MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:17880 perirenal_pctfat_hifat perirenal fat pad weight as percentage of body weight [%] high-fat diet high-fat diet study
Data set, strains	Cheverud1 LGXSM w/par 17 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	3.45	-0.99	`34864`
LGXSM10	f	2.82	-1.70	`35112`
LGXSM10	f	4.38	0.06	`35115`
LGXSM10	f	5.07	0.84	`35309`
LGXSM10	f	5.09	0.86	`35313`
LGXSM10	f	4.65	0.36	`35467`
LGXSM10	f	5.48	1.30	`35471`
LGXSM10	f	4.49	0.18	`35775`
LGXSM10	f	3.53	-0.90	`35778`
LGXSM10	m	3.21	0.54	`35776`
LGXSM10	m	2.01	-0.71	`35772`
LGXSM10	m	2.68	-0.01	`34208`
LGXSM10	m	1.21	-1.55	`34216`
LGXSM10	m	2.23	-0.48	`35113`
LGXSM10	m	3.85	1.22	`35117`
LGXSM10	m	4.45	1.85	`35308`
LGXSM10	m	2.83	0.15	`35312`
LGXSM10	m	1.96	-0.77	`35468`
LGXSM10	m	2.48	-0.22	`35769`
LGXSM15	f	3.04	-0.27	`34188`
LGXSM15	f	1.29	-1.31	`34184`
LGXSM15	f	4.03	0.32	`35075`
LGXSM15	f	1.97	-0.91	`35081`
LGXSM15	f	6.22	1.63	`35601`
LGXSM15	f	4.07	0.35	`35611`
LGXSM15	f	3.76	0.16	`35755`
LGXSM15	f	1.66	-1.09	`35759`
LGXSM15	f	5.38	1.13	`35794`
LGXSM15	m	3.72	0.82	`35809`
LGXSM15	m	3.74	0.84	`34186`
LGXSM15	m	1.80	-0.65	`34187`
LGXSM15	m	2.18	-0.36	`34190`
LGXSM15	m	1.39	-0.96	`34192`
LGXSM15	m	1.09	-1.19	`35079`
LGXSM15	m	4.59	1.49	`35603`
LGXSM15	m	4.61	1.50	`35610`
LGXSM15	m	2.75	0.08	`35758`
LGXSM15	m	1.53	-0.85	`35790`
LGXSM15	m	1.70	-0.72	`35793`
LGXSM18	f	2.93	-0.44	`35193`
LGXSM18	f	4.02	0.26	`35031`
LGXSM18	f	2.83	-0.51	`35163`
LGXSM18	f	2.80	-0.53	`35178`
LGXSM18	f	7.23	2.33	`35182`
LGXSM18	f	3.12	-0.32	`35186`
LGXSM18	f	2.33	-0.83	`35191`
LGXSM18	f	3.68	0.04	`35558`
LGXSM18	m	2.01	-1.43	`35543`
LGXSM18	m	3.27	0.50	`41063`
LGXSM18	m	3.31	0.56	`35173`
LGXSM18	m	2.99	0.07	`35177`
LGXSM18	m	2.90	-0.07	`35180`
LGXSM18	m	3.83	1.36	`35185`
LGXSM18	m	3.27	0.50	`35366`
LGXSM18	m	1.96	-1.51	`35556`
LGXSM19	f	3.89	-0.41	`35690`
LGXSM19	f	5.78	0.52	`35290`
LGXSM19	f	4.82	0.05	`35292`
LGXSM19	f	2.55	-1.07	`35630`
LGXSM19	f	5.55	0.41	`35693`
LGXSM19	f	3.42	-0.64	`35721`
LGXSM19	f	6.38	0.82	`35751`
LGXSM19	f	1.80	-1.44	`35804`
LGXSM19	f	8.30	1.76	`35931`
LGXSM19	m	2.24	-1.31	`35625`
LGXSM19	m	3.20	0.04	`35234`
LGXSM19	m	3.97	1.12	`35236`
LGXSM19	m	2.47	-0.99	`35238`
LGXSM19	m	2.93	-0.34	`35288`
LGXSM19	m	3.31	0.19	`35293`
LGXSM19	m	2.91	-0.37	`35620`
LGXSM19	m	4.36	1.66	`35622`
LGXSM20	f	2.45	-1.42	`42579`
LGXSM20	f	4.30	0.82	`40993`
LGXSM20	f	4.56	1.14	`40995`
LGXSM20	f	3.35	-0.33	`40999`
LGXSM20	f	3.96	0.41	`41333`
LGXSM20	f	3.27	-0.43	`41338`
LGXSM20	f	2.61	-1.23	`41342`
LGXSM20	f	4.47	1.03	`42582`
LGXSM20	m	1.40	-0.52	`41336`
LGXSM20	m	3.58	0.76	`39917`
LGXSM20	m	2.69	0.24	`40892`
LGXSM20	m	4.80	1.48	`40996`
LGXSM20	m	0.580	-1.01	`41334`
LGXSM20	m	0.690	-0.94	`41340`
LGXSM22	f	5.95	1.63	`35871`
LGXSM22	f	5.28	0.20	`34101`
LGXSM22	f	4.93	-0.55	`34168`
LGXSM22	f	4.89	-0.63	`34172`
LGXSM22	f	5.05	-0.29	`34174`
LGXSM22	f	5.88	1.48	`35369`
LGXSM22	f	5.41	0.48	`35371`
LGXSM22	f	4.36	-1.76	`35446`
LGXSM22	f	4.95	-0.50	`35535`
LGXSM22	f	5.33	0.31	`35783`
LGXSM22	f	4.53	-1.40	`35796`
LGXSM22	f	5.28	0.20	`35874`
LGXSM22	f	5.58	0.84	`35940`
LGXSM22	m	4.19	0.64	`35941`
LGXSM22	m	4.18	0.63	`34102`
LGXSM22	m	4.00	0.44	`34103`
LGXSM22	m	5.77	2.32	`34104`
LGXSM22	m	2.32	-1.35	`34169`
LGXSM22	m	3.46	-0.14	`35373`
LGXSM22	m	2.36	-1.31	`35376`
LGXSM22	m	2.72	-0.92	`35631`
LGXSM22	m	3.20	-0.41	`35633`
LGXSM22	m	3.72	0.14	`35781`
LGXSM22	m	3.64	0.06	`35795`
LGXSM22	m	3.49	-0.10	`35873`
LGXSM23	f	5.50	0.85	`35833`
LGXSM23	f	0.910	-1.26	`35085`
LGXSM23	f	4.69	0.48	`35295`
LGXSM23	f	1.53	-0.98	`36176`
LGXSM23	f	5.19	0.71	`35322`
LGXSM23	f	4.04	0.18	`35617`
LGXSM23	f	6.30	1.22	`35910`
LGXSM23	f	1.04	-1.20	`35908`
LGXSM23	m	3.99	1.87	`35224`
LGXSM23	m	2.83	0.22	`37812`
LGXSM23	m	1.69	-1.39	`37439`
LGXSM23	m	2.99	0.45	`35144`
LGXSM23	m	1.87	-1.14	`34788`
LGXSM23	m	2.76	0.12	`34785`
LGXSM23	m	2.69	0.02	`34220`
LGXSM23	m	2.56	-0.16	`34175`
LGXSM31	f	8.92	1.02	`41079`
LGXSM31	f	9.10	1.13	`41575`
LGXSM31	f	5.54	-0.99	`41578`
LGXSM31	f	6.05	-0.68	`40729`
LGXSM31	f	6.39	-0.48	`43053`
LGXSM31	m	4.80	0.35	`41574`
LGXSM31	m	4.07	-0.34	`39632`
LGXSM31	m	3.41	-0.97	`39636`
LGXSM31	m	6.08	1.57	`40299`
LGXSM31	m	3.80	-0.60	`43052`
LGXSM33	f	4.64	0.40	`35681`
LGXSM33	f	5.13	0.89	`34808`
LGXSM33	f	4.86	0.62	`34811`
LGXSM33	f	3.45	-0.78	`35669`
LGXSM33	f	2.30	-1.93	`35674`
LGXSM33	f	4.71	0.47	`35677`
LGXSM33	f	4.58	0.34	`35687`
LGXSM33	m	2.61	-0.54	`35666`
LGXSM33	m	2.62	-0.52	`34125`
LGXSM33	m	2.03	-1.51	`34126`
LGXSM33	m	3.08	0.25	`34781`
LGXSM33	m	3.12	0.32	`34783`
LGXSM33	m	3.10	0.28	`34810`
LGXSM33	m	3.95	1.71	`35678`
LGXSM35	f	2.66	-0.25	`42898`
LGXSM35	f	3.10	0.06	`39862`
LGXSM35	f	3.63	0.44	`41007`
LGXSM35	f	1.87	-0.81	`41801`
LGXSM35	f	2.36	-0.46	`41803`
LGXSM35	f	5.79	1.98	`42601`
LGXSM35	f	1.66	-0.96	`43068`
LGXSM35	m	3.02	-0.65	`41002`
LGXSM35	m	4.32	0.07	`41004`
LGXSM35	m	3.16	-0.57	`41008`
LGXSM35	m	6.64	1.35	`41178`
LGXSM35	m	7.30	1.72	`41180`
LGXSM35	m	3.26	-0.52	`41182`
LGXSM35	m	2.31	-1.04	`42893`
LGXSM35	m	3.57	-0.35	`43064`
LGXSM39	f	2.72	0.23	`34127`
LGXSM39	f	3.82	0.97	`34128`
LGXSM39	f	1.39	-0.66	`34132`
LGXSM39	f	0.790	-1.06	`35265`
LGXSM39	f	1.34	-0.69	`35475`
LGXSM39	f	4.99	1.75	`35652`
LGXSM39	f	1.04	-0.89	`36000`
LGXSM39	f	2.88	0.34	`36035`
LGXSM39	m	0.970	-0.42	`39208`
LGXSM39	m	1.76	0.11	`35951`
LGXSM39	m	0.0400	-1.05	`34129`
LGXSM39	m	1.73	0.09	`34130`
LGXSM39	m	0.130	-0.99	`34131`
LGXSM39	m	4.30	1.83	`34789`
LGXSM39	m	3.64	1.38	`34791`
LGXSM39	m	0.840	-0.51	`35264`
LGXSM39	m	0.930	-0.45	`35474`
LGXSM4	f	3.35	0.32	`40281`
LGXSM4	f	2.82	-0.38	`40292`
LGXSM4	f	3.08	-0.04	`40159`
LGXSM4	f	2.78	-0.44	`40165`
LGXSM4	f	2.60	-0.68	`40172`
LGXSM4	f	3.18	0.09	`40176`
LGXSM4	f	4.79	2.22	`40272`
LGXSM4	f	2.29	-1.08	`40286`
LGXSM4	m	2.17	-1.50	`40166`
LGXSM4	m	3.02	0.19	`40158`
LGXSM4	m	3.07	0.29	`40161`
LGXSM4	m	3.04	0.23	`40170`
LGXSM4	m	2.59	-0.67	`40175`
LGXSM4	m	3.66	1.46	`40271`
LGXSM45	f	3.58	1.46	`34677`
LGXSM45	f	2.51	0.36	`34733`
LGXSM45	f	1.98	-0.18	`34765`
LGXSM45	f	0.930	-1.25	`43099`
LGXSM45	f	1.78	-0.38	`43101`
LGXSM45	m	2.09	0.74	`35960`
LGXSM45	m	1.99	0.40	`36098`
LGXSM45	m	1.54	-1.14	`37174`
LGXSM46	f	3.04	-1.43	`41422`
LGXSM46	f	4.88	0.41	`41420`
LGXSM46	f	4.96	0.49	`34249`
LGXSM46	f	3.84	-0.63	`39061`
LGXSM46	f	5.26	0.79	`40020`
LGXSM46	f	6.05	1.58	`40022`
LGXSM46	f	3.48	-0.99	`40454`
LGXSM46	f	3.64	-0.83	`40456`
LGXSM46	f	5.06	0.59	`41262`
LGXSM46	m	4.13	0.65	`41489`
LGXSM46	m	4.41	1.00	`39847`
LGXSM46	m	4.63	1.27	`39855`
LGXSM46	m	3.60	-0.01	`40024`
LGXSM46	m	3.75	0.18	`40453`
LGXSM46	m	4.49	1.10	`40458`
LGXSM46	m	2.38	-1.52	`41126`
LGXSM46	m	2.85	-0.94	`41225`
LGXSM46	m	3.00	-0.75	`41227`
LGXSM46	m	2.81	-0.99	`41748`
LGXSM48	f	6.63	0.54	`41635`
LGXSM48	f	7.89	1.04	`40554`
LGXSM48	f	8.57	1.30	`41530`
LGXSM48	f	4.81	-0.17	`41535`
LGXSM48	f	4.31	-0.36	`41536`
LGXSM48	f	2.23	-1.17	`42693`
LGXSM48	f	2.20	-1.18	`42695`
LGXSM48	m	6.50	0.62	`41631`
LGXSM48	m	3.84	-1.11	`39797`
LGXSM48	m	4.83	-0.46	`39982`
LGXSM48	m	4.03	-0.98	`41407`
LGXSM48	m	3.89	-1.07	`41410`
LGXSM48	m	7.30	1.14	`41531`
LGXSM48	m	6.83	0.84	`41537`
LGXSM48	m	7.12	1.03	`41540`
LGXSM5	f	3.52	-0.01	`36238`
LGXSM5	f	3.84	0.38	`35598`
LGXSM5	f	4.02	0.60	`35878`
LGXSM5	f	4.92	1.71	`36086`
LGXSM5	f	2.06	-1.81	`36117`
LGXSM5	f	3.42	-0.14	`36160`
LGXSM5	f	3.33	-0.25	`36234`
LGXSM5	f	3.14	-0.48	`37137`
LGXSM5	m	1.76	-1.06	`36087`
LGXSM5	m	2.68	-0.10	`34074`
LGXSM5	m	3.15	0.38	`34075`
LGXSM5	m	2.86	0.08	`35877`
LGXSM5	m	3.33	0.57	`35892`
LGXSM5	m	1.77	-1.05	`35894`
LGXSM5	m	2.05	-0.76	`35896`
LGXSM5	m	4.64	1.93	`35898`
SM/J	m	2.61	0.34	`39348`
SM/J	m	1.05	-1.61	`39349`
SM/J	m	3.49	1.45	`39351`
SM/J	m	2.53	0.24	`39312`
SM/J	m	2.06	-0.34	`39354`
SM/J	m	2.27	-0.08	`39313`