MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:63530 cDC2_of_tot percentage of splenic leukocytes that are cDC2 conventional dendritic cells [%]
Data set, strains	Lesage1 CC w/par 74 strains sex: both age: 5-8wks
Procedure	immune cell quantification

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
129S1/SvImJ	f	1.7	0.71	`129S_3`
129S1/SvImJ	f	1.2	-0.71	`129S_4`
129S1/SvImJ	m	1.05	-0.71	`129S_1`
129S1/SvImJ	m	1.29	0.71	`129S_2`
A/J	f	0.866	0.71	`AJ_3`
A/J	f	0.412	-0.71	`AJ_4`
A/J	m	0.792	0.71	`AJ_1`
A/J	m	0.72	-0.71	`AJ_2`
C57BL/6J	f	1.09	-0.24	`B6_445`
C57BL/6J	f	0.863	-0.55	`B6_452`
C57BL/6J	f	0.769	-0.68	`B6_453`
C57BL/6J	f	2.31	1.47	`B6_454`
C57BL/6J	m	1.29	0.0	`B6_451`
CAST/EiJ	f	1.77	0.71	`CAST_3`
CAST/EiJ	f	1.08	-0.71	`CAST_4`
CAST/EiJ	m	1.83	0.71	`CAST_1`
CAST/EiJ	m	1.28	-0.71	`CAST_2`
CC008/Geni	m	0.78	-0.71	`BOON_HF_2`
CC008/Geni	m	0.788	0.71	`BOON_HF_3`
CC010/Geni	f	0.539	-0.71	`NUK_AC_1`
CC010/Geni	f	0.841	0.71	`NUK_AC_2`
CC010/Geni	m	0.951	0.0	`NUK_AC_3`
CC012/Geni	f	0.44	-1.11	`DAVIS_BA_5`
CC012/Geni	f	0.771	0.84	`DAVIS_BA_7`
CC012/Geni	f	0.675	0.27	`DAVIS_BA_8`
CC012/Geni	m	0.479	0.21	`DAVIS_BA_1`
CC012/Geni	m	0.463	-0.28	`DAVIS_BA_2`
CC012/Geni	m	0.501	0.89	`DAVIS_BA_3`
CC012/Geni	m	0.421	-1.58	`DAVIS_BA_4`
CC012/Geni	m	0.497	0.77	`DAVIS_BA_6`
CC013/Geni	m	0.589	0.48	`GIG_EF_1`
CC013/Geni	m	0.609	0.67	`GIG_EF_2`
CC013/Geni	m	0.41	-1.15	`GIG_EF_3`
CC016/Geni	m	0.449	-0.23	`SAT_GA_1`
CC016/Geni	m	0.425	-0.86	`SAT_GA_2`
CC016/Geni	m	0.5	1.1	`SAT_GA_3`
CC020/Geni	f	0.705	0.0	`JUNIOR_GB_2`
CC020/Geni	m	0.795	0.71	`JUNIOR_GB_1`
CC020/Geni	m	0.687	-0.71	`JUNIOR_GB_3`
CC023/Geni	m	0.97	-0.23	`TOP_DA_1`
CC023/Geni	m	1.03	1.09	`TOP_DA_2`
CC023/Geni	m	0.941	-0.87	`TOP_DA_3`
CC024/Geni	f	0.904	0.71	`CIS_AD_2`
CC024/Geni	f	0.621	-0.71	`CIS_AD_3`
CC024/Geni	m	1.14	0.0	`CIS_AD_1`
CC025/Geni	f	0.938	0.18	`FEW_FD_1`
CC025/Geni	f	0.997	0.89	`FEW_FD_2`
CC025/Geni	f	0.833	-1.08	`FEW_FD_3`
CC026/Geni	m	0.481	1.15	`TAS_FE_1`
CC026/Geni	m	0.43	-0.51	`TAS_FE_2`
CC026/Geni	m	0.426	-0.64	`TAS_FE_3`
CC027/Geni	f	0.373	0.0	`TOFU_FB_1`
CC027/Geni	m	0.346	-0.71	`TOFU_FB_2`
CC027/Geni	m	0.365	0.71	`TOFU_FB_3`
CC030/Geni	f	0.55	-0.71	`ZIF2_FC_1`
CC030/Geni	f	0.628	0.71	`ZIF2_FC_2`
CC031/Geni	f	0.996	0.0	`WAB2_DH_1`
CC031/Geni	m	0.875	0.71	`WAB2_DH_2`
CC031/Geni	m	0.784	-0.71	`WAB2_DH_3`
CC032/Geni	m	1.19	-0.52	`BEM_AG_1`
CC032/Geni	m	1.17	-0.63	`BEM_AG_2`
CC032/Geni	m	1.49	1.15	`BEM_AG_3`
CC033/Geni	f	0.638	1.14	`YID_FH_1`
CC033/Geni	f	0.511	-0.73	`YID_FH_2`
CC033/Geni	f	0.533	-0.41	`YID_FH_3`
CC038/Geni	f	0.711	0.71	`ROGAN_CF_2`
CC038/Geni	f	0.53	-0.71	`ROGAN_CF_3`
CC038/Geni	m	0.775	0.0	`ROGAN_CF_1`
CC042/Geni	m	0.68	0.03	`BOM_GB_1`
CC042/Geni	m	0.612	-1.02	`BOM_GB_2`
CC042/Geni	m	0.742	0.98	`BOM_GB_3`
CC043/Geni	m	0.444	0.54	`PIPING_BD_1`
CC043/Geni	m	0.447	0.62	`PIPING_BD_2`
CC043/Geni	m	0.381	-1.15	`PIPING_BD_3`
CC056/Geni	f	0.877	0.0	`PUB_CD_1`
CC056/Geni	m	0.719	0.71	`PUB_CD_2`
CC056/Geni	m	0.679	-0.71	`PUB_CD_3`
CC061/Geni	m	1.15	1.08	`FIM_DF_1`
CC061/Geni	m	1.03	-0.18	`FIM_DF_2`
CC061/Geni	m	0.961	-0.9	`FIM_DF_3`
CIV2_FE	f	1.94	-0.12	`CIV2_FE_1`
CIV2_FE	f	2.52	1.06	`CIV2_FE_2`
CIV2_FE	f	1.54	-0.93	`CIV2_FE_3`
DET3_GA	m	0.545	-1.07	`DET3_GA_1`
DET3_GA	m	0.643	0.15	`DET3_GA_2`
DET3_GA	m	0.705	0.92	`DET3_GA_3`
DONNELL_HA	f	1.11	-0.71	`DONNELL_HA_2`
DONNELL_HA	f	1.86	0.71	`DONNELL_HA_5`
DONNELL_HA	m	1.31	-1.15	`DONNELL_HA_1`
DONNELL_HA	m	1.83	0.63	`DONNELL_HA_3`
DONNELL_HA	m	1.8	0.53	`DONNELL_HA_4`
FIV_AC	m	1.16	1.37	`FIV_AC_1`
FIV_AC	m	1.1	-0.06	`FIV_AC_2`
FIV_AC	m	1.06	-1.01	`FIV_AC_3`
FIV_AC	m	1.09	-0.3	`FIV_AC_4`
FUF_HE	f	1.42	1.02	`FUF_HE_1`
FUF_HE	f	1.21	-0.03	`FUF_HE_2`
FUF_HE	f	1.02	-0.98	`FUF_HE_3`
GALASUPREME_CE	m	1.14	0.97	`GALASUPREME_CE_1`
GALASUPREME_CE	m	1.09	0.06	`GALASUPREME_CE_2`
GALASUPREME_CE	m	1.03	-1.03	`GALASUPREME_CE_3`
GIT_GC	f	0.504	0.0	`GIT_GC_1`
GIT_GC	m	0.675	0.71	`GIT_GC_2`
GIT_GC	m	0.667	-0.71	`GIT_GC_3`
HAX2_EF	f	0.894	-1.12	`HAX2_EF_1`
HAX2_EF	f	1.01	0.31	`HAX2_EF_2`
HAX2_EF	f	1.05	0.81	`HAX2_EF_3`
HAZ_FE	f	1.38	0.0	`HAZ_FE_1`
HAZ_FE	m	1.42	-0.71	`HAZ_FE_2`
HAZ_FE	m	1.45	0.71	`HAZ_FE_3`
HIP_GA	f	0.888	0.0	`HIP_GA_3`
HIP_GA	m	1.12	-0.71	`HIP_GA_1`
HIP_GA	m	1.24	0.71	`HIP_GA_2`
HOE_GC	f	0.801	0.0	`HOE_GC_3`
HOE_GC	m	0.821	-0.71	`HOE_GC_1`
HOE_GC	m	1.12	0.71	`HOE_GC_2`
JUD_EF	m	1.24	-0.91	`JUD_EF_1`
JUD_EF	m	1.31	-0.81	`JUD_EF_2`
JUD_EF	m	2.36	0.74	`JUD_EF_3`
JUD_EF	m	2.53	0.99	`JUD_EF_4`
KAV_AF	f	1.88	0.0	`KAV_AF_1`
KAV_AF	f	1.88	0.0	`KAV_AF_2`
KAV_AF	m	2.27	0.0	`KAV_AF_3`
LAM_DC	f	0.284	0.0	`LAM_DC_3`
LAM_DC	m	0.353	0.71	`LAM_DC_1`
LAM_DC	m	0.313	-0.71	`LAM_DC_2`
LAT_HD	f	1.4	0.71	`LAT_HD_3`
LAT_HD	f	1.53	1.06	`LAT_HD_4`
LAT_HD	f	0.96	-0.46	`LAT_HD_5`
LAT_HD	f	0.58	-1.47	`LAT_HD_6`
LAT_HD	f	1.19	0.15	`LAT_HD_7`
LAT_HD	m	1.02	0.0	`LAT_HD_1`
LAT_HD	m	1.02	0.0	`LAT_HD_2`
LAX_FC	f	0.467	0.0	`LAX_FC_2`
LAX_FC	m	0.729	0.0	`LAX_FC_1`
LEL_FH	m	2.53	-0.71	`LEL_FH_1`
LEL_FH	m	2.86	0.71	`LEL_FH_2`
LIP_BG	f	1.52	-0.34	`LIP_BG_1`
LIP_BG	f	1.27	-1.25	`LIP_BG_2`
LIP_BG	f	1.88	0.96	`LIP_BG_3`
LIP_BG	f	1.79	0.63	`LIP_BG_4`
LIP_BG	m	1.68	0.0	`LIP_BG_5`
LIV_DA	f	1.0	0.0	`LIV_DA_1`
LIV_DA	m	0.895	-0.71	`LIV_DA_2`
LIV_DA	m	1.04	0.71	`LIV_DA_3`
LOD_AE	f	0.986	-1.15	`LOD_AE_1`
LOD_AE	f	1.1	0.5	`LOD_AE_2`
LOD_AE	f	1.11	0.65	`LOD_AE_3`
LOM_BG	m	0.856	-0.61	`LOM_BG_1`
LOM_BG	m	1.25	1.15	`LOM_BG_2`
LOM_BG	m	0.869	-0.55	`LOM_BG_3`
LOT_FC	f	0.881	0.56	`LOT_FC_1`
LOT_FC	f	0.709	-0.97	`LOT_FC_2`
LOT_FC	f	0.748	-0.62	`LOT_FC_3`
LOT_FC	f	0.819	0.01	`LOT_FC_4`
LOT_FC	f	0.742	-0.68	`LOT_FC_5`
LOT_FC	f	1.01	1.7	`LOT_FC_6`
LUF_AD	m	0.943	-0.18	`LUF_AD_1`
LUF_AD	m	0.688	-1.65	`LUF_AD_2`
LUF_AD	m	1.13	0.9	`LUF_AD_3`
LUF_AD	m	1.07	0.55	`LUF_AD_4`
LUF_AD	m	1.04	0.38	`LUF_AD_5`
LUG_EH	m	0.581	1.15	`LUG_EH_1`
LUG_EH	m	0.491	-0.62	`LUG_EH_2`
LUG_EH	m	0.495	-0.54	`LUG_EH_3`
LUV_DG	m	1.14	1.32	`LUV_DG_1`
LUV_DG	m	0.956	0.18	`LUV_DG_2`
LUV_DG	m	0.774	-0.96	`LUV_DG_3`
LUV_DG	m	0.84	-0.55	`LUV_DG_4`
LUZ_FH	f	0.898	0.16	`LUZ_FH_1`
LUZ_FH	f	0.954	0.46	`LUZ_FH_2`
LUZ_FH	f	1.02	0.82	`LUZ_FH_3`
LUZ_FH	f	0.599	-1.45	`LUZ_FH_4`
LUZ_FH	m	0.929	0.0	`LUZ_FH_5`
MERCURI_HF	m	0.255	0.37	`MERCURI_HF_1`
MERCURI_HF	m	0.26	0.76	`MERCURI_HF_2`
MERCURI_HF	m	0.236	-1.13	`MERCURI_HF_3`
NOD/ShiLtJ	f	1.32	-0.71	`NOD_2189`
NOD/ShiLtJ	f	1.49	0.71	`NOD_2190`
NOD/ShiLtJ	m	1.38	-0.71	`NOD_2187`
NOD/ShiLtJ	m	1.61	0.71	`NOD_2188`
NZO/HlLtJ	f	0.782	0.71	`NZO_3`
NZO/HlLtJ	f	0.496	-0.71	`NZO_4`
NZO/HlLtJ	m	0.725	0.71	`NZO_1`
NZO/HlLtJ	m	0.522	-0.71	`NZO_2`
PAT_CD	m	0.287	-1.11	`PAT_CD_1`
PAT_CD	m	0.351	0.27	`PAT_CD_2`
PAT_CD	m	0.377	0.83	`PAT_CD_3`
PEF_EC	f	0.587	-0.5	`PEF_EC_4`
PEF_EC	f	0.574	-0.65	`PEF_EC_5`
PEF_EC	f	0.728	1.15	`PEF_EC_6`
PEF_EC	m	0.555	-1.11	`PEF_EC_1`
PEF_EC	m	0.715	0.29	`PEF_EC_2`
PEF_EC	m	0.776	0.82	`PEF_EC_3`
POH_DC	f	0.665	-0.98	`POH_DC_1`
POH_DC	f	0.808	1.02	`POH_DC_2`
POH_DC	f	0.733	-0.03	`POH_DC_3`
PWK/PhJ	f	1.13	-0.71	`PWK_3`
PWK/PhJ	f	1.28	0.71	`PWK_4`
PWK/PhJ	m	1.11	-0.71	`PWK_1`
PWK/PhJ	m	1.82	0.71	`PWK_2`
SEH_AH	f	1.43	0.0	`SEH_AH_5`
SEH_AH	m	1.36	-0.06	`SEH_AH_1`
SEH_AH	m	1.31	-1.36	`SEH_AH_2`
SEH_AH	m	1.38	0.45	`SEH_AH_3`
SEH_AH	m	1.4	0.97	`SEH_AH_4`
STUCKY_HF	f	0.956	-0.34	`STUCKY_HF_1`
STUCKY_HF	f	0.905	-0.79	`STUCKY_HF_2`
STUCKY_HF	f	1.12	1.12	`STUCKY_HF_4`
STUCKY_HF	m	1.34	0.0	`STUCKY_HF_3`
VIT_ED	f	0.989	1.05	`VIT_ED_1`
VIT_ED	f	0.942	-0.12	`VIT_ED_2`
VIT_ED	f	0.909	-0.94	`VIT_ED_3`
VUX2_HF	m	1.64	-0.95	`VUX2_HF_1`
VUX2_HF	m	1.81	-0.09	`VUX2_HF_2`
VUX2_HF	m	2.03	1.04	`VUX2_HF_3`
WAD	f	0.578	1.15	`WAD_1`
WAD	f	0.367	-0.53	`WAD_2`
WAD	f	0.355	-0.62	`WAD_3`
WSB/EiJ	f	1.54	0.71	`WSB_3`
WSB/EiJ	f	0.669	-0.71	`WSB_4`
WSB/EiJ	m	0.983	0.71	`WSB_1`
WSB/EiJ	m	0.69	-0.71	`WSB_2`
XAD8_BG	f	0.95	0.0	`XAD8_BG_4`
XAD8_BG	m	0.862	0.2	`XAD8_BG_1`
XAD8_BG	m	0.898	0.89	`XAD8_BG_2`
XAD8_BG	m	0.795	-1.08	`XAD8_BG_3`
XAH3_GH	m	0.95	-0.63	`XAH3_GH_1`
XAH3_GH	m	0.965	-0.52	`XAH3_GH_2`
XAH3_GH	m	1.18	1.15	`XAH3_GH_3`
XAS4_AF	m	0.992	1.11	`XAS4_AF_1`
XAS4_AF	m	0.773	-0.83	`XAS4_AF_2`
XAS4_AF	m	0.835	-0.28	`XAS4_AF_3`
XAV_AH	m	0.683	-0.68	`XAV_AH_1`
XAV_AH	m	0.859	1.15	`XAV_AH_2`
XAV_AH	m	0.704	-0.46	`XAV_AH_3`
XAW2_CD	m	0.547	-0.71	`XAW2_CD_1`
XAW2_CD	m	0.687	0.71	`XAW2_CD_2`
XEB2_AG	f	2.02	-0.91	`XEB2_AG_4`
XEB2_AG	f	2.08	-0.16	`XEB2_AG_5`
XEB2_AG	f	2.18	1.07	`XEB2_AG_6`
XEB2_AG	m	1.73	-0.85	`XEB2_AG_1`
XEB2_AG	m	2.15	1.1	`XEB2_AG_2`
XEB2_AG	m	1.86	-0.25	`XEB2_AG_3`
XEB_AF	f	1.71	-0.71	`XEB_AF_1`
XEB_AF	f	2.0	0.71	`XEB_AF_2`
XEB_AF	m	1.67	0.0	`XEB_AF_3`
XEQ_EH	m	1.35	1.03	`XEQ_EH_1`
XEQ_EH	m	0.907	-0.97	`XEQ_EH_2`
XEQ_EH	m	1.11	-0.06	`XEQ_EH_3`
XXEN2_DC	m	0.655	1.11	`XXEN2_DC_1`
XXEN2_DC	m	0.574	-0.27	`XXEN2_DC_2`
XXEN2_DC	m	0.541	-0.84	`XXEN2_DC_3`
XXEN3_DC	f	0.789	0.0	`XXEN3_DC_1`
XXEN3_DC	m	0.979	0.0	`XXEN3_DC_2`
YOX_DE	m	1.75	1.15	`YOX_DE_1`
YOX_DE	m	1.54	-0.54	`YOX_DE_2`
YOX_DE	m	1.53	-0.62	`YOX_DE_3`