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cerebellar cortex — IGVFSM9626IBEE

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This object is in preview status. Metadata is subject to change until this object is released.
Summary
Homo sapiens (male, 53 years) cerebellar cortex tissue
Sample Terms
Sex
male
Age
53 years
Post-mortem Interval
220 minutes
Preservation Method
flash-freezing
Taxa
Homo sapiens
Sources
banner-health
Date Harvested
February 15, 2023
Aliases
igvf:corces_tissue_BANN0950_CBL
Protocols

Donors

1 item
Accession
Aliases
Sex
Taxa
  • igvf:corces_donor_BANN0950
male
Homo sapiens

File Sets

16 items
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G4_ATAC
Ryan Corces, Gladstone Institute UCSF
single-nucleus RNA sequencing assay (10x multiome)
  • igvf:corces_measurementSet_X038_G3_RNA
Ryan Corces, Gladstone Institute UCSF
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G7_ATAC
Ryan Corces, Gladstone Institute UCSF
single-nucleus RNA sequencing assay (10x multiome)
  • igvf:corces_measurementSet_X038_G2_RNA
Ryan Corces, Gladstone Institute UCSF
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G5_ATAC
Ryan Corces, Gladstone Institute UCSF
single-nucleus RNA sequencing assay (10x multiome)
  • igvf:corces_measurementSet_X038_G4_RNA
Ryan Corces, Gladstone Institute UCSF
single-nucleus RNA sequencing assay (10x multiome)
  • igvf:corces_measurementSet_X038_G8_RNA
Ryan Corces, Gladstone Institute UCSF
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G8_ATAC
Ryan Corces, Gladstone Institute UCSF
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G3_ATAC
Ryan Corces, Gladstone Institute UCSF
single-nucleus ATAC-seq (10x multiome)
  • igvf:corces_measurementSet_X038_G2_ATAC
Ryan Corces, Gladstone Institute UCSF

Multiplexed In Samples

8 items
Sample Terms
Disease Terms
Summary
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples
MultiplexedSample
multiplexed sample: Homo sapiens (male, 79 years) substantia nigra tissue associated with Parkinson's disease; Homo sapiens (male, 84 years) cerebellar cortex tissue associated with Parkinson's disease, mild cognitive impairment; ... and 10 more samples

Attribution

Award
HG012076
Principal Investigator(s)
Contact P.I.
Ansuman Satpathy
Lab
Ryan Corces, Gladstone Institute UCSF