MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:35802 capsaicin_05 capsaicin solution consumption, percentage of baseline [%] concentration: 0.5 µM
Data set, strains	Koide2 wild-derived Mishima 14 strains sex: both age: 8-12wks
Procedure	nociception assay

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Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
BALB/cAnN	f	98.0	1.27	`99a`
BALB/cAnN	f	86.8	0.80	`92c`
BALB/cAnN	f	78.0	0.43	`92b`
BALB/cAnN	f	84.2	0.69	`92a`
BALB/cAnN	f	79.0	0.47	`91d`
BALB/cAnN	f	55.2	-0.53	`91c`
BALB/cAnN	f	68.8	0.04	`90d`
BALB/cAnN	f	62.8	-0.21	`90c`
BALB/cAnN	f	50.2	-0.74	`89a`
BALB/cAnN	f	14.8	-2.23	`99b`
BALB/cAnN	m	84.3	0.90	`99C`
BALB/cAnN	m	75.2	0.54	`91C`
BALB/cAnN	m	48.5	-0.51	`89B`
BALB/cAnN	m	16.2	-1.79	`89A`
BALB/cAnN	m	24.6	-1.46	`87C`
BALB/cAnN	m	92.1	1.21	`99B`
BALB/cAnN	m	80.5	0.75	`99A`
BALB/cAnN	m	59.1	-0.10	`92B`
BALB/cAnN	m	74.2	0.50	`91A:828m`
BALB/cAnN	m	60.5	-0.04	`92A`
BFM/2Ms	f	79.5	0.16	`275b`
BFM/2Ms	f	76.4	-0.05	`275a`
BFM/2Ms	f	73.9	-0.21	`274b`
BFM/2Ms	f	55.1	-1.45	`274a`
BFM/2Ms	f	75.2	-0.12	`272a`
BFM/2Ms	f	73.8	-0.22	`271e`
BFM/2Ms	f	102	1.65	`30a`
BFM/2Ms	f	90.4	0.88	`282c`
BFM/2Ms	f	53.6	-1.55	`282b`
BFM/2Ms	f	90.9	0.91	`282a`
BFM/2Ms	m	84.2	0.00	`272C`
BFM/2Ms	m	104	1.00	`272B`
BFM/2Ms	m	80.2	-0.20	`272A`
BFM/2Ms	m	84.0	-0.01	`272E`
BFM/2Ms	m	99.2	0.76	`273A`
BFM/2Ms	m	46.8	-1.88	`273B`
BFM/2Ms	m	57.4	-1.35	`273D`
BFM/2Ms	m	92.9	0.44	`30A`
BFM/2Ms	m	82.0	-0.11	`273C`
BFM/2Ms	m	111	1.35	`272D`
BLG2/Ms	f	75.6	-0.93	`29b:116f`
BLG2/Ms	f	76.1	-0.89	`29a:116f`
BLG2/Ms	f	85.4	-0.07	`31b`
BLG2/Ms	f	94.1	0.70	`31c`
BLG2/Ms	f	85.0	-0.10	`31d`
BLG2/Ms	f	82.8	-0.30	`31e`
BLG2/Ms	f	87.7	0.14	`31a`
BLG2/Ms	f	104	1.57	`270a`
BLG2/Ms	f	102	1.40	`271a`
BLG2/Ms	f	69.0	-1.52	`29c:116f`
BLG2/Ms	m	90.5	-0.25	`271B`
BLG2/Ms	m	80.5	-2.18	`271C`
BLG2/Ms	m	93.5	0.33	`271D`
BLG2/Ms	m	88.8	-0.58	`269C`
BLG2/Ms	m	99.1	1.41	`269A`
BLG2/Ms	m	92.0	0.04	`269B`
BLG2/Ms	m	88.4	-0.65	`269D`
BLG2/Ms	m	96.4	0.89	`270A`
BLG2/Ms	m	93.7	0.37	`270B`
BLG2/Ms	m	95.0	0.62	`271A`
C57BL/6J	f	83.7	0.25	`175d`
C57BL/6J	f	96.3	0.63	`173c`
C57BL/6J	f	146	2.14	`173b`
C57BL/6J	f	87.4	0.36	`173a`
C57BL/6J	f	79.1	0.11	`163c`
C57BL/6J	f	30.1	-1.37	`162e`
C57BL/6J	f	65.1	-0.31	`162d`
C57BL/6J	f	49.1	-0.79	`162c`
C57BL/6J	f	39.0	-1.10	`159a`
C57BL/6J	f	77.7	0.07	`173d`
C57BL/6J	m	40.4	-1.02	`161B`
C57BL/6J	m	93.7	1.45	`172B`
C57BL/6J	m	81.4	0.88	`172A`
C57BL/6J	m	70.8	0.39	`166B`
C57BL/6J	m	91.0	1.32	`166A`
C57BL/6J	m	64.1	0.07	`161A`
C57BL/6J	m	35.5	-1.25	`159D`
C57BL/6J	m	59.6	-0.13	`159C`
C57BL/6J	m	37.8	-1.14	`159B`
C57BL/6J	m	50.6	-0.55	`159A`
CAST/EiJ	f	90.9	-0.24	`455a`
CAST/EiJ	f	106	0.83	`467c`
CAST/EiJ	f	71.4	-1.63	`465b`
CAST/EiJ	f	77.5	-1.19	`465a`
CAST/EiJ	f	86.7	-0.54	`457c`
CAST/EiJ	f	91.9	-0.17	`456a`
CAST/EiJ	f	96.0	0.12	`455e`
CAST/EiJ	f	110	1.11	`455d`
CAST/EiJ	f	95.8	0.11	`455c`
CAST/EiJ	f	117	1.61	`455b`
CAST/EiJ	m	92.7	-0.30	`456A`
CAST/EiJ	m	91.7	-0.35	`464A`
CAST/EiJ	m	52.6	-2.02	`459C`
CAST/EiJ	m	148	2.06	`459B`
CAST/EiJ	m	102	0.09	`458C`
CAST/EiJ	m	115	0.65	`458B`
CAST/EiJ	m	99.1	-0.03	`458A`
CAST/EiJ	m	95.9	-0.17	`456D`
CAST/EiJ	m	100	0.01	`456C`
CAST/EiJ	m	101	0.05	`456B`
CHD/Ms	f	94.4	0.65	`45b`
CHD/Ms	f	92.5	0.57	`46d`
CHD/Ms	f	86.2	0.29	`55b`
CHD/Ms	f	92.6	0.57	`42a`
CHD/Ms	f	82.6	0.13	`42b`
CHD/Ms	f	76.9	-0.11	`42c`
CHD/Ms	f	16.8	-2.73	`43a`
CHD/Ms	f	80.0	0.02	`44a`
CHD/Ms	f	79.7	0.01	`44b`
CHD/Ms	f	93.4	0.60	`45a`
CHD/Ms	m	75.5	-0.12	`56B`
CHD/Ms	m	112	1.57	`60A`
CHD/Ms	m	96.6	0.86	`60B`
CHD/Ms	m	83.2	0.24	`52A`
CHD/Ms	m	53.6	-1.13	`52B`
CHD/Ms	m	85.5	0.34	`55A`
CHD/Ms	m	97.8	0.91	`55B`
CHD/Ms	m	77.5	-0.03	`55C`
CHD/Ms	m	50.2	-1.29	`56A`
CHD/Ms	m	49.0	-1.35	`56C`
DBA/1J	f	58.7	0.11	`67b`
DBA/1J	f	79.7	1.08	`70a`
DBA/1J	f	65.0	0.41	`70b`
DBA/1J	f	16.7	-1.82	`68a`
DBA/1J	f	32.8	-1.08	`68b`
DBA/1J	f	50.5	-0.26	`69a`
DBA/1J	f	80.1	1.10	`69b`
DBA/1J	f	39.6	-0.77	`69c`
DBA/1J	f	58.3	0.10	`67a`
DBA/1J	f	80.7	1.13	`67c`
DBA/1J	m	80.8	1.27	`73A`
DBA/1J	m	72.0	0.54	`67A`
DBA/1J	m	74.8	0.78	`67B`
DBA/1J	m	67.7	0.19	`68A`
DBA/1J	m	64.2	-0.10	`68B`
DBA/1J	m	42.7	-1.89	`69A`
DBA/1J	m	79.2	1.14	`69B`
DBA/1J	m	57.1	-0.69	`69C`
DBA/1J	m	53.2	-1.02	`70A`
DBA/1J	m	62.9	-0.21	`70B`
HMI/Ms	f	94.1	-0.65	`347b`
HMI/Ms	f	109	0.60	`334b`
HMI/Ms	f	110	0.68	`334a`
HMI/Ms	f	130	2.35	`32a`
HMI/Ms	f	91.5	-0.86	`330a`
HMI/Ms	f	96.0	-0.49	`333a`
HMI/Ms	f	94.2	-0.64	`349c`
HMI/Ms	f	104	0.18	`349b`
HMI/Ms	f	97.4	-0.37	`349a`
HMI/Ms	f	92.1	-0.81	`347a`
HMI/Ms	m	64.8	-0.45	`331B`
HMI/Ms	m	68.6	-0.42	`331A`
HMI/Ms	m	105	-0.10	`330D`
HMI/Ms	m	88.6	-0.24	`330C`
HMI/Ms	m	438	2.76	`330B`
HMI/Ms	m	103	-0.12	`330A`
HMI/Ms	m	114	-0.03	`341A`
HMI/Ms	m	79.8	-0.32	`340B`
HMI/Ms	m	93.8	-0.20	`340A`
HMI/Ms	m	14.6	-0.88	`331C`
JF1/MsJ	f	97.8	0.37	`234c`
JF1/MsJ	f	91.4	-0.09	`234a`
JF1/MsJ	f	99.4	0.49	`239b`
JF1/MsJ	f	116	1.70	`250b`
JF1/MsJ	f	108	1.11	`239c`
JF1/MsJ	f	80.4	-0.89	`239d`
JF1/MsJ	f	97.9	0.38	`239a`
JF1/MsJ	f	83.0	-0.70	`236b`
JF1/MsJ	f	81.2	-0.83	`236a`
JF1/MsJ	f	71.4	-1.54	`234b`
JF1/MsJ	m	67.5	-0.55	`250B`
JF1/MsJ	m	43.4	-1.21	`234C`
JF1/MsJ	m	112	0.68	`235A`
JF1/MsJ	m	76.3	-0.31	`235B`
JF1/MsJ	m	106	0.51	`235C`
JF1/MsJ	m	94.4	0.19	`236A`
JF1/MsJ	m	76.9	-0.29	`236B`
JF1/MsJ	m	171	2.30	`247B`
JF1/MsJ	m	53.0	-0.95	`234A:121m`
JF1/MsJ	m	73.8	-0.37	`234B:121m`
KJR/Ms	f	19.9	-2.60	`82f`
KJR/Ms	f	87.4	-0.15	`82g`
KJR/Ms	f	94.9	0.12	`82h`
KJR/Ms	f	98.8	0.26	`80a`
KJR/Ms	f	91.9	0.01	`80b`
KJR/Ms	f	95.6	0.15	`80c`
KJR/Ms	f	97.7	0.22	`81a`
KJR/Ms	f	90.0	-0.06	`81b`
KJR/Ms	f	117	0.92	`82d`
KJR/Ms	f	122	1.11	`82e`
KJR/Ms	m	103	1.51	`82B`
KJR/Ms	m	93.0	-0.59	`82E`
KJR/Ms	m	94.2	-0.33	`82D`
KJR/Ms	m	87.8	-1.67	`82C`
KJR/Ms	m	93.8	-0.42	`81C`
KJR/Ms	m	100	0.88	`81B`
KJR/Ms	m	90.3	-1.15	`81A`
KJR/Ms	m	97.3	0.31	`80A`
KJR/Ms	m	99.8	0.84	`79A`
KJR/Ms	m	98.8	0.63	`91A:118m`
MSM/MsJ	f	96.2	0.42	`308b`
MSM/MsJ	f	101	0.79	`308a`
MSM/MsJ	f	90.2	-0.04	`307b`
MSM/MsJ	f	85.6	-0.39	`307a`
MSM/MsJ	f	85.4	-0.40	`304c`
MSM/MsJ	f	91.3	0.05	`304b`
MSM/MsJ	f	86.8	-0.30	`304a`
MSM/MsJ	f	81.6	-0.69	`309b`
MSM/MsJ	f	69.5	-1.62	`309a`
MSM/MsJ	f	119	2.17	`308c`
MSM/MsJ	m	79.6	-0.63	`308E`
MSM/MsJ	m	107	-0.06	`308D`
MSM/MsJ	m	242	2.76	`308C`
MSM/MsJ	m	85.3	-0.51	`308B`
MSM/MsJ	m	109	-0.02	`308A`
MSM/MsJ	m	83.1	-0.56	`304B`
MSM/MsJ	m	92.6	-0.36	`304A`
MSM/MsJ	m	96.1	-0.29	`308H`
MSM/MsJ	m	88.7	-0.44	`308G`
MSM/MsJ	m	116	0.13	`308F`
NJL/Ms	f	101	-0.18	`231b`
NJL/Ms	f	102	-0.09	`243b`
NJL/Ms	f	101	-0.18	`243a`
NJL/Ms	f	82.1	-1.76	`238g`
NJL/Ms	f	97.1	-0.50	`238f`
NJL/Ms	f	124	1.74	`238e`
NJL/Ms	f	113	0.82	`235c`
NJL/Ms	f	93.1	-0.84	`235b`
NJL/Ms	f	102	-0.09	`235a`
NJL/Ms	f	116	1.08	`231a`
NJL/Ms	m	91.2	0.56	`232A`
NJL/Ms	m	89.8	0.49	`238A`
NJL/Ms	m	87.5	0.37	`238B`
NJL/Ms	m	84.7	0.23	`238C`
NJL/Ms	m	47.4	-1.64	`240B`
NJL/Ms	m	51.8	-1.42	`243A`
NJL/Ms	m	61.4	-0.94	`243B`
NJL/Ms	m	104	1.20	`234A:115m`
NJL/Ms	m	102	1.10	`234B:115m`
NJL/Ms	m	81.3	0.06	`232B`
PGN2/Ms	f	89.1	0.57	`29a:110f`
PGN2/Ms	f	61.2	-1.81	`28c`
PGN2/Ms	f	75.2	-0.61	`28b`
PGN2/Ms	f	93.7	0.97	`28a`
PGN2/Ms	f	79.8	-0.22	`26b`
PGN2/Ms	f	80.6	-0.15	`26a`
PGN2/Ms	f	97.6	1.30	`24b`
PGN2/Ms	f	68.4	-1.19	`24a`
PGN2/Ms	f	85.1	0.23	`29c:110f`
PGN2/Ms	f	93.2	0.92	`29b:110f`
PGN2/Ms	m	86.4	-0.12	`21B`
PGN2/Ms	m	89.8	0.21	`26A`
PGN2/Ms	m	89.5	0.18	`26B`
PGN2/Ms	m	80.5	-0.70	`26C`
PGN2/Ms	m	76.6	-1.09	`26D`
PGN2/Ms	m	71.2	-1.62	`41A`
PGN2/Ms	m	104	1.61	`41B`
PGN2/Ms	m	84.0	-0.36	`21E`
PGN2/Ms	m	99.6	1.18	`21D`
PGN2/Ms	m	94.8	0.71	`21C`
SWN/Ms	f	89.7	-0.11	`277a`
SWN/Ms	f	85.6	-0.28	`286b`
SWN/Ms	f	71.1	-0.88	`286a`
SWN/Ms	f	145	2.18	`285c`
SWN/Ms	f	100	0.31	`277e`
SWN/Ms	f	107	0.60	`285b`
SWN/Ms	f	92.2	-0.01	`277d`
SWN/Ms	f	89.2	-0.13	`277b`
SWN/Ms	f	92.9	0.02	`277c`
SWN/Ms	f	51.4	-1.70	`285a`
SWN/Ms	m	88.2	-0.23	`278A`
SWN/Ms	m	81.1	-0.63	`276C`
SWN/Ms	m	124	1.80	`276B`
SWN/Ms	m	58.8	-1.89	`276A`
SWN/Ms	m	93.8	0.09	`286A`
SWN/Ms	m	98.4	0.35	`286B`
SWN/Ms	m	103	0.61	`286C`
SWN/Ms	m	107	0.84	`285B`
SWN/Ms	m	79.4	-0.72	`285A`
SWN/Ms	m	88.3	-0.22	`276D`