MPD: Phenotype measures mapped to MA:0000692, limb muscle

Phenotype measures associated with ontology term
MA:0000692 'limb muscle'

This list includes measures mapped MA:0000692 AND its ontology descendants. Alternatively, you can show measures mapped to MA:0000692 only.

MA:0000615 forelimb muscle
MA:0000663 hindlimb muscle
MA:0000672 leg muscle

Sort/ Pick	Data set	Procedure / Protocol	Treatment	Phenotype Measure / Variable (click to view)	Panel	No. of Strains	Sex	Age	Sample Size (Avg)	Year
Crabbe4:6	Crabbe4	grip strength	ethanol	grip strength test: peak force applied [g] grip 19106 baseline 30min after ethanol	inbred	21	both	7-12wks	N=6	2003

Crabbe4:8	Crabbe4	grip strength	ethanol	change in peak force applied (T0-T30) post-injection, grip strength test [g] gripEtOHeffect 19108	inbred	21	both	7-12wks	N=6	2003

Crabbe4:9	Crabbe4	grip strength	ethanol	percent change in average latency to fall post-injection, grip strength test [%] pct_gripchange 19109	inbred	21	both	7-12wks	N=6	2003

Donahue2:22	Donahue2	DXA	(none)	cross-sectional area of thigh muscle and bone, femoral mid-diaphysis [mm²] thigh_area 17222	inbred	10	both	16wks	N=10	2004

Donahue2:23	Donahue2	DXA	(none)	cross-sectional thigh muscle area (thigh area minus femur area), femoral mid-diaphysis [mm²] thigh_muscle_area 17223	inbred	10	both	16wks	N=10	2004

GMC02:11	GMC02	grip strength	(none)	forelimb grip strength [g] front_paws 55111 trial1 trial2 trial3	inbred w/CC8	8	both	8-10wks	N=17	2018

GMC02:14	GMC02	grip strength	(none)	forelimb grip strength, mean [g] front_paws_mean 55114	inbred w/CC8	8	both	8-10wks	N=17	2018

GMC02:15	GMC02	grip strength	(none)	forelimb grip strength (mean) normalized to body weight [ratio] front_paws_adj 55115	inbred w/CC8	8	both	8-10wks	N=17	2018

GMC02:21	GMC02	grip strength	(none)	forelimb and hindlimb grip strength [g] all_paws 55121 trial1 trial2 trial3	inbred w/CC8	8	both	8-10wks	N=17	2018

GMC02:24	GMC02	grip strength	(none)	forelimb and hindlimb grip strength, mean [g] all_paws_mean 55124	inbred w/CC8	8	both	8-10wks	N=17	2018

GMC02:25	GMC02	grip strength	(none)	forelimb and hindlimb grip strength (mean) normalized to body weight [ratio] all_paws_adj 55125	inbred w/CC8	8	both	8-10wks	N=17	2018

JaxCC1:9096	JaxCC1	grip strength	(none)	forelimb grip strength [g] front_paws 89096 trial1 trial2 trial3	CC	18	both	7-9wks	N=7	2017

JaxCC1:9099	JaxCC1	grip strength	(none)	forelimb grip strength [g] front_paws_summ 89099 average average normalized to bw	CC	18	both	7-9wks	N=7	2017

JaxCC1:9106	JaxCC1	grip strength	(none)	forelimb and hindlimb grip strength [g] all_paws 89106 trial1 trial2 trial3	CC	18	both	7-9wks	N=7	2017

JaxCC1:9109	JaxCC1	grip strength	(none)	forelimb and hindlimb grip strength [g] all_paws_summ 89109 average average normalized to bw	CC	18	both	7-9wks	N=7	2017

JaxKOMP-EAP:35	JaxKOMP-EAP	grip strength	(none)	forelimb grip strength by trial [g] front_paws forelimb_strength 100561 trial1 trial2 trial3	KOMP	1725	both	8wks	N=8	2021

JaxKOMP-EAP:38	JaxKOMP-EAP	grip strength	(none)	forelimb and hindlimb grip strength by trial [g] all_paws forehind_limb_strength 100564 trial1 trial2 trial3	KOMP	1725	both	8wks	N=8	2021

JaxKOMP-EAP:42	JaxKOMP-EAP	grip strength	(none)	forelimb grip strength (mean of trials) [g] front_paws_mean forelimb_grip_mean 100571 average average normalized to bw	KOMP	1725	both	8wks	N=8	2021

JaxKOMP-EAP:44	JaxKOMP-EAP	grip strength	(none)	forelimb and hindlimb grip strength (mean of trials) [g] all_paws_mean fore_and_hind_limb_grip_mean 100572 average average normalized to bw	KOMP	1725	both	8wks	N=8	2021

JaxKOMP-LAP:131	JaxKOMP-LAP	grip strength	(none)	forelimb grip strength by trial [g] front_paws forelimb_strength 101561 trial1 trial2 trial3	KOMP	119	both	66-72wks	N=8	2021

JaxKOMP-LAP:134	JaxKOMP-LAP	grip strength	(none)	forelimb and hindlimb grip strength by trial [g] all_paws forehind_limb_strength 101564 trial1 trial2 trial3	KOMP	119	both	66-72wks	N=8	2021

JaxKOMP-LAP:138	JaxKOMP-LAP	grip strength	(none)	forelimb grip strength (mean of trials) [g] font_paws_mean forelimb_grip_mean 101571 average average normalized to bw	KOMP	119	both	66-72wks	N=8	2021

JaxKOMP-LAP:140	JaxKOMP-LAP	grip strength	(none)	forelimb and hindlimb grip strength (mean of trials) [g] all_paws_mean fore_and_hind_limb_grip_mean 101572 average average normalized to bw	KOMP	119	both	66-72wks	N=8	2021

Jaxpheno7:59	Jaxpheno7	grip strength	(none)	grip strength, peak tension [g] grip 34959 trial1 trial2 trial3	inbred	6	m	10wks	N=8	2010

Jaxpheno7:62	Jaxpheno7	grip strength	(none)	grip strength mean peak tension over 3 trials [g] mean_grip 34962	inbred	6	m	10wks	N=8	2010

Jaxpheno7:63	Jaxpheno7	grip strength	(none)	grip strength maximum peak tension over 3 trials [g] max_grip 34963	inbred	6	m	10wks	N=8	2010

Jaxwest1:21	Jaxwest1	grip strength	(none)	grip strength mean peak tension over 5 trials [g] tension_mean 15121	inbred	7	both	9-12wks	N=8	2003

Jaxwest1:22	Jaxwest1	grip strength	(none)	grip strength maximum peak tension over 5 trials [g] tension_max 15122	inbred	7	both	9-12wks	N=8	2003

Karst1:6	Karst1	organ weights	(none)	muscle mass, as the sum of 2 Musculus longissimus (ml) + 2 Musculus quadriceps (mq) [g] msclemass 26006	QTL population		both	10wks	N=166	2011

Karst1:10	Karst1	organ weights	(none)	muscle mass, log-transformed [log(g)] logmsclemass 26010	QTL population		both	10wks	N=166	2011

Karst1:11	Karst1	MRI	(none)	intramuscular fat content of the M. longissimus [%] imfml 26011	QTL population		both	10wks	N=166	2011

Karst1:12	Karst1	MRI	(none)	intramuscular fat content of the M. longissimus, log transformed [log(%)] logimfml 26012	QTL population		both	10wks	N=166	2011

Karst1:13	Karst1	MRI	(none)	Intramuscular fat content of the M. quadriceps [%] imfmq 26013	QTL population		both	10wks	N=166	2011

Karst1:14	Karst1	MRI	(none)	intramuscular fat content of the M. quadriceps, log transformed [log(%)] logimfmq 26014	QTL population		both	10wks	N=166	2011

Karst1:15	Karst1	centrifugation	(none)	drip loss in percent of the M. longissimus [%] dipml 26015	QTL population		both	10wks	N=166	2011

Karst1:16	Karst1	centrifugation	(none)	drip loss in percent of the M. longissimus, log transformed [log(%)] logdipml 26016	QTL population		both	10wks	N=166	2011

Karst1:17	Karst1	centrifugation	(none)	drip loss in percent of the M. quadriceps [%] dipmq 26017	QTL population		both	10wks	N=166	2011

Karst1:18	Karst1	centrifugation	(none)	drip loss in percent of the M. quadriceps, log transformed [log(%)] logdipmq 26018	QTL population		both	10wks	N=166	2011

Karst1:25	Karst1	metabolite quantification	(none)	glycogen content of the M. longissimus [mg/g] glyc 26025	QTL population		both	10wks	N=166	2011

Karst1:26	Karst1	metabolite quantification	(none)	glycogen content of the M. longissimus, log transformed [log(mg/g)] logglyc 26026	QTL population		both	10wks	N=166	2011

Karst1:27	Karst1	metabolite quantification	(none)	lactate content of the M. longissimus [mg/g] lac 26027	QTL population		both	10wks	N=166	2011

Karst1:28	Karst1	metabolite quantification	(none)	lactate content of the M. longissimus, log transformed [log(mg/g)] loglac 26028	QTL population		both	10wks	N=166	2011

Lake2:27	Lake2	observation (SHIRPA)	(none)	hindlimb grasp during tail suspension (score 0-1) [score] limb_grasp 21727	B6.A consomic w/par	23	both	8wks	N=8	2005

Lake3:13	Lake3	grip strength	(none)	grip strength mean peak tension over 3 trials [g] mean_grip 19013	B6.A consomic w/par	23	both	8-9wks	N=8	2005

Lake3:14	Lake3	grip strength	(none)	grip strength maximum peak tension over 3 trials [g] max_grip 19014	B6.A consomic w/par	23	both	8-9wks	N=8	2005

Neuner1:50	Neuner1	grip strength	(none)	mean grip strength across 3 trials [g] grip_strength 65950 6 mo 14 mo	F1 AD-BXD	55	both	23-57wks	N=6	2019

Seburn2:1	Seburn2	grip strength	(none)	grip strength, peak tension over 3 trials [g] grip_strength 24801 6mo 12mo 18mo 24mo	inbred	32	both		N=8	2008

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