Data from layers shown in Figure 4: Mouse cortex showing single molecule RNA transcripts of endogenous cell marker genes and systemically-delivered AAV transcripts
Dataset Citation:
Jang, Min Jee,
Gradinaru Lab.
(2023). Data from layers shown in Figure 4: Mouse cortex showing single molecule RNA transcripts of endogenous cell marker genes and systemically-delivered AAV transcripts. [ Dataset / Microscopy ].
Brain Image Library.
https://doi.org/10.35077/act-hot
Abstract:
This dataset is part of mouse cortex showing single molecule RNA transcripts of endogenous cell marker genes and systemically- delivered AAV transcripts. This allows us to quantify the tropism profiles of AAVs across genetically defined cell types.
Methods:
No description found.
TechnicalInfo:
DATASET METADATA: |
title |
Data from layers shown in Figure 4: Mouse cortex showing single molecule RNA transcripts of endogenous cell marker genes and systemically-delivered AAV transcripts |
GeneralModality |
spatial transcriptomics |
Technique |
other |
Other |
USeqFISH |
SPECIMEN METADATA: |
LocalID |
Mouse 3 |
Species |
Mouse |
NCBITaxonomy |
NCBI:txid10090 |
Age |
unknown |
Ageunit |
NA |
Sex |
Unknown |
Genotype |
C57BL6 |
SampleLocalID |
461.0 |
INSTRUMENT METADATA: |
MicroscopeType |
Confocal |
MicroscopeManufacturerAndModel |
Andor Dragonfly |
ObjectiveImmersion |
Oil |
ObjectiveNA |
1.3 |
ObjectiveMagnification |
40x |
DetectorType |
sCMOS |
DetectorModel |
Zyla |
SampleTemperature |
RT |
IMAGE METADATA: |
xAxis |
left-to-right |
yAxis |
superior-to-inferior |
zAxis |
posterior-to-anterior |
Number |
0, 1, 2, 3, 4 |
displayColor |
no display color assigned |
stepSizeX |
151.0 |
stepSizeY |
151.0 |
stepSizeZ |
500.0 |
Funding:
National Institutes of Health 5-DP1-NS111369-04 Circuit-Specific Delivery of Large Cargo Across the Nervous Systems of Adult Mammals and Embryos via Novel Engineered Systemic Vectors;
National Institutes of Health 1-UF1-MH128336-01 Engineered AAV Identification, Validation, and Dissemination Pipeline for Brain Cell Type-Specific Manipulation Across Species;
Brain Behavior Research Foundation "28097" NARSAD Young Investigator Grant;
California Institute of Technology "NA" Biology and Biological Engineering Divisional Postdoctoral Fellowship;
Natural Sciences and Engineering Research Council of Canada "NA" "NA";
California Institute of Technology "NA" Biology and Biological Engineering Divisional Diversity Fellowship;
California Institute of Technology "NA" Schmidt Academy for Software Engineering
Contributors:
Jang, Min Jee (ContactPerson)
[ORCID:
https://orcid.org/0000-0002-1536-7177 ]
California Institute of Technology
Gradinaru Lab (ResearchGroup)
California Institute of Technology
Related Identifiers:
IsCitedBy
[ DOI :
https://doi.org/10.1038/s41587-022-01648-w ];
/bil/data/ce/6e/ce6e996f8efb49e1/fig4_layer
Dataset Download Link:
[ https:
https://download.brainimagelibrary.org/ce/6e/ce6e996f8efb49e1/fig4_layer]