACCCTCTCACCGCTATTCCCTATCACTCCTGCTGAGCTAAGAAGGGGAACTGTAGGTT GGAGAGGATGGGACAGAGGAACTGAAGAGGTGTTACCCTCCTTCGCCCTCCCAGCCTCAATCTGCCACGAGGACCAGTTGATGTGTTGCTGCATTTACTTGGTATAAAACTAGAGGTTTTGACACTTA GGTGTTGATCAAGGTGTCAATATCTTGGTGTCAGACCATCAAGGCTAGTCTCTCTCTGAATAAGACAAGTCATAGAAAAAACCACAAAATCAGTCTTAGGCCTCCTCAGAGCTATGGTGCATGTTAAT TTTAGAGCAAGAGAGCTAATATAAGGTTATTTTGTGCATGCGATATAAAATCATGGCCCTAGAAAAATAGCTAGGTTTTAAGCTAATTCCATGAAGTGATGGGCTTCTTGTGAGTTCTACTTTAATGA TGATAATAATAACCAGCATAATTGAGTATTTACCATGTGCTAGGTACTGTCTCATCTGGTCCTTATAACAATCTTACAAGGTTAAGTGCTTGTTTTTTCCTTTCTTATAAATGAGGATGCTGAGGTTT ACCAGGTAAAGAAATTTCTCTAGGATCTCATAGCTAAGGATCAAACCCAAGCAGCATGGCTACCACTTACTCCCTATTTTGTCAGACTGCAAATAGTTGTTTGCACCTCCTTTTTTCATTTTGCCACT CGTCAGTATTTACCACAGACTAGTACAGCAGATGTCAGAGGCTTAAGAAAAAATTAGGGAGTTGTGGCTTTAAAATGGAAAACATTGCATCTGTTACTTTAAACCAGTAGTCCTTTAAATTTCATACA CATTTGGATCTCTTGAAAGACTTAATAAATCAGAGCTCCTGATTTAGTAAATCTGGGGTGGCATCAGAATTTACACTTTTAATGAATTCCCAGAAGATGATGTTGATGCTATAGTCATCATTACTTGT TATTTTCCCAGCCTTTGCTGGAGACAGGGCGCGTGACATTTTTCCTGGGCTGAGGCTTCTGGGATGACACCTAAGGTCTCCATGGAACCTTTTGCATAAATCCTGTCCGGTCTATTTCCTTCTGTTTT TTCTCCCAGCTCCGTAATGCCGTTTGCTCTCTGAGATTCTGACCAGGCCTTTCTTGACCTCTTTCTCCTTCGCTGTTCACCTTTCCAGGTCCCTCCCATAGGATGCTGTTAATGCAGTCTCCTTTTCT TTTCCTTCATCTTGTTCTGGGGTCCTTCCTCCTGCACCTGTTTGCCCAGGCTTGTTACATACCTGTCCTAGCAGCTAGGGAATACAGTAATGTCCAGGGCAGACACACTGCCTACTTTGAAGTCTTGA AAGTATAACGACAATTCACTGTGATGAGTAGTGTGAAAGAAGGAAACCTGTTGGGGGTAATTCAGGGAGATTTCCCCCTCCCCATTTCTGGCCATCTCTGTCTTCCAGGACATGCTCGTTCTGCACAT TTCTTTTTTCCTCAGAATACCATTTCTTTCCAGGCCTGACACACATAGGAGTCTCTAACCCCCCAACTAGACAAGGACTGCATGTCAGCATTGTTCACAAGCTCCTGGGTAGGATCTTTGTCCACATT CTCATTCAAACCTTGTTTCCTAGGGAGGCTGTCCCTTCCCGTGAGCTTTCTTCACTCCATTCCCACCCCAGGAAACATTGCTGTCTGTCCATGATGATCTGCCCAAAACGTAGCCTCCAACTTTGTTC TCTTGCTATTTTACTCCTCAGTCACCCCCATAACTGGTTGATTGTTATTTCTTGCAACTGTTCTGCCTCTGGCTGCTCCTCACACATTTTAATTTACCATCCTCTAACAAGGCAGATTTTTTAATGGT TATAGTTTCTTCTGTTGGAATGAGTTAAGAGAAGGTGAAGGAAGAAACATAGTCATTATTCTAGCAAGATATTCCCTCATACTTCAAGAGTAAGGTTTTGTAAACTAGCCTTTCAAAGAGCAATTTCA GAAGCAATAAACACACAGTTTGGTTGTAAGGATTAGAAACATACCTACATGATGAACTGGGGCTGAAGGAAGATGGTCCTAATGTGACAGTTGGGATCAAGCTTCCCAGTGAGAATGTCGACTGTGTA TTTTCAAAGTGCTGCATTTCAGGTTGTGGGTATAGTTTAGTGGTATAGTGCTTGCCTAGCATGTGTAAGGCTCTGCATTTGATCCCAAATGCATTGCCAAAAAGTGCTGCCTCTCAACTAGATGTAGA TGAAGGAGATACACTTAAGAAAGTCTGGCTGGAGATACCATGAAGATATTGATACACAAGATGCTTGTGGAGAATTTGAATAAAATTGTTTCTTGAAATGTGCAAATGGGAAAAAAAGCAATATTTTG TATTAATGTATTGTATATACTGTTATTTTAAATAAGCATGTGTGACTAAATAAATTAGATATTATAAATAGA
hide sequence
RefSeq Acc Id:
XP_005399349 ⟸ XM_005399292
- Peptide Label:
isoform X1
- UniProtKB:
A0A8C2YPE9 (UniProtKB/TrEMBL)
- Sequence:
MRGAGPSPRQSPRALRPDPGPAMSFFRRKVKGKEQEKISDVKSSKASIAVHSPQKSTKNHALLEAAGPSHVAINAISANMDSFSSSRTATLKKQPSHMEAAHFGDLGRSCLDYQTQETKSSLSKTLEQ VLRDTVVLPYFIQFMELRRMEHLVKFWLEAESFHSTTWSRIRAHSLNTVKQSSLAEPVSPSKKHEITASFITESLDKRLEDSCPAKLLMTQSEGIDRNNRTNSSQKYLLLSQECDSTHSFHLEMARAG THPASMETQESSSRLTIASRNSPSSPLKELSEKLMKSIEQDAVNTFTKYISPDAVKPIPITEAMRSDIIAKICGEDGQVDPNCFVLAQAIVFNAMEQEHFSEFLRSHHFCKYQIEVLTSGTVYLADIL FCESALFYFSEYMEKEDAVNILQFWLAADNFQSQLAAKKGQYDGQEAQNDAMILYDKYFSLQATHPLGFDDVVRLEIESNICREGGPLPNCFITPLRQAWTTMEKVFLPGFLSSNLYYKYLNDLIHSV RGDEFLGGSVSLTAHGSVGLPDESHPGGSDSATSQSSVKKASIKILKNFDEAIIVDTASLDPESLYQRTYAGKMTFGRVSDLGQFIRESEPEPDVKKSKGSMFSQAMKKWVQGNTDEAQEELAWKIAK MIVSDVMQQAQYDQPLEKSTKL
hide sequence
RefSeq Acc Id:
XP_013377644 ⟸ XM_013522190
- Peptide Label:
isoform X2
- Sequence:
MRGAGPSPRQSPRALRPDPGPAMSFFRRKASIAVHSPQKSTKNHALLEAAGPSHVAINAISANM DSFSSSRTATLKKQPSHMEAAHFGDLGRSCLDYQTQETKSSLSKTLEQVLRDTVVLPYFIQFMELRRMEHLVKFWLEAESFHSTTWSRIRAHSLNTVKQSSLAEPVSPSKKHEITASFITESLDKRLE DSCPAKLLMTQSEGIDRNNRTNSSQKYLLLSQECDSTHSFHLEMARAGTHPASMETQESSSRLTIASRNSPSSPLKELSEKLMKSIEQDAVNTFTKYISPDAVKPIPITEAMRSDIIAKICGEDGQVD PNCFVLAQAIVFNAMEQEHFSEFLRSHHFCKYQIEVLTSGTVYLADILFCESALFYFSEYMEKEDAVNILQFWLAADNFQSQLAAKKGQYDGQEAQNDAMILYDKYFSLQATHPLGFDDVVRLEIESN ICREGGPLPNCFITPLRQAWTTMEKVFLPGFLSSNLYYKYLNDLIHSVRGDEFLGGSVSLTAHGSVGLPDESHPGGSDSATSQSSVKKASIKILKNFDEAIIVDTASLDPESLYQRTYAGKMTFGRVS DLGQFIRESEPEPDVKKSKGSMFSQAMKKWVQGNTDEAQEELAWKIAKMIVSDVMQQAQYDQPLEKSTKL
hide sequence
Ensembl Acc Id:
ENSCLAP00000013573 ⟸ ENSCLAT00000013727
Date
Current Symbol
Current Name
Previous Symbol
Previous Name
Description
Reference
Status
2016-08-16
Akap10
A-kinase anchoring protein 10
A kinase (PRKA) anchor protein 10
Symbol and/or name change
5135510
APPROVED