MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:17825 perirenal_fatwt_ctrl perirenal fat pad weight [g] control diet high-fat diet study
Data set, strains	Cheverud1 LGXSM w/par 16 strains sex: both age: 20-30wks
Procedure	fat pad weights

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
LGXSM10	f	1.93	1.22	`35466`
LGXSM10	f	1.84	1.02	`35469`
LGXSM10	f	0.610	-1.68	`35774`
LGXSM10	f	1.51	0.30	`34862`
LGXSM10	f	1.38	0.01	`34865`
LGXSM10	f	1.30	-0.16	`35114`
LGXSM10	f	1.05	-0.71	`35118`
LGXSM10	m	0.0400	-1.06	`35311`
LGXSM10	m	0.380	-0.28	`35314`
LGXSM10	m	0.410	-0.21	`35470`
LGXSM10	m	0.180	-0.74	`35771`
LGXSM10	m	1.41	2.10	`34210`
LGXSM10	m	0.370	-0.30	`34214`
LGXSM10	m	0.370	-0.30	`34863`
LGXSM10	m	0.840	0.78	`35119`
LGXSM15	f	0.620	0.04	`35077`
LGXSM15	f	0.980	1.07	`35083`
LGXSM15	f	0.260	-0.99	`35602`
LGXSM15	f	0.750	0.41	`35608`
LGXSM15	f	0.260	-0.99	`35613`
LGXSM15	f	1.18	1.64	`35757`
LGXSM15	f	0.820	0.61	`35791`
LGXSM15	f	0.230	-1.08	`35810`
LGXSM15	f	0.360	-0.71	`34189`
LGXSM15	m	1.46	1.51	`34993`
LGXSM15	m	1.04	0.44	`35609`
LGXSM15	m	0.500	-0.94	`35082`
LGXSM15	m	0.590	-0.71	`34185`
LGXSM15	m	0.500	-0.94	`34191`
LGXSM15	m	1.14	0.69	`34193`
LGXSM15	m	0.370	-1.27	`35789`
LGXSM15	m	0.790	-0.20	`35792`
LGXSM15	m	1.53	1.69	`35811`
LGXSM15	m	0.690	-0.46	`35612`
LGXSM15	m	0.950	0.21	`35756`
LGXSM18	f	0.270	-1.09	`35183`
LGXSM18	f	0.460	-0.39	`35030`
LGXSM18	f	0.680	0.42	`35032`
LGXSM18	f	0.550	-0.06	`35160`
LGXSM18	f	0.350	-0.79	`35170`
LGXSM18	f	0.740	0.64	`35175`
LGXSM18	f	0.300	-0.98	`35181`
LGXSM18	f	1.14	2.11	`35188`
LGXSM18	f	0.600	0.13	`35192`
LGXSM18	m	1.12	0.57	`35171`
LGXSM18	m	1.35	1.23	`35176`
LGXSM18	m	1.19	0.77	`35179`
LGXSM18	m	0.700	-0.63	`35184`
LGXSM18	m	1.23	0.89	`35187`
LGXSM18	m	0.380	-1.54	`35365`
LGXSM18	m	0.590	-0.94	`35553`
LGXSM18	m	0.800	-0.34	`35559`
LGXSM19	f	1.26	0.06	`35754`
LGXSM19	f	1.55	0.90	`35935`
LGXSM19	f	1.42	0.53	`35805`
LGXSM19	f	0.770	-1.36	`35748`
LGXSM19	f	0.950	-0.84	`35722`
LGXSM19	f	0.870	-1.07	`35692`
LGXSM19	f	1.35	0.32	`35627`
LGXSM19	f	1.74	1.45	`35291`
LGXSM19	m	1.74	0.79	`35239`
LGXSM19	m	1.69	0.69	`35237`
LGXSM19	m	1.70	0.71	`35235`
LGXSM19	m	0.430	-1.90	`35196`
LGXSM19	m	0.990	-0.75	`35624`
LGXSM19	m	1.96	1.24	`35623`
LGXSM19	m	1.48	0.25	`35621`
LGXSM19	m	1.00	-0.73	`35294`
LGXSM19	m	1.22	-0.28	`35289`
LGXSM20	f	0.100	-1.19	`41341`
LGXSM20	f	1.45	0.18	`41001`
LGXSM20	f	1.84	0.58	`40998`
LGXSM20	f	0.900	-0.38	`40994`
LGXSM20	f	0.460	-0.82	`42674`
LGXSM20	f	3.17	1.93	`42580`
LGXSM20	f	1.67	0.41	`41745`
LGXSM20	f	0.570	-0.71	`41337`
LGXSM20	m	0.570	-0.43	`40893`
LGXSM20	m	0.930	0.65	`39918`
LGXSM20	m	1.32	1.81	`39916`
LGXSM20	m	0.470	-0.72	`41339`
LGXSM20	m	0.840	0.38	`41335`
LGXSM20	m	0.390	-0.96	`41332`
LGXSM20	m	0.470	-0.72	`41000`
LGXSM22	f	2.38	1.16	`34171`
LGXSM22	f	2.42	1.22	`35942`
LGXSM22	f	1.38	-0.32	`35872`
LGXSM22	f	1.96	0.53	`35799`
LGXSM22	f	0.540	-1.57	`35780`
LGXSM22	f	1.39	-0.31	`35635`
LGXSM22	f	2.31	1.05	`35534`
LGXSM22	f	0.490	-1.64	`35445`
LGXSM22	f	1.37	-0.34	`35374`
LGXSM22	f	1.62	0.03	`35370`
LGXSM22	f	1.11	-0.72	`35368`
LGXSM22	f	2.21	0.90	`34173`
LGXSM22	m	0.900	0.36	`34170`
LGXSM22	m	0.0300	-1.87	`36143`
LGXSM22	m	1.23	1.21	`35943`
LGXSM22	m	1.20	1.13	`35797`
LGXSM22	m	0.860	0.26	`35782`
LGXSM22	m	0.490	-0.69	`35632`
LGXSM22	m	0.670	-0.23	`35375`
LGXSM22	m	0.700	-0.15	`35372`
LGXSM23	f	1.76	0.40	`37921`
LGXSM23	f	0.100	-1.13	`34857`
LGXSM23	f	2.87	1.42	`35087`
LGXSM23	f	1.93	0.55	`35146`
LGXSM23	f	3.20	1.72	`35297`
LGXSM23	f	0.380	-0.87	`34787`
LGXSM23	f	0.380	-0.87	`37438`
LGXSM23	f	0.950	-0.35	`37813`
LGXSM23	f	0.450	-0.81	`37814`
LGXSM23	f	1.27	-0.05	`37815`
LGXSM23	m	1.10	0.27	`35222`
LGXSM23	m	1.68	1.54	`35225`
LGXSM23	m	1.65	1.48	`35223`
LGXSM23	m	1.10	0.27	`35221`
LGXSM23	m	1.08	0.22	`35220`
LGXSM23	m	0.840	-0.30	`35145`
LGXSM23	m	0.0700	-2.00	`35086`
LGXSM23	m	0.230	-1.65	`34858`
LGXSM23	m	1.13	0.33	`34786`
LGXSM23	m	1.06	0.18	`34223`
LGXSM23	m	1.10	0.27	`34219`
LGXSM23	m	0.780	-0.44	`34178`
LGXSM23	m	0.900	-0.17	`34177`
LGXSM31	f	0.740	0.35	`41577`
LGXSM31	f	0.920	0.78	`41080`
LGXSM31	f	0.130	-1.13	`40730`
LGXSM31	m	1.23	0.03	`39635`
LGXSM31	m	1.04	-0.70	`40732`
LGXSM31	m	1.59	1.40	`40728`
LGXSM31	m	1.03	-0.74	`39637`
LGXSM33	f	0.700	-0.69	`35719`
LGXSM33	f	1.02	0.47	`35684`
LGXSM33	f	0.610	-1.01	`34809`
LGXSM33	f	1.06	0.61	`34812`
LGXSM33	f	0.530	-1.30	`35670`
LGXSM33	f	1.38	1.77	`35675`
LGXSM33	f	0.960	0.25	`35679`
LGXSM33	f	0.860	-0.11	`35682`
LGXSM33	m	0.780	-0.84	`35318`
LGXSM33	m	1.38	0.53	`34814`
LGXSM33	m	1.31	0.37	`34782`
LGXSM33	m	1.66	1.17	`34779`
LGXSM33	m	0.610	-1.23	`35320`
LGXSM35	f	0.570	-0.60	`41005`
LGXSM35	f	0.860	0.95	`41800`
LGXSM35	f	0.620	-0.33	`41802`
LGXSM35	f	0.840	0.84	`41805`
LGXSM35	f	0.720	0.20	`42660`
LGXSM35	f	0.890	1.11	`42894`
LGXSM35	f	0.330	-1.89	`43067`
LGXSM35	f	0.630	-0.28	`43069`
LGXSM35	m	1.40	-0.15	`41003`
LGXSM35	m	0.660	-1.40	`43065`
LGXSM35	m	2.12	1.07	`42895`
LGXSM35	m	2.02	0.90	`42599`
LGXSM35	m	2.15	1.12	`42597`
LGXSM35	m	1.35	-0.23	`41804`
LGXSM35	m	0.620	-1.47	`41181`
LGXSM35	m	1.78	0.49	`41179`
LGXSM35	m	0.910	-0.98	`41177`
LGXSM35	m	1.87	0.65	`41006`
LGXSM39	f	0.990	1.32	`35473`
LGXSM39	f	0.870	0.98	`35263`
LGXSM39	f	0.250	-0.79	`36033`
LGXSM39	f	0.200	-0.94	`35997`
LGXSM39	f	1.06	1.52	`35995`
LGXSM39	f	0.620	0.26	`35993`
LGXSM39	f	0.0600	-1.33	`35947`
LGXSM39	f	0.570	0.12	`35653`
LGXSM39	f	0.340	-0.54	`35650`
LGXSM39	f	0.320	-0.59	`36038`
LGXSM39	m	0.00	-0.78	`35994`
LGXSM39	m	0.00	-0.78	`35950`
LGXSM39	m	0.140	-0.09	`35476`
LGXSM39	m	0.150	-0.04	`35472`
LGXSM39	m	0.560	1.98	`35266`
LGXSM39	m	0.00	-0.78	`35262`
LGXSM39	m	0.260	0.50	`34790`
LGXSM4	f	0.490	-0.35	`40169`
LGXSM4	f	0.550	-0.22	`40163`
LGXSM4	f	0.290	-0.80	`40293`
LGXSM4	f	0.780	0.30	`40291`
LGXSM4	f	0.280	-0.82	`40283`
LGXSM4	f	0.370	-0.62	`40276`
LGXSM4	f	1.64	2.22	`40241`
LGXSM4	f	0.780	0.30	`40174`
LGXSM4	m	1.11	-0.22	`40246`
LGXSM4	m	0.740	-1.06	`40248`
LGXSM4	m	1.52	0.71	`40275`
LGXSM4	m	2.14	2.12	`40173`
LGXSM4	m	1.17	-0.08	`40167`
LGXSM4	m	0.980	-0.51	`40164`
LGXSM4	m	1.09	-0.26	`40160`
LGXSM4	m	0.900	-0.70	`40242`
LGXSM45	f	0.210	-0.31	`34681`
LGXSM45	f	0.320	1.56	`34766`
LGXSM45	f	0.160	-1.15	`43100`
LGXSM45	f	0.210	-0.31	`34676`
LGXSM45	f	0.240	0.20	`34763`
LGXSM45	m	0.360	-1.04	`37175`
LGXSM45	m	0.500	0.95	`36099`
LGXSM45	m	0.440	0.09	`36095`
LGXSM46	f	0.660	-0.28	`41421`
LGXSM46	f	0.700	-0.20	`41766`
LGXSM46	f	1.10	0.59	`41264`
LGXSM46	f	1.62	1.62	`34245`
LGXSM46	f	0.360	-0.87	`39057`
LGXSM46	f	0.220	-1.15	`39062`
LGXSM46	f	1.28	0.94	`40021`
LGXSM46	f	1.11	0.61	`40452`
LGXSM46	f	0.170	-1.25	`40455`
LGXSM46	m	1.81	2.19	`41490`
LGXSM46	m	1.24	0.25	`41749`
LGXSM46	m	1.20	0.11	`41266`
LGXSM46	m	0.600	-1.92	`41125`
LGXSM46	m	1.29	0.42	`34247`
LGXSM46	m	1.15	-0.06	`39848`
LGXSM46	m	1.23	0.22	`40023`
LGXSM46	m	0.980	-0.63	`40025`
LGXSM46	m	0.980	-0.63	`40457`
LGXSM46	m	1.04	-0.43	`41230`
LGXSM46	m	1.31	0.49	`41488`
LGXSM48	f	0.820	-0.24	`42692`
LGXSM48	f	2.14	2.32	`40555`
LGXSM48	f	0.220	-1.41	`41405`
LGXSM48	f	0.560	-0.75	`41408`
LGXSM48	f	1.20	0.50	`41533`
LGXSM48	f	0.600	-0.67	`41538`
LGXSM48	f	1.00	0.11	`41633`
LGXSM48	f	1.11	0.32	`42694`
LGXSM48	f	1.06	0.22	`42928`
LGXSM48	f	0.740	-0.40	`43416`
LGXSM48	m	1.03	-0.87	`41634`
LGXSM48	m	1.00	-0.93	`39981`
LGXSM48	m	1.45	-0.14	`40553`
LGXSM48	m	1.31	-0.38	`41404`
LGXSM48	m	0.910	-1.08	`41409`
LGXSM48	m	1.99	0.81	`41532`
LGXSM48	m	2.34	1.42	`41539`
LGXSM48	m	2.20	1.17	`41541`
LGXSM5	f	0.870	-0.08	`36237`
LGXSM5	f	0.690	-0.38	`35597`
LGXSM5	f	1.00	0.14	`35879`
LGXSM5	f	0.240	-1.13	`36116`
LGXSM5	f	1.07	0.26	`36120`
LGXSM5	f	2.22	2.18	`36163`
LGXSM5	f	0.400	-0.86	`36233`
LGXSM5	f	0.840	-0.13	`37136`
LGXSM5	m	0.840	-0.77	`35897`
LGXSM5	m	0.660	-1.34	`35876`
LGXSM5	m	1.41	1.01	`35893`
LGXSM5	m	1.36	0.86	`35895`
LGXSM5	m	0.920	-0.52	`36088`
LGXSM5	m	1.33	0.76	`36085`