MPD: Data set: Wiltshire3

Benton CS, Miller BH, Skwerer S, Suzuki O, Schultz LE, Cameron MD, Marron JS, Pletcher MT, Wiltshire T. Evaluating genetic markers and neurobiochemical analytes for fluoxetine response using a panel of mouse inbred strains. Psychopharmacology (Berl). 2012 May;221(2):297-315. Epub 2011 Nov 24. PubMed 22113448 FullText

Neurobiochemical analytes thought to affect anxiety and mood disorders were measured to identify biomarkers of anti-depressant responses by comparing analyte levels to behavioral phenotypes (Wiltshire2) between two cohorts: 1) vehicle (control), and 2) fluoxetine (chronic treatment).

Procedures conducted:

• biomarker quantification

Brain tissue survey of 30 biochemical analytes. Fluoxetine-treated vs. control. 21d.

Notes
The *_index values were derived from the related strain means for flouoxetine-treated and control. Nmice has been set to 3 for these, and SD to 0 since no error statistic is available.

Wiltshire3 downloads
• Download Wiltshire3 strain means, SD, N, etc. one row per strain/sex/measure

Ontology terms mapped to Wiltshire3 measures:

Investigators	Tim Wiltshire University of North Carolina, Chapel Hill, NC Mathew T Pletcher Pfizer Global Research and Development, Groton, CT
Participants	Benton CS, Miller BH, Skwerer S, Suzuki O, Schultz LE, Cameron MD, Marron JS
Contact	Tim Wiltshire timw@unc.edu Lab web site
Part of a series:	• Behavior phenotype data see Pletcher1 • Behavior phenotype data (fluoxetine study) see Wiltshire2 • Neurobiochemical analyte data (this project) Wiltshire3
Acknowledgements	Funding provided by NIH MH077251 and MH084528; State of Florida In fulfillment of NIH requirements that all information is made promptly and freely available to the research community, data are deposited in the MPD when complete.
Project type	Phenotype strain survey data set
MPD identifiers	Wiltshire3 MPD:381
Data changelog	No updates/corrections. Initial release date: 12/2011.
Formatted citation	Click above to copy-paste the entire citation for this MPD web page.

Sort/ Pick	Data set	Procedure / Protocol	Treatment	Phenotype Measure / Variable (click to view)	Panel	No. of Strains	Sex	Age	Sample Size (Avg)
Wiltshire3:1	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex ACTH, relative fluorescence intensity ACTH 38101 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:4	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex APOD, relative fluorescence intensity APOD 38104 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:7	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex BAG1, relative fluorescence intensity BAG1 38107 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:10	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex BDNF, relative fluorescence intensity BDNF 38110 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:13	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex CREB1 (CREB), relative fluorescence intensity CREB1 38113 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:16	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex FOS (c-fos), relative fluorescence intensity FOS 38116 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:19	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex FUT9, relative fluorescence intensity FUT9 38119 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:22	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GAD1 (GAD67), relative fluorescence intensity GAD1 38122 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:25	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GAL, relative fluorescence intensity GAL 38125 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:28	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GFAP, relative fluorescence intensity GFAP 38128 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:31	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GHRL, relative fluorescence intensity GHRL 38131 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:34	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GIRK3 (KCNJ9), relative fluorescence intensity GIRK3 38134 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:37	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GLO1, relative fluorescence intensity GLO1 38137 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:40	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GNB1, relative fluorescence intensity GNB1 38140 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:43	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GRIN1 (NMDA1), relative fluorescence intensity GRIN1 38143 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:46	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GSK3B, relative fluorescence intensity GSK3B 38146 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:49	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex GSR, relative fluorescence intensity GSR 38149 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:52	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex HDAC5, relative fluorescence intensity HDAC5 38152 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:55	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex NGF, relative fluorescence intensity NGF 38155 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:58	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex NPY, relative fluorescence intensity NPY 38158 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:61	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex P2RX7 (P2X7), relative fluorescence intensity P2RX7 38161 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:64	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex PAQR8, relative fluorescence intensity PAQR8 38164 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:67	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex PPP1R1B, relative fluorescence intensity PPP1R1B 38167 control fluoxetine	inbred	30	m	10-11wks	N=3

Wiltshire3:70	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex PTH, relative fluorescence intensity PTH 38170 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:73	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex S100B, relative fluorescence intensity S100B 38173 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:76	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex SCG5 (SGNE), relative fluorescence intensity SCG5 38176 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:79	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex SLC6A2 (NET), relative fluorescence intensity SLC6A2 38179 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:82	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex SLC6A4 (SERT), relative fluorescence intensity SLC6A4 38182 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:85	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex SST, relative fluorescence intensity SST 38185 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:88	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex TNF (TNFa), relative fluorescence intensity TNF 38188 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3:91	Wiltshire3	biomarker quantification	fluoxetine	cerebral cortex VEGFA (VEGF), relative fluorescence intensity VEGFA 38191 control fluoxetine change index	inbred	30	m	10-11wks	N=3

Wiltshire3: Drug study: Neurobiochemical analytes in response to chronic fluoxetine treatment in males of 30 inbred mouse strains (2011)