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BIL Logo MERFISH Imaging of mesocorticolimbic regions in the mouse brain (Chronic saline for 7 Days + 3 Days withdrawal)

[ BIL ID: ace-dip-tub ]
Dataset Citation:
Zeng, Hongkui, Zeng, Hongkui, Kim, Dong-Wook, McMillen, Delissa, Martin, Naomi, Valera Cuevas, Nasmil, Olsen, Paul, Campos, Jazmin, Kunst, Michael, Ching, Lindsey, Wills, Lauren, Kelschenbach, Jennifer, Volsky, David, Kenny, Paul, O'Connor, Richard, Ishmam, Mohammad, Pillai, Piya, Shin, Miryung, Borjabad, Alejandra, Liu, Xiaokun, Kim, Mo-Jong, Chagtoo, Megha. (2023). MERFISH Imaging of mesocorticolimbic regions in the mouse brain (Chronic saline for 7 Days + 3 Days withdrawal) [Dataset/Microscopy]. Brain Image Library.

 

Abstract:
This dataset is generated by MERFISH (Multiplexed Error-Robust Fluorescence In Situ Hybridization) experiments with a 300 gene panel on whole brain coronal sections covering major mesocorticolimbic areas (e.g. PFC, ventral STR, TH, etc). Briefly, after classifying transcriptomic cell types from the MERFISH expression of cell type marker genes among 300 genes, we identified cell types showing differential expressions of cocaine-related genes in brain regions of interest.

 

Contributors and Roles:
Allen Institute  ( ResearchGroup ) ;   Zeng, Hongkui  ( ProjectLeader ),  Allen Institute for Brain Science ;   Zeng, Hongkui  ( ContactPerson ),  Allen Institute for Brain Science ;   Kim, Dong-Wook  ( Researcher ),  Allen Institute for Brain Science ;   Waters, Jack  ( Other ),  Allen Institute for Brain Science ;   McMillen, Delissa  ( DataCollector ),  Allen Institute for Brain Science ;   Pagan, Chelsea  ( ProjectManager ),  Allen Institute for Brain Science ;   Martin, Naomi  ( DataCollector ),  Allen Institute for Brain Science ;   Valera Cuevas, Nasmil  ( DataCollector ),  Allen Institute for Brain Science ;   Olsen, Paul  ( DataCollector ),  Allen Institute for Brain Science ;   Campos, Jazmin  ( DataCollector ),  Allen Institute for Brain Science ;   Kunst, Michael  ( Researcher ),  Allen Institute for Brain Science ;   Ching, Lindsey  ( Researcher ),  Allen Institute for Brain Science ;   Wills, Lauren  ( Researcher ),  Icahn School of Medicine at Mount Sinai ;   Kelschenbach, Jennifer  ( Researcher ),  Icahn School of Medicine at Mount Sinai ;   Volsky, David  ( ProjectLeader ),  Icahn School of Medicine at Mount Sinai ;   Kenny, Paul  ( ProjectLeader ),  Icahn School of Medicine at Mount Sinai ;   Icahn School of Medicine at Mount Sinai  ( ResearchGroup ) ;   O'Connor, Richard  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Ishmam, Mohammad  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Pillai, Piya  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Shin, Miryung  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Borjabad, Alejandra  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Liu, Xiaokun  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Kim, Mo-Jong  ( DataCollector ),  Icahn School of Medicine at Mount Sinai ;   Chagtoo, Megha  ( DataCollector ),  Icahn School of Medicine at Mount Sinai

 

Funding:
National Institutes of Health  ( 5-U01-DA056003-02 ) Single cell transcriptomic and epigenomic changes during chronic HIV infection and cocaine self-administration National Institutes of Health  ( 5-U01-DA056003-02 ) Single cell transcriptomic and epigenomic changes during chronic HIV infection and cocaine self-administration National Institutes of Health  ( 5-U01-DA056003-02 ) Single cell transcriptomic and epigenomic changes during chronic HIV infection and cocaine self-administration National Institutes of Health  ( 5-U01-DA056003-02 ) Single cell transcriptomic and epigenomic changes during chronic HIV infection and cocaine self-administration National Institutes of Health  ( 5-U01-DA056003-02 ) Single cell transcriptomic and epigenomic changes during chronic HIV infection and cocaine self-administration

 

Technical Information:
spatial transcriptomics (Modality) / MERFISH (Technique)

Instrument Metadata
microscopetype Epifluorescent
microscopemanufacturerandmodel Vizgen MERSCOPE
objectivename
objectiveimmersion Oil
objectivena
objectivemagnification 63x
detectortype
detectormodel
illuminationtypes
illuminationwavelength
detectionwavelength
sampletemperature
microscopetype Epifluorescent
microscopemanufacturerandmodel Vizgen MERSCOPE
objectivename
objectiveimmersion Oil
objectivena
objectivemagnification 63x
detectortype
detectormodel
illuminationtypes
illuminationwavelength
detectionwavelength
sampletemperature
microscopetype Epifluorescent
microscopemanufacturerandmodel Vizgen MERSCOPE
objectivename
objectiveimmersion Oil
objectivena
objectivemagnification 63x
detectortype
detectormodel
illuminationtypes
illuminationwavelength
detectionwavelength
sampletemperature
microscopetype Epifluorescent
microscopemanufacturerandmodel Vizgen MERSCOPE
objectivename
objectiveimmersion Oil
objectivena
objectivemagnification 63x
detectortype
detectormodel
illuminationtypes
illuminationwavelength
detectionwavelength
sampletemperature
microscopetype Epifluorescent
microscopemanufacturerandmodel Vizgen MERSCOPE
objectivename
objectiveimmersion Oil
objectivena
objectivemagnification 63x
detectortype
detectormodel
illuminationtypes
illuminationwavelength
detectionwavelength
sampletemperature
Specimen Metadata
localid 660396.0
species Mouse
ncbitaxonomy NCBI:txid10090
age 70.0
ageunit Days
sex Male
genotype Strain_Name='C57Bl/6J'
organlocalid
organname Brain
samplelocalid 660396.0
atlas
locations
linkage []
Image Metadata
xaxis left-to-right
obliquexdim1
obliquexdim2
obliquexdim3
yaxis left-to-right
obliqueydim1
obliqueydim2
obliqueydim3
zaxis posterior-to-anterior
obliquezdim1
obliquezdim2
obliquezdim3
landmarkname
landmarkx
landmarky
landmarkz
number NA
displaycolor NA
representation
flurophore DAPI, NA
stepsizex 0.108
stepsizey 0.108
stepsizez 1.5
stepsizet NA
channels 3.0
slices 7.0
z 1.0
xsize
ysize
zsize
gbytes
files
dimensionorder XYZ

 

License:
Data:

Data location on the Brain Image Library Analysis Ecosystem:
/bil/data/63/05/63053886eb9f9771/660396

Dataset download link:
https://download.brainimagelibrary.org/63/05/63053886eb9f9771/660396

Metadata download link:
https://api.brainimagelibrary.org/retrieve?bildid=ace-dip-tub

Manifest download link:
/bil/pscstaff/icaoberg/bil-inventory/datasets/json/ace-dip-tub.json