MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:48979 HCT hematocrit (HCT) [%]
Data set, strains	HMDPpheno5 HMDP w/par 83 strains sex: m age: 16wks
Procedure	complete blood count

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
A/J	m	25.6	-0.71	`926`
A/J	m	32.7	0.71	`925`
AXB10/PgnJ	m	29.4	-0.71	`1101`
AXB10/PgnJ	m	30.4	0.71	`1102`
AXB12/PgnJ	m	31.6	-0.71	`1010`
AXB12/PgnJ	m	39.9	0.71	`1009`
AXB13/PgnJ	m	40.2	-0.71	`1159`
AXB13/PgnJ	m	47	0.71	`1160`
AXB15/PgnJ	m	26.4	0.71	`1008`
AXB15/PgnJ	m	22.3	-0.71	`1007`
AXB19b/PgnJ	m	38.9	0.77	`1136`
AXB19b/PgnJ	m	18.4	-1.06	`1003`
AXB19b/PgnJ	m	23.1	-0.64	`1004`
AXB19b/PgnJ	m	40.8	0.94	`1135`
AXB19/PgnJ	m	34.3	-0.71	`1151`
AXB19/PgnJ	m	39.1	0.71	`1150`
AXB23/PgnJ	m	47.6	0.71	`1161`
AXB23/PgnJ	m	20.8	-0.71	`1162`
AXB2/PgnJ	m	9.7	-0.71	`1005`
AXB2/PgnJ	m	49.4	0.71	`1006`
AXB4/PgnJ	m	40.7	0.71	`978`
AXB4/PgnJ	m	28.6	-0.71	`979`
AXB5/PgnJ	m	39.5	0.71	`1156`
AXB5/PgnJ	m	37.8	-0.71	`1155`
AXB6/PgnJ	m	49	-0.71	`1164`
AXB6/PgnJ	m	49.1	0.71	`1163`
AXB8/PgnJ	m	39.3	0.71	`1109`
AXB8/PgnJ	m	29.9	-0.71	`1110`
BALB/cJ	m	42.3	-0.71	`969`
BALB/cJ	m	48.3	0.71	`968`
BTBR T⁺ Itpr3^tf/J	m	40.7	-0.71	`991`
BTBR T⁺ Itpr3^tf/J	m	42.7	0.71	`992`
BXA11/PgnJ	m	43.5	0.71	`1094`
BXA11/PgnJ	m	36.2	-0.71	`1095`
BXA12/PgnJ	m	37.3	0.71	`1090`
BXA12/PgnJ	m	28	-0.71	`1089`
BXA13/PgnJ	m	48.6	0.71	`1112`
BXA13/PgnJ	m	47.4	-0.71	`1113`
BXA14/PgnJ	m	43.8	0.71	`1091`
BXA14/PgnJ	m	30.4	-0.71	`1092`
BXA16/PgnJ	m	38.1	0.80	`995`
BXA16/PgnJ	m	12	-1.12	`1114`
BXA16/PgnJ	m	31.6	0.32	`996`
BXA24/PgnJ	m	38.2	0.71	`1087`
BXA24/PgnJ	m	35.7	-0.71	`1088`
BXA25/PgnJ	m	14.5	-0.71	`984`
BXA25/PgnJ	m	27.7	0.71	`985`
BXA26/PgnJ	m	41.7	-0.71	`1084`
BXA26/PgnJ	m	48.8	0.71	`1083`
BXA2/PgnJ	m	35.8	-0.71	`1012`
BXA2/PgnJ	m	39.2	0.71	`1011`
BXA4/PgnJ	m	26.5	-0.71	`1086`
BXA4/PgnJ	m	41.9	0.71	`1085`
BXA7/PgnJ	m	38.6	-0.71	`1013`
BXA7/PgnJ	m	41.5	0.71	`1014`
BXA8/PgnJ	m	39.7	0.71	`1016`
BXA8/PgnJ	m	32	-0.71	`1015`
BXD12/TyJ	m	37.4	-0.71	`1118`
BXD12/TyJ	m	38.9	0.71	`1119`
BXD13/TyJ	m	40.3	0.71	`1023`
BXD13/TyJ	m	30.3	-0.71	`1024`
BXD14/TyJ	m	47	0.71	`1021`
BXD14/TyJ	m	32.3	-0.71	`1020`
BXD15/TyJ	m	36.6	-0.71	`1075`
BXD15/TyJ	m	38.4	0.71	`1076`
BXD19/TyJ	m	39.1	-0.49	`1158`
BXD19/TyJ	m	41.8	0.74	`1148`
BXD19/TyJ	m	42.2	0.92	`1149`
BXD19/TyJ	m	37.6	-1.17	`1157`
BXD20/TyJ	m	39.6	-0.71	`980`
BXD20/TyJ	m	43.4	0.71	`981`
BXD22/TyJ	m	44.3	0.71	`962`
BXD22/TyJ	m	20.3	-0.71	`963`
BXD24/TyJ	m	26.7	-0.71	`1134`
BXD24/TyJ	m	44.4	0.71	`1133`
BXD24/TyJ-Cep290^rd16/J	m	35.9	0.71	`1077`
BXD24/TyJ-Cep290^rd16/J	m	35.2	-0.71	`1078`
BXD28/TyJ	m	39.7	-0.71	`1100`
BXD28/TyJ	m	43.6	0.71	`1124`
BXD29-Tlr4^lps-2J/J	m	34.1	-0.71	`1071`
BXD29-Tlr4^lps-2J/J	m	35.2	0.71	`1072`
BXD2/TyJ	m	14.7	-0.71	`993`
BXD2/TyJ	m	35.1	0.71	`994`
BXD33/TyJ	m	27.9	0.71	`1079`
BXD33/TyJ	m	25.6	-0.71	`1080`
BXD34/TyJ	m	36.3	-0.71	`1082`
BXD34/TyJ	m	44.7	0.71	`1081`
BXD40/TyJ	m	22.5	-0.71	`998`
BXD40/TyJ	m	25.7	0.71	`997`
BXD42/TyJ	m	49.9	0.71	`1033`
BXD42/TyJ	m	42.8	-0.71	`1034`
BXD5/TyJ	m	39.5	0.71	`1069`
BXD5/TyJ	m	34	-0.71	`1070`
BXD6/TyJ	m	43.1	0.71	`1147`
BXD6/TyJ	m	36.2	-0.71	`1146`
BXD8/TyJ	m	31.8	-0.71	`1098`
BXD8/TyJ	m	37	0.71	`1099`
BXD9/TyJ	m	46.3	0.71	`1105`
BXD9/TyJ	m	27.1	-0.71	`1106`
BXH19/TyJ	m	24.5	-0.71	`1120`
BXH19/TyJ	m	33.8	0.71	`1121`
BXH20/KccJ	m	33.3	0.71	`1031`
BXH20/KccJ	m	30.3	-0.71	`1032`
BXH2/TyJ	m	31.6	0.71	`1104`
BXH2/TyJ	m	21.3	-0.71	`1103`
BXH4/TyJ	m	46.5	0.45	`1144`
BXH4/TyJ	m	30.1	-1.49	`1145`
BXH4/TyJ	m	46.2	0.41	`974`
BXH4/TyJ	m	48	0.63	`975`
BXH6/TyJ	m	38.7	0.71	`1074`
BXH6/TyJ	m	27.3	-0.71	`1073`
BXH7/TyJ	m	19.4	0.71	`1029`
BXH7/TyJ	m	15.8	-0.71	`1030`
BXH8/TyJ	m	43	-0.71	`1067`
BXH8/TyJ	m	43.1	0.71	`1068`
BXH9/TyJ	m	41.1	0.71	`1027`
BXH9/TyJ	m	34.4	-0.71	`1028`
C57BL/6J	m	18.2	-0.75	`927`
C57BL/6J	m	35	1.13	`1115`
C57BL/6J	m	21.5	-0.38	`928`
C57L/J	m	37.6	-0.71	`1137`
C57L/J	m	40.7	0.71	`1138`
C58/J	m	27.9	-0.71	`1127`
C58/J	m	45	0.71	`1128`
CAST/EiJ	m	52.2	0.71	`965`
CAST/EiJ	m	49.1	-0.71	`964`
CE/J	m	33.6	-0.71	`1096`
CE/J	m	34.1	0.71	`1097`
CXB11/HiAJ	m	38.3	-1.15	`1224`
CXB11/HiAJ	m	43.5	0.53	`1199`
CXB11/HiAJ	m	46.7	1.57	`1200`
CXB11/HiAJ	m	44	0.70	`1201`
CXB11/HiAJ	m	44	0.70	`1202`
CXB11/HiAJ	m	38.8	-0.99	`1221`
CXB11/HiAJ	m	39.3	-0.83	`1222`
CXB11/HiAJ	m	40.2	-0.53	`1223`
CXB12/HiAJ	m	58.6	1.59	`1175`
CXB12/HiAJ	m	53.7	0.00	`1181`
CXB12/HiAJ	m	54.4	0.23	`1180`
CXB12/HiAJ	m	55.4	0.55	`1179`
CXB12/HiAJ	m	48.7	-1.62	`1182`
CXB12/HiAJ	m	50.7	-0.97	`1178`
CXB12/HiAJ	m	52.5	-0.39	`1177`
CXB12/HiAJ	m	55.6	0.62	`1176`
CXB13/HiAJ	m	52.6	-0.72	`1242`
CXB13/HiAJ	m	58	1.53	`1230`
CXB13/HiAJ	m	54.7	0.16	`1229`
CXB13/HiAJ	m	55.9	0.66	`1208`
CXB13/HiAJ	m	55.9	0.66	`1207`
CXB13/HiAJ	m	51.3	-1.26	`1206`
CXB13/HiAJ	m	54.9	0.24	`1205`
CXB13/HiAJ	m	51.3	-1.26	`1241`
CXB1/ByJ	m	41.6	0.69	`1235`
CXB1/ByJ	m	38.4	-1.32	`1238`
CXB1/ByJ	m	41.9	0.88	`1237`
CXB1/ByJ	m	38.2	-1.45	`1236`
CXB1/ByJ	m	40	-0.32	`1174`
CXB1/ByJ	m	40.5	0.00	`1173`
CXB1/ByJ	m	42.6	1.32	`1172`
CXB1/ByJ	m	40.8	0.19	`1171`
CXB2/ByJ	m	34.7	-1.50	`1186`
CXB2/ByJ	m	49.7	1.13	`1185`
CXB2/ByJ	m	48.7	0.95	`1184`
CXB2/ByJ	m	41.5	-0.31	`1183`
CXB2/ByJ	m	45.2	0.34	`1188`
CXB2/ByJ	m	39.8	-0.61	`1187`
CXB3/ByJ	m	54.7	0.98	`1400`
CXB3/ByJ	m	49	0.25	`1408`
CXB3/ByJ	m	47.1	0.00	`1407`
CXB3/ByJ	m	49.3	0.28	`1406`
CXB3/ByJ	m	28.1	-2.44	`1405`
CXB3/ByJ	m	43.5	-0.46	`1404`
CXB3/ByJ	m	50.9	0.49	`1403`
CXB3/ByJ	m	48.8	0.22	`1402`
CXB3/ByJ	m	52.4	0.68	`1401`
CXB4/ByJ	m	45.2	0.11	`1189`
CXB4/ByJ	m	44.5	-0.52	`1198`
CXB4/ByJ	m	46.3	1.11	`1197`
CXB4/ByJ	m	47.1	1.83	`1196`
CXB4/ByJ	m	44.5	-0.52	`1195`
CXB4/ByJ	m	44.8	-0.25	`1192`
CXB4/ByJ	m	43.7	-1.24	`1191`
CXB4/ByJ	m	44.5	-0.52	`1190`
CXB6/ByJ	m	38.4	0.01	`1170`
CXB6/ByJ	m	31.4	-1.76	`1227`
CXB6/ByJ	m	34.8	-0.90	`1226`
CXB6/ByJ	m	40.8	0.62	`1225`
CXB6/ByJ	m	42.8	1.13	`1210`
CXB6/ByJ	m	39.4	0.27	`1209`
CXB6/ByJ	m	40.8	0.62	`1169`
CXB7/ByJ	m	44.9	-0.24	`1217`
CXB7/ByJ	m	45.4	0.59	`1211`
CXB7/ByJ	m	44.2	-1.39	`1212`
CXB7/ByJ	m	44.5	-0.89	`1214`
CXB7/ByJ	m	45.7	1.08	`1215`
CXB7/ByJ	m	45.8	1.25	`1216`
CXB7/ByJ	m	44.8	-0.40	`1218`
CXB8/HiAJ	m	45	-1.69	`1409`
CXB8/HiAJ	m	52.8	0.40	`1240`
CXB8/HiAJ	m	54.6	0.89	`1239`
CXB8/HiAJ	m	51.2	-0.03	`1220`
CXB8/HiAJ	m	52.9	0.43	`1219`
CXB9/HiAJ	m	38.1	-0.62	`1203`
CXB9/HiAJ	m	43.4	1.00	`1233`
CXB9/HiAJ	m	40.3	0.06	`1232`
CXB9/HiAJ	m	34.9	-1.59	`1231`
CXB9/HiAJ	m	39.1	-0.31	`1204`
CXB9/HiAJ	m	40.3	0.06	`1193`
CXB9/HiAJ	m	44.7	1.40	`1194`
DBA/2J	m	43.7	0.71	`932`
DBA/2J	m	33.6	-0.71	`931`
FVB/NJ	m	33	0.71	`929`
FVB/NJ	m	32.9	-0.71	`930`
KK/HlJ	m	26.7	-0.71	`988`
KK/HlJ	m	29.3	0.71	`989`
LG/J	m	54.8	0.71	`999`
LG/J	m	44	-0.71	`1000`
LP/J	m	45	-0.71	`967`
LP/J	m	48.1	0.71	`966`
MA/MyJ	m	41.1	0.71	`1117`
MA/MyJ	m	38.1	-0.71	`1116`
NZW/LacJ	m	30	-0.71	`971`
NZW/LacJ	m	47.8	0.71	`970`
PL/J	m	30.2	-0.71	`934`
PL/J	m	37	0.71	`933`
RIIIS/J	m	35.2	0.71	`1019`
RIIIS/J	m	34.5	-0.71	`1018`
SEA/GnJ	m	56.3	0.71	`1153`
SEA/GnJ	m	47.7	-0.71	`1152`
SJL/J	m	36.5	0.71	`986`
SJL/J	m	29.7	-0.71	`987`
SM/J	m	49	0.71	`973`
SM/J	m	42.9	-0.71	`972`