IGVFDS2448KDEL

preview
This object is in preview status. Metadata is subject to change until this object is released.
File Set Type
experimental data
Summary
single-nucleus RNA sequencing assay (10x multiome)
Assay Term
Sample Summaries
  • multiplexed sample: Homo sapiens (female, 82 years) substantia nigra tissue associated with cerebral amyloid angiopathy; Homo sapiens (female, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
Protocols
Aliases
igvf:corces_measurementSet_X039_G2_RNA

Sequencing Results (Illumina)

4 items
Read Names
fastq
reads
R2
1
Read 2
H5VM5DSX7
4
10 GB
Ryan Corces, Gladstone Institute UCSF
validated
fastq
reads
R1
1
Read 1
H5VM5DSX7
4
4.4 GB
Ryan Corces, Gladstone Institute UCSF
validated
fastq
reads
I2
1
H5VM5DSX7
4
1.5 GB
Ryan Corces, Gladstone Institute UCSF
validated
fastq
reads
I1
1
H5VM5DSX7
4
1.3 GB
Ryan Corces, Gladstone Institute UCSF
validated

Samples

1 item
Accession
Type
Sample Terms
Disease Terms
Associated Construct Library Sets
Summary
MultiplexedSample
multiplexed sample: Homo sapiens (female, 82 years) substantia nigra tissue associated with cerebral amyloid angiopathy; Homo sapiens (female, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples

Donors

12 items
Aliases
  • igvf:corces_donor_BANN1569
male
Homo sapiens
  • igvf:corces_donor_BANN1584
male
Homo sapiens
  • igvf:corces_donor_BANN1170
male
Homo sapiens
  • igvf:corces_donor_BANN1256
female
Homo sapiens
  • igvf:corces_donor_BANN0322
female
Homo sapiens
  • igvf:corces_donor_BANN1865
male
Homo sapiens
  • igvf:corces_donor_BANN0124
male
Homo sapiens
  • igvf:corces_donor_BANN2118
female
Homo sapiens
  • igvf:corces_donor_BANN1201
male
Homo sapiens
  • igvf:corces_donor_BANN9902
female
Homo sapiens
1 item
Accession
Type
Summary
Aliases
Lab
MeasurementSet
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X039_G2_ATAC
Ryan Corces, Gladstone Institute UCSF

Attribution