MPD: Individual animal measured values

Individual animal measured values

ID, description, units	MPD:111468 active_d3_control number of active lever presses (during infusions and timeouts) (intravenous self administration), saline [n] day 3
Data set, strains	Project1032 HMDP 63 strains sex: both age: 9-15wks
Procedure	operant conditioning chamber

• Download these individual animal data (csv)
• More download options using our API

Hint: to see values for a certain strain,
begin typing the strain name in the box below.

Strain	Sex	Measured Value	Z score within strain/sex group	Animal ID
A/J	f	18.0	0.71	`199`
A/J	f	13.0	-0.71	`2`
A/J	m	15.0	0.96	`197`
A/J	m	6.0	-1.03	`4`
A/J	m	11.0	0.07	`6`
AKR/J	f	19.0	0.71	`15`
AKR/J	f	2.0	-0.71	`16`
AKR/J	m	1.0	-0.58	`19`
AKR/J	m	3.0	1.15	`204`
AKR/J	m	1.0	-0.58	`20`
BALB/cByJ	f	10.0	-0.74	`112`
BALB/cByJ	f	30.0	-0.4	`114`
BALB/cByJ	f	121.0	1.14	`260`
BALB/cByJ	m	21.0	-1.14	`116`
BALB/cByJ	m	116.0	0.44	`257`
BALB/cByJ	m	132.0	0.71	`259`
BALB/cJ	f	4.0	-0.8	`228`
BALB/cJ	f	8.0	1.12	`230`
BALB/cJ	f	5.0	-0.32	`431`
BALB/cJ	m	112.0	1.48	`224`
BALB/cJ	m	13.0	-0.69	`226`
BALB/cJ	m	20.0	-0.54	`378`
BALB/cJ	m	33.0	-0.25	`379`
BPL/1J	f	10.0	0.18	`179`
BPL/1J	f	3.0	-1.08	`181`
BPL/1J	f	14.0	0.9	`522`
BPL/1J	m	2.0	-0.71	`175`
BPL/1J	m	55.0	0.71	`402`
BTBR T⁺ Itpr3^tf/J	f	1.0	0.0	`330`
BTBR T⁺ Itpr3^tf/J	m	2.0	-0.71	`332`
BTBR T⁺ Itpr3^tf/J	m	7.0	0.71	`481`
BXD100/RwwJ	f	3.0	0.0	`625`
BXD100/RwwJ	m	11.0	-0.71	`629`
BXD100/RwwJ	m	45.0	0.71	`627`
BXD11/TyJ	f	2.0	0.0	`638`
BXD11/TyJ	f	2.0	0.0	`710`
BXD11/TyJ	m	3.0	0.0	`706`
BXD15/TyJ	f	3.0	0.0	`687`
BXD15/TyJ	m	14.0	-0.71	`683`
BXD15/TyJ	m	19.0	0.71	`685`
BXD1/TyJ	f	2.0	-0.71	`106`
BXD1/TyJ	f	10.0	0.71	`104`
BXD1/TyJ	m	6.0	0.71	`455`
BXD1/TyJ	m	1.0	-0.71	`518`
BXD21/TyJ	f	1.0	0.0	`584`
BXD21/TyJ	m	13.0	0.0	`586`
BXD28/TyJ	f	2.0	0.0	`589`
BXD28/TyJ	m	1.0	0.0	`593`
BXD28/TyJ	m	1.0	0.0	`591`
BXD2/TyJ	f	4.0	1.09	`561`
BXD2/TyJ	f	1.0	-0.87	`578`
BXD2/TyJ	f	2.0	-0.22	`662`
BXD31/TyJ	f	9.0	0.28	`443`
BXD31/TyJ	f	11.0	0.83	`384`
BXD31/TyJ	f	4.0	-1.11	`444`
BXD31/TyJ	m	6.0	-0.22	`157`
BXD31/TyJ	m	16.0	1.09	`159`
BXD31/TyJ	m	1.0	-0.87	`387`
BXD32/TyJ	f	2.0	-0.71	`187`
BXD32/TyJ	f	5.0	0.71	`408`
BXD32/TyJ	m	46.0	1.15	`183`
BXD32/TyJ	m	5.0	-0.52	`185`
BXD32/TyJ	m	2.0	-0.64	`406`
BXD34/TyJ	f	72.0	1.15	`716`
BXD34/TyJ	f	2.0	-0.57	`726`
BXD34/TyJ	f	1.0	-0.59	`728`
BXD34/TyJ	m	25.0	0.0	`714`
BXD38/TyJ	f	7.0	-0.83	`334`
BXD38/TyJ	f	37.0	-0.28	`336`
BXD38/TyJ	f	113.0	1.11	`460`
BXD38/TyJ	m	71.0	0.31	`338`
BXD38/TyJ	m	90.0	0.81	`340`
BXD38/TyJ	m	17.0	-1.12	`462`
BXD39/TyJ	f	12.0	-0.71	`465`
BXD39/TyJ	f	23.0	0.71	`466`
BXD40/TyJ	f	11.0	0.0	`509`
BXD40/TyJ	m	47.0	0.71	`250`
BXD40/TyJ	m	4.0	-0.71	`420`
BXD42/TyJ	f	29.0	-0.62	`266`
BXD42/TyJ	f	94.0	1.15	`268`
BXD42/TyJ	f	32.0	-0.54	`414`
BXD42/TyJ	m	23.0	1.0	`262`
BXD42/TyJ	m	14.0	0.0	`264`
BXD42/TyJ	m	5.0	-1.0	`410`
BXD48a/RwwJ	f	14.0	-0.71	`352`
BXD48a/RwwJ	f	83.0	0.71	`354`
BXD48a/RwwJ	m	16.0	-0.74	`356`
BXD48a/RwwJ	m	116.0	1.14	`358`
BXD48a/RwwJ	m	34.0	-0.4	`447`
BXD50/RwwJ	f	7.0	-0.71	`680`
BXD50/RwwJ	f	18.0	0.71	`682`
BXD50/RwwJ	m	1.0	0.0	`678`
BXD55/RwwJ	f	19.0	0.0	`566`
BXD55/RwwJ	m	121.0	0.71	`562`
BXD55/RwwJ	m	28.0	-0.71	`564`
BXD56/RwwJ	f	2.0	-0.71	`594`
BXD56/RwwJ	f	3.0	0.71	`596`
BXD56/RwwJ	m	7.0	0.0	`598`
BXD60/RwwJ	f	16.0	0.71	`537`
BXD60/RwwJ	f	2.0	-0.71	`539`
BXD60/RwwJ	m	18.0	0.0	`535`
BXD61/RwwJ	f	1.0	0.0	`641`
BXD61/RwwJ	m	29.0	-0.33	`643`
BXD61/RwwJ	m	21.0	-0.79	`645`
BXD61/RwwJ	m	54.0	1.12	`730`
BXD62/RwwJ	f	3.0	0.0	`322`
BXD62/RwwJ	m	5.0	-0.71	`326`
BXD62/RwwJ	m	17.0	0.71	`517`
BXD63/RwwJ	m	136.0	0.71	`695`
BXD63/RwwJ	m	20.0	-0.71	`697`
BXD65/RwwJ	f	1.0	-0.66	`471`
BXD65/RwwJ	f	44.0	1.15	`473`
BXD65/RwwJ	f	5.0	-0.49	`475`
BXD65/RwwJ	m	1.0	-0.71	`122`
BXD65/RwwJ	m	3.0	0.71	`477`
BXD68/RwwJ	f	35.0	0.0	`545`
BXD68/RwwJ	m	16.0	0.0	`541`
BXD69/RwwJ	f	52.0	0.0	`607`
BXD69/RwwJ	m	24.0	0.0	`611`
BXD70/RwwJ	f	2.0	0.0	`703`
BXD70/RwwJ	m	20.0	0.0	`701`
BXD71/RwwJ	f	14.0	0.71	`612`
BXD71/RwwJ	f	3.0	-0.71	`614`
BXD71/RwwJ	m	106.0	0.0	`616`
BXD73a/RwwJ	f	4.0	0.0	`619`
BXD73a/RwwJ	m	3.0	0.0	`623`
BXD75/RwwJ	f	100.0	0.0	`692`
BXD75/RwwJ	m	85.0	0.0	`690`
BXD77/RwwJ	f	178.0	1.15	`96`
BXD77/RwwJ	f	3.0	-0.59	`318`
BXD77/RwwJ	f	5.0	-0.57	`98`
BXD77/RwwJ	m	86.0	1.15	`100`
BXD77/RwwJ	m	19.0	-0.6	`102`
BXD77/RwwJ	m	21.0	-0.55	`320`
BXD84/RwwJ	f	1.0	-0.71	`165`
BXD84/RwwJ	f	9.0	0.71	`418`
BXD84/RwwJ	m	33.0	-0.11	`161`
BXD84/RwwJ	m	76.0	1.05	`163`
BXD84/RwwJ	m	2.0	-0.94	`416`
BXD98/RwwJ	f	1.0	-0.85	`274`
BXD98/RwwJ	f	165.0	1.1	`276`
BXD98/RwwJ	f	52.0	-0.25	`395`
BXD98/RwwJ	m	219.0	1.15	`272`
BXD98/RwwJ	m	12.0	-0.56	`270`
BXD98/RwwJ	m	8.0	-0.59	`393`
BXD99/RwwJ	f	1.0	0.0	`742`
BXD99/RwwJ	m	1.0	0.0	`741`
C3HeB/FeJ	f	7.0	0.87	`222`
C3HeB/FeJ	f	6.0	0.22	`24`
C3HeB/FeJ	f	4.0	-1.09	`23`
C3HeB/FeJ	m	4.0	-0.71	`27`
C3HeB/FeJ	m	7.0	0.71	`220`
C3H/HeJ	f	10.0	1.15	`346`
C3H/HeJ	f	2.0	-0.58	`147`
C3H/HeJ	f	2.0	-0.58	`145`
C3H/HeJ	m	9.0	0.7	`347`
C3H/HeJ	m	8.0	0.44	`141`
C3H/HeJ	m	2.0	-1.14	`143`
C57BL/10J	f	44.0	-0.7	`496`
C57BL/10J	f	133.0	1.15	`305`
C57BL/10J	f	56.0	-0.45	`60`
C57BL/10J	m	13.0	-0.71	`308`
C57BL/10J	m	159.0	0.71	`62`
C57BL/6J	m	67.0	1.14	`126`
C57BL/6J	m	23.0	-0.43	`128`
C57BL/6J	m	15.0	-0.71	`519`
C57BLKS/J	f	2.0	-0.32	`138`
C57BLKS/J	f	5.0	1.12	`350`
C57BLKS/J	f	1.0	-0.8	`442`
C57BLKS/J	m	2.0	0.0	`136`
C57BLKS/J	m	2.0	0.0	`382`
C57BR/cdJ	f	74.0	0.17	`236`
C57BR/cdJ	f	97.0	0.9	`238`
C57BR/cdJ	f	35.0	-1.07	`450`
C57BR/cdJ	m	16.0	-1.0	`232`
C57BR/cdJ	m	38.0	1.0	`234`
C57BR/cdJ	m	27.0	0.0	`453`
C57L/J	f	132.0	0.71	`531`
C57L/J	f	53.0	-0.71	`533`
C57L/J	m	52.0	-1.15	`529`
C57L/J	m	92.0	0.6	`575`
C57L/J	m	91.0	0.56	`577`
C58/J	f	9.0	-0.71	`172`
C58/J	f	28.0	0.71	`429`
C58/J	m	33.0	0.55	`170`
C58/J	m	34.0	0.6	`425`
C58/J	m	1.0	-1.15	`427`
CBA/J	f	1.0	-1.15	`282`
CBA/J	f	8.0	0.58	`284`
CBA/J	f	8.0	0.58	`399`
CBA/J	m	18.0	0.89	`397`
CBA/J	m	13.0	0.19	`280`
CBA/J	m	4.0	-1.08	`527`
DBA/1J	f	2.0	-0.71	`291`
DBA/1J	f	7.0	0.71	`456`
DBA/1J	m	2.0	-0.71	`288`
DBA/1J	m	5.0	0.71	`458`
DBA/2J	f	16.0	0.71	`42`
DBA/2J	f	2.0	-0.71	`44`
DBA/2J	m	1.0	-0.58	`345`
DBA/2J	m	25.0	1.15	`46`
DBA/2J	m	1.0	-0.58	`48`
FVB/NJ	f	3.0	0.0	`34`
FVB/NJ	f	4.0	1.0	`36`
FVB/NJ	f	2.0	-1.0	`380`
FVB/NJ	m	5.0	1.12	`381`
FVB/NJ	m	1.0	-0.8	`38`
FVB/NJ	m	2.0	-0.32	`40`
I/LnJ	f	2.0	-0.71	`89`
I/LnJ	f	14.0	0.71	`91`
I/LnJ	m	24.0	-0.71	`92`
I/LnJ	m	88.0	0.71	`94`
KK/HlJ	f	8.0	-0.71	`360`
KK/HlJ	f	31.0	0.71	`362`
KK/HlJ	m	2.0	-0.87	`364`
KK/HlJ	m	9.0	-0.22	`366`
KK/HlJ	m	23.0	1.09	`439`
LP/J	f	2.0	0.0	`50`
LP/J	m	63.0	0.0	`293`
MA/MyJ	f	1.0	-0.71	`483`
MA/MyJ	f	29.0	0.71	`486`
MA/MyJ	m	18.0	-0.71	`490`
MA/MyJ	m	63.0	0.71	`492`
MRL/MpJ	m	2.0	-0.58	`298`
MRL/MpJ	m	2.0	-0.58	`69`
MRL/MpJ	m	8.0	1.15	`71`
NOD/ShiLtJ	f	41.0	0.71	`156`
NOD/ShiLtJ	f	38.0	-0.71	`302`
NOD/ShiLtJ	m	30.0	0.92	`149`
NOD/ShiLtJ	m	12.0	-1.07	`151`
NOD/ShiLtJ	m	23.0	0.15	`152`
NZB/BlNJ	f	4.0	0.71	`651`
NZB/BlNJ	f	1.0	-0.71	`653`
NZB/BlNJ	m	1.0	-0.71	`574`
NZB/BlNJ	m	3.0	0.71	`655`
NZO/HlLtJ	f	3.0	0.58	`550`
NZO/HlLtJ	f	2.0	-1.15	`600`
NZO/HlLtJ	f	3.0	0.58	`602`
NZO/HlLtJ	m	8.0	0.71	`548`
NZO/HlLtJ	m	2.0	-0.71	`604`
NZW/LacJ	f	3.0	0.0	`370`
NZW/LacJ	m	1.0	0.0	`372`
PL/J	f	5.0	1.0	`557`
PL/J	f	3.0	0.0	`559`
PL/J	f	1.0	-1.0	`646`
PL/J	m	16.0	0.71	`555`
PL/J	m	1.0	-0.71	`650`
SJL/J	f	3.0	0.0	`8`
SJL/J	m	2.0	0.0	`214`
SM/J	f	95.0	1.15	`244`
SM/J	f	2.0	-0.57	`246`
SM/J	f	1.0	-0.59	`499`
SM/J	m	27.0	0.97	`240`
SM/J	m	1.0	-1.02	`242`
SM/J	m	15.0	0.05	`502`