MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:112907 antici_incorrect_cc_acq_Binghamton mean number of anticipatory nose pokes made in incorrect flanking hole without prior successful nose poke in central hole (reversal learning assay), CC [n] acquisition
Data set, strains	CSNA03 CC w/par 18 strains sex: both age:
Procedure	operant conditioning chamber

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
129S1/SvImJ	f	0.19	-0.51	`1129F2`
129S1/SvImJ	f	0.1764	-0.55	`2129F4`
129S1/SvImJ	f	0.447	0.22	`2129F6`
129S1/SvImJ	f	1.0	1.78	`3129F8`
129S1/SvImJ	f	0.05882	-0.88	`3129M7`
129S1/SvImJ	f	0.06349	-0.87	`4129F10`
129S1/SvImJ	f	0.66087	0.82	`4129F12`
129S1/SvImJ	m	0.14	-0.68	`1129M1`
129S1/SvImJ	m	0.56	0.08	`1129M3`
129S1/SvImJ	m	1.2769	1.38	`2129M5`
129S1/SvImJ	m	0.08197	-0.79	`4129M11`
A/J	f	0.16	-0.75	`1AJF1`
A/J	f	0.89	0.5	`1AJF3`
A/J	f	0.406	-0.33	`2AJF5`
A/J	f	1.4675	1.5	`3AJF9`
A/J	f	0.06897	-0.91	`4AJF11`
A/J	m	0.41	-0.58	`1AJM2`
A/J	m	0.359	-0.64	`2AJM4`
A/J	m	0.277	-0.74	`2AJM6`
A/J	m	0.65	-0.29	`3AJM8`
A/J	m	2.42	1.86	`4AJM10`
A/J	m	1.203	0.38	`4AJM12`
C57BL/6J	f	0.38	1.37	`1C57F2`
C57BL/6J	f	0.25	-0.12	`2C57F4`
C57BL/6J	f	0.1346	-1.45	`3C57F8`
C57BL/6J	f	0.26866	0.09	`4C57F10`
C57BL/6J	f	0.27049	0.11	`4C57F12`
C57BL/6J	m	0.16667	0.2	`1C57M3`
C57BL/6J	m	0.107	-1.26	`2C57M5`
C57BL/6J	m	0.15	-0.21	`3C57M7`
C57BL/6J	m	0.22	1.51	`3C57M9`
C57BL/6J	m	0.14894	-0.23	`4C57M11`
CAST/EiJ	f	0.484	1.89	`1CASTF1`
CAST/EiJ	f	0.1	-0.57	`1CASTF2`
CAST/EiJ	f	0.11	-0.51	`2CASTF4`
CAST/EiJ	f	0.1086	-0.52	`2CASTF6`
CAST/EiJ	f	0.0869	-0.66	`3CASTF8`
CAST/EiJ	f	0.246	0.36	`4CASTF12`
CAST/EiJ	m	0.18	1.36	`1CASTM1`
CAST/EiJ	m	0.08	-0.07	`3CASTM7`
CAST/EiJ	m	0.0123	-1.04	`3CASTM9`
CAST/EiJ	m	0.0675	-0.25	`4CASTM11`
CC002/UncJ	f	0.058	-0.67	`5CC002F2`
CC002/UncJ	f	0.5714	1.15	`6CC002F4`
CC002/UncJ	f	0.114	-0.48	`6CC002F6`
CC002/UncJ	m	0.1889	0.0	`6CC002M5`
CC004/TauUncJ	f	1.534	1.41	`4CC04F4`
CC004/TauUncJ	f	0.5942	0.02	`4CC04F6`
CC004/TauUncJ	f	0.09375	-0.73	`5CC04F7`
CC004/TauUncJ	f	0.113	-0.7	`6CC004F11`
CC004/TauUncJ	m	0.5298	0.36	`3CC04M1`
CC004/TauUncJ	m	0.87898	1.5	`3CC04M3`
CC004/TauUncJ	m	0.108	-1.01	`4CC04M5`
CC004/TauUncJ	m	0.61111	0.63	`5CC04M7`
CC004/TauUncJ	m	0.2586	-0.52	`5CC04M9`
CC004/TauUncJ	m	0.125	-0.96	`6CC004M12`
CC006/TauUncJ	f	0.145	0.02	`5CC006F2`
CC006/TauUncJ	f	0.02344	-1.01	`6CC006F4`
CC006/TauUncJ	f	0.2608	0.99	`6CC006F6`
CC006/TauUncJ	m	0.286	0.1	`5CC006M1`
CC006/TauUncJ	m	0.158	-1.05	`5CC006M3`
CC006/TauUncJ	m	0.38	0.95	`6CC006M5`
CC011/UncJ	f	0.28	0.71	`5CC011F1`
CC011/UncJ	f	0.0556	-0.71	`5CC011F3`
CC011/UncJ	m	0.0545	-0.71	`5CC011M2`
CC011/UncJ	m	0.756	0.71	`6CC011M6`
CC012/GeniUncJ	f	0.913	0.98	`5CC012F2`
CC012/GeniUncJ	f	0.1	-1.02	`6CC012F4`
CC012/GeniUncJ	f	0.52778	0.03	`6CC012F6`
CC012/GeniUncJ	m	1.4716	1.15	`5CC012M1`
CC012/GeniUncJ	m	0.2597	-0.59	`5CC012M3`
CC012/GeniUncJ	m	0.284	-0.56	`6CC012M5`
CC025/GeniUncJ	f	0.6818	0.0	`6CC025F5`
CC025/GeniUncJ	m	1.79	0.71	`5CC025M2`
CC025/GeniUncJ	m	0.611	-0.71	`6CC025M6`
CC028/GeniUncJ	f	0.3478	0.71	`6CC028F4`
CC028/GeniUncJ	f	0.2173	-0.71	`6CC028F6`
CC028/GeniUncJ	m	0.26	-0.82	`5CC028M1`
CC028/GeniUncJ	m	0.481	1.11	`5CC028M3`
CC028/GeniUncJ	m	0.3203	-0.29	`6CC028M5`
CC032/GeniUncJ	f	0.212	0.71	`5CC032F3`
CC032/GeniUncJ	f	0.15	-0.71	`6CC032F5`
CC032/GeniUncJ	m	0.2178	-0.55	`5CC032M2`
CC032/GeniUncJ	m	3.846	1.15	`6CC032M4`
CC032/GeniUncJ	m	0.1118	-0.6	`6CC032M6`
CC041/TauUncJ	f	0.4473	-0.01	`3CC41F1`
CC041/TauUncJ	f	0.1515	-0.77	`3CC41F3`
CC041/TauUncJ	f	0.78	0.84	`4CC41F5`
CC041/TauUncJ	f	1.0492	1.52	`5CC041F8`
CC041/TauUncJ	f	0.04166	-1.05	`6CC041F10`
CC041/TauUncJ	f	0.239	-0.54	`6CC041F12`
CC041/TauUncJ	m	0.888	-0.12	`4CC41M4`
CC041/TauUncJ	m	0.5588	-0.7	`4CC41M6`
CC041/TauUncJ	m	1.8626	1.58	`5CC041M7`
CC041/TauUncJ	m	1.0778	0.21	`5CC041M9`
CC041/TauUncJ	m	0.40677	-0.97	`6CC041M11`
CC061/GeniUncJ	f	0.6	0.97	`5CC061F1`
CC061/GeniUncJ	f	0.2428	-1.03	`5CC061F3`
CC061/GeniUncJ	f	0.436	0.05	`6CC061F5`
CC061/GeniUncJ	m	0.178	-0.56	`5CC061M2`
CC061/GeniUncJ	m	0.15	-0.59	`6CC061M4`
CC061/GeniUncJ	m	1.72	1.15	`6CC061M6`
NOD/ShiLtJ	f	0.25	-0.93	`1NODF1`
NOD/ShiLtJ	f	0.45	-0.48	`1NODF3`
NOD/ShiLtJ	f	0.41	-0.57	`2NODF5`
NOD/ShiLtJ	f	0.87	0.45	`3NODF7`
NOD/ShiLtJ	f	1.3611	1.54	`4NODF11`
NOD/ShiLtJ	m	0.2	-1.41	`1NODM2`
NOD/ShiLtJ	m	0.56	0.14	`2NODM6`
NOD/ShiLtJ	m	0.808	1.2	`3NODM7`
NOD/ShiLtJ	m	0.66008	0.57	`4NODM10`
NOD/ShiLtJ	m	0.4127	-0.49	`4NODM12`
NZO/HlLtJ	f	2.28	1.92	`1NZOF1`
NZO/HlLtJ	f	0.27	-0.95	`1NZOF3`
NZO/HlLtJ	f	0.75	-0.27	`2NZOF5`
NZO/HlLtJ	f	0.87755	-0.08	`2NZOF6`
NZO/HlLtJ	f	0.52857	-0.58	`3NZOF7`
NZO/HlLtJ	f	0.91566	-0.03	`3NZOF9`
NZO/HlLtJ	m	0.13	-1.37	`1NZOM2`
NZO/HlLtJ	m	0.4	-0.04	`3NZOM8`
NZO/HlLtJ	m	0.6	0.95	`4NZOM10`
NZO/HlLtJ	m	0.5	0.46	`4NZOM12`
PWK/PhJ	f	0.48	1.1	`1PWKF2`
PWK/PhJ	f	0.37	0.59	`2PWKF6`
PWK/PhJ	f	0.0625	-0.84	`4PWKF10`
PWK/PhJ	f	0.0613	-0.85	`4PWKF12`
PWK/PhJ	m	0.26	0.31	`1PWKM1`
PWK/PhJ	m	0.1	-0.93	`1PWKM3`
PWK/PhJ	m	0.299	0.61	`2PWKM5`
PWK/PhJ	m	0.41463	1.5	`3PWKM7`
PWK/PhJ	m	0.17557	-0.34	`3PWKM9`
PWK/PhJ	m	0.07216	-1.14	`4PWKM11`
WSB/EiJ	f	0.1	-1.05	`1WSBF1`
WSB/EiJ	f	0.3157	0.1	`1WSBF3`
WSB/EiJ	f	0.22619	-0.38	`3WSBF7`
WSB/EiJ	f	0.54737	1.32	`4WSBF11`
WSB/EiJ	m	0.288	-0.22	`1WSBM2`
WSB/EiJ	m	0.60577	1.38	`3WSBM8`
WSB/EiJ	m	0.13043	-1.01	`4WSBM10`
WSB/EiJ	m	0.29897	-0.16	`4WSBM12`