MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:43418 GRA granulocyte count (GRA; units per volume x 10³) [n/µL]
Data set, strains	Chesler2 CC diallel w/par 48 strains sex: both age: 7-15wks
Procedure	complete blood count

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
129S1/SvImJ	f	1.8	-0.71	`34`
129S1/SvImJ	f	2.6	0.71	`35`
129S1/SvImJ	m	5.6	0.71	`32`
129S1/SvImJ	m	2.6	-0.71	`31`
129SAF1	f	3.4	0.00	`1136`
129SAF1	m	2.5	-0.71	`1147`
129SAF1	m	5	0.71	`1249`
129SB6F1	f	5.5	0.71	`1213`
129SB6F1	f	3.5	-0.71	`1179`
129SB6F1	m	2.9	-0.71	`1267`
129SB6F1	m	3.5	0.71	`1203`
129SCASTF1	f	3.6	-0.71	`1065`
129SCASTF1	f	5.1	0.71	`1193`
129SNODF1	m	9.2	0.71	`1141`
129SNODF1	m	7.7	-0.71	`1154`
129SNZOF1	m	4	-0.71	`1152`
129SNZOF1	m	6.3	0.71	`1165`
129SPWKF1	f	3.5	0.00	`1156`
AB6F1	f	5.4	0.00	`1224`
AB6F1	m	4.5	-1.04	`1139`
AB6F1	m	4.9	-0.54	`1208`
AB6F1	m	5.6	0.35	`1176`
AB6F1	m	6.3	1.23	`1173`
A/J	f	9.2	0.71	`86`
A/J	f	4	-0.71	`85`
A/J	m	5.1	0.57	`81`
A/J	m	6.6	1.55	`84`
A/J	m	2.3	-1.25	`83`
A/J	m	4.6	0.25	`80`
A/J	m	3.2	-0.66	`79`
A/J	m	3.5	-0.47	`77`
ANODF1	m	3.5	-0.92	`1104`
ANODF1	m	6	0.11	`1093`
ANODF1	m	6.4	0.27	`1145`
ANODF1	m	6.4	0.27	`1268`
ANODF1	m	6.2	0.19	`1262`
ANODF1	m	9.7	1.62	`1161`
ANODF1	m	2	-1.53	`1132`
ANZOF1	f	3.3	0.00	`1155`
APWKF1	m	3	0.00	`1118`
AWSBF1	m	6.5	0.00	`1122`
B6129SF1/J	f	7.9	0.71	`1163`
B6129SF1/J	f	5.3	-0.71	`1144`
B6AF1/J	f	6.6	0.00	`1151`
B6AF1/J	m	3.2	0.00	`1142`
B6NODF1	f	3.1	0.00	`1183`
B6NODF1	m	12.3	0.71	`1231`
B6NODF1	m	7.6	-0.71	`1211`
B6NZOF1	f	7.1	0.00	`1157`
B6NZOF1	m	6.8	0.00	`1246`
B6PWKF1	f	3.1	0.00	`1207`
C57BL/6J	f	4.3	2.07	`175`
C57BL/6J	f	4.3	2.07	`172`
C57BL/6J	f	2.5	0.21	`171`
C57BL/6J	f	1.4	-0.93	`170`
C57BL/6J	f	2.2	-0.10	`168`
C57BL/6J	f	3.1	0.83	`185`
C57BL/6J	f	1.6	-0.72	`186`
C57BL/6J	f	2.9	0.62	`187`
C57BL/6J	f	2.4	0.10	`188`
C57BL/6J	f	1.1	-1.24	`189`
C57BL/6J	f	2.2	-0.10	`167`
C57BL/6J	f	1.4	-0.93	`184`
C57BL/6J	f	3.2	0.93	`183`
C57BL/6J	f	1.7	-0.62	`182`
C57BL/6J	f	1.4	-0.93	`181`
C57BL/6J	f	3.4	1.14	`180`
C57BL/6J	f	1.4	-0.93	`179`
C57BL/6J	f	1.3	-1.03	`178`
C57BL/6J	f	2.3	0.00	`177`
C57BL/6J	f	1.9	-0.41	`176`
C57BL/6J	m	7.1	2.51	`142`
C57BL/6J	m	1.9	-0.89	`173`
C57BL/6J	m	3.1	-0.11	`169`
C57BL/6J	m	3.9	0.42	`166`
C57BL/6J	m	3.1	-0.11	`164`
C57BL/6J	m	2.8	-0.30	`163`
C57BL/6J	m	2.9	-0.24	`162`
C57BL/6J	m	4.2	0.61	`161`
C57BL/6J	m	2.6	-0.43	`160`
C57BL/6J	m	3.6	0.22	`159`
C57BL/6J	m	1.8	-0.96	`158`
C57BL/6J	m	1.2	-1.35	`157`
C57BL/6J	m	1.5	-1.15	`156`
C57BL/6J	m	2	-0.83	`155`
C57BL/6J	m	4.4	0.74	`154`
C57BL/6J	m	3.3	0.02	`153`
C57BL/6J	m	2.2	-0.70	`152`
C57BL/6J	m	2.2	-0.70	`151`
C57BL/6J	m	2.8	-0.30	`150`
C57BL/6J	m	3.6	0.22	`149`
C57BL/6J	m	5.7	1.59	`148`
C57BL/6J	m	2.3	-0.63	`146`
C57BL/6J	m	2.5	-0.50	`145`
C57BL/6J	m	1.7	-1.02	`144`
C57BL/6J	m	2	-0.83	`143`
C57BL/6J	m	4.8	1.00	`174`
C57BL/6J	m	1.9	-0.89	`141`
C57BL/6J	m	3.6	0.22	`140`
C57BL/6J	m	4.5	0.81	`139`
C57BL/6J	m	2.3	-0.63	`138`
C57BL/6J	m	5.5	1.46	`137`
C57BL/6J	m	1.5	-1.15	`136`
C57BL/6J	m	2.6	-0.43	`135`
C57BL/6J	m	5.1	1.20	`134`
C57BL/6J	m	7.3	2.64	`133`
C57BL/6J	m	2.3	-0.63	`132`
C57BL/6J	m	5	1.13	`130`
CAST129SF1	m	4.5	-0.71	`1247`
CAST129SF1	m	5.2	0.71	`1266`
CASTAF1	f	2.9	0.00	`1112`
CASTAF1	m	5.2	-0.71	`1199`
CASTAF1	m	5.9	0.71	`1097`
CASTB6F1	f	3.6	0.00	`1130`
CASTB6F1	m	1.5	-1.03	`1102`
CASTB6F1	m	3.7	0.07	`1257`
CASTB6F1	m	5.5	0.97	`1090`
CAST/EiJ	f	2.3	0.77	`216`
CAST/EiJ	f	1.4	-1.27	`211`
CAST/EiJ	f	1.6	-0.82	`218`
CAST/EiJ	f	2.4	1.00	`210`
CAST/EiJ	f	2.1	0.32	`209`
CAST/EiJ	m	3.5	0.71	`219`
CAST/EiJ	m	3.4	-0.71	`217`
CASTNODF1	m	3.8	0.00	`982`
CASTNZOF1	f	1.5	-0.79	`1083`
CASTNZOF1	f	1.2	-0.94	`1109`
CASTNZOF1	f	4.7	0.81	`1110`
CASTNZOF1	f	4.9	0.91	`1114`
CASTNZOF1	m	3.3	0.00	`1169`
CASTPWKF1	f	3	-0.77	`1044`
CASTPWKF1	f	3.6	-0.05	`1067`
CASTPWKF1	f	3.9	0.31	`1071`
CASTPWKF1	f	2.8	-1.01	`1076`
CASTPWKF1	f	4.9	1.51	`992`
CASTPWKF1	m	2.3	-0.22	`991`
CASTPWKF1	m	3.3	0.96	`1003`
CASTPWKF1	m	3.7	1.43	`1008`
CASTPWKF1	m	1.6	-1.04	`1021`
CASTPWKF1	m	2.3	-0.22	`1039`
CASTPWKF1	m	1.7	-0.92	`1079`
CASTWSBF1	f	4.1	-0.71	`1129`
CASTWSBF1	f	6.9	0.71	`1089`
NODAF1	f	4.1	0.00	`1137`
NODB6F1	f	4.4	-1.14	`1195`
NODB6F1	f	8.1	0.42	`1202`
NODB6F1	f	8.8	0.72	`1200`
NODNZOF1	f	10.3	0.71	`1167`
NODNZOF1	f	6.2	-0.71	`1029`
NODNZOF1	m	3.1	-0.71	`1138`
NODNZOF1	m	8.8	0.71	`1241`
NOD/ShiLtJ	f	8.9	1.15	`245`
NOD/ShiLtJ	f	6.8	-0.62	`249`
NOD/ShiLtJ	f	6.9	-0.53	`248`
NOD/ShiLtJ	m	4.3	-0.29	`244`
NOD/ShiLtJ	m	2.8	-0.83	`247`
NOD/ShiLtJ	m	8.2	1.11	`246`
NZO129SF1	f	7.8	0.00	`1160`
NZOAF1	f	4.3	0.00	`1010`
NZOB6F1	m	4.6	0.00	`1127`
NZO/HlLtJ	m	9	0.00	`272`
NZOWSBF1	f	3.6	1.00	`1043`
NZOWSBF1	f	2.4	-1.00	`1004`
NZOWSBF1	f	3	0.00	`1011`
PWK129SF1	f	2.6	0.00	`1227`
PWKAF1	f	3.6	0.00	`1092`
PWKAF1	m	1.9	0.00	`1000`
PWKNODF1	f	6	0.00	`1107`
PWK/PhJ	f	4.4	-0.71	`323`
PWK/PhJ	f	5.6	0.71	`324`
PWK/PhJ	m	3.9	-0.35	`326`
PWK/PhJ	m	14	1.44	`313`
PWK/PhJ	m	4.5	-0.24	`327`
PWK/PhJ	m	1	-0.86	`316`
WSB129SF1	f	2.2	0.00	`989`
WSBAF1	f	2.5	0.00	`1103`
WSBAF1	m	6	0.71	`1091`
WSBAF1	m	4.8	-0.71	`1108`
WSBB6F1	f	2.7	-0.71	`1253`
WSBB6F1	f	5.8	0.71	`1263`
WSBB6F1	m	7	1.11	`1251`
WSBB6F1	m	3.8	-0.83	`1113`
WSBB6F1	m	4.7	-0.28	`1082`
WSBCASTF1	m	4.4	-0.45	`1087`
WSBCASTF1	m	4.1	-0.70	`1265`
WSBCASTF1	m	6.3	1.15	`1094`
WSB/EiJ	f	1	-0.71	`359`
WSB/EiJ	f	1.4	0.71	`357`
WSB/EiJ	m	5.4	0.00	`361`
WSBNODF1	f	2.1	0.00	`1236`
WSBNODF1	m	2.3	-0.71	`1124`
WSBNODF1	m	6	0.71	`1191`
WSBNZOF1	f	6.6	1.33	`1264`
WSBNZOF1	f	4.9	0.53	`1081`
WSBNZOF1	f	2.3	-0.69	`1086`
WSBNZOF1	f	2	-0.83	`1106`
WSBNZOF1	f	1.4	-1.11	`1133`
WSBNZOF1	f	5.4	0.76	`1234`
WSBNZOF1	m	8	1.27	`1184`
WSBNZOF1	m	2.3	-1.11	`1111`
WSBNZOF1	m	4.1	-0.35	`1096`
WSBNZOF1	m	5.4	0.19	`1194`
WSBPWKF1	f	1.3	-0.71	`1243`
WSBPWKF1	f	1.7	0.71	`1085`