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Paper Details

Endotype Characterization Reveals Mechanistic Differences Across Brain Regions in Sporadic Alzheimer's Disease.
J Alzheimers Dis Rep
0
2023
AD, Alzheimer's disease, EC, HC, MTG, NRF1, PC, REST, SAD, SFG, SOX2, SUZ12, Sporadic Alzheimer's Disease, co-expression gene module, human, impaired neuron, mature neurons, neural transcriptome, neuron, precursor, sporadic AD, tangle, tangle-free neurons
Author NameAffiliation
Ashay O PatelUniversity of California
Andrew B CaldwellUniversity of California
Srinivasan RamachandranUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
Shankar SubramaniamUniversity of California
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Datasets

Dataset
Description
Source Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Allen Brain AtlasGene expression and neuroanatomical data.Link
Release 1.2