Phenominer Database Results (12 results)

 
 
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Strain
Phenotype
Conditions
Study
Experiment Name
Sex
Age
# of Animals
Value
Units
SEM
SD
Method
Method Duration
Post Insult Time Value
Clinical Measurement Notes
Record ID
Study ID
FHH-F10m2Mcwi logarithm of the concentration of phenylephrine at which the force of blood vessel contraction is half the maximum value (Log EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (0-300 umol/l) and drug dose time series (for 1.2 hours) PhysGen Vascular data vasoconstriction trait male 70 days-84 days 17 -8.49 null 0.14 0.57 wire myography using a Digi-Med tissue force analysis system with force transducer 0 EC50 value is moles/liter 63081 528
FHH-F10m2Mcwi logarithm of the concentration of phenylephrine at which the force of blood vessel contraction is half the maximum value (Log EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (0-300 umol/l) and drug dose time series (for 1.2 hours) PhysGen Vascular data vasoconstriction trait female 70 days-84 days 12 -8.35 null 0.14 0.48 wire myography using a Digi-Med tissue force analysis system with force transducer 0 EC50 value is moles/liter 63090 528
FHH-F10m2Mcwi acetylcholine-induced blood vessel dilation expressed as percent reduction of the force generated in a pre-constricted blood vessel controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait female 70 days-84 days 11 56.18 % 4.81 15.96 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62622 528
FHH-F10m2Mcwi concentration of acetylcholine at which the reduction in force during dilation of a blood vessel is half the maximum value (EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait female 70 days-84 days 11 2.37 E-7mole 0.46 1.54 wire myography using a Digi-Med tissue force analysis system with force transducer 0 63022 528
FHH-F10m2Mcwi logarithm of the concentration of acetylcholine at which the reduction in force during dilation of a blood vessel is half the maximum value (Log EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait male 70 days-84 days 17 -6.9 null 0.07 0.3 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62836 528
FHH-F10m2Mcwi logarithm of the concentration of acetylcholine at which the reduction in force during dilation of a blood vessel is half the maximum value (Log EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait female 70 days-84 days 11 -6.72 null 0.1 0.33 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62845 528
FHH-F10m2Mcwi maximum contractile force per wet weight of aorta controlled sodium content diet (4 %) (for 14 days) then potassium ion (80 mmol/l) (for 0.2 hours) and phenylephrine (10 umol/l) (for 0.2 hours) PhysGen Vascular data vasoconstriction trait male 70 days-84 days 17 1.26 g/mg 0.07 0.27 wire myography using a Digi-Med tissue force analysis system with force transducer 0 63150 528
FHH-F10m2Mcwi maximum contractile force per wet weight of aorta controlled sodium content diet (4 %) (for 14 days) then potassium ion (80 mmol/l) (for 0.2 hours) and phenylephrine (10 umol/l) (for 0.2 hours) PhysGen Vascular data vasoconstriction trait female 70 days-84 days 12 1.6 g/mg 0.08 0.29 wire myography using a Digi-Med tissue force analysis system with force transducer 0 63159 528
FHH-F10m2Mcwi concentration of phenylephrine at which the force of blood vessel contraction is half the maximum value (EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (0-300 umol/l) and drug dose time series (for 1.2 hours) PhysGen Vascular data vasoconstriction trait male 70 days-84 days 17 0.01 umol/l 0.0 0.01 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62758 528
FHH-F10m2Mcwi concentration of acetylcholine at which the reduction in force during dilation of a blood vessel is half the maximum value (EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait male 70 days-84 days 17 5.53 E-7mole 3.97 16.35 wire myography using a Digi-Med tissue force analysis system with force transducer 0 63013 528
FHH-F10m2Mcwi concentration of phenylephrine at which the force of blood vessel contraction is half the maximum value (EC50) controlled sodium content diet (4 %) (for 14 days) then phenylephrine (0-300 umol/l) and drug dose time series (for 1.2 hours) PhysGen Vascular data vasoconstriction trait female 70 days-84 days 12 0.01 umol/l 0.0 0.01 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62767 528
FHH-F10m2Mcwi acetylcholine-induced blood vessel dilation expressed as percent reduction of the force generated in a pre-constricted blood vessel controlled sodium content diet (4 %) (for 14 days) then phenylephrine (1 umol/l) (for 0.2 hours) then acetylcholine (0-30 umol/l) and drug dose time series (for 1 hours) PhysGen Vascular data vasodilation trait male 70 days-84 days 17 49.88 % 5.23 21.58 wire myography using a Digi-Med tissue force analysis system with force transducer 0 62613 528