Search for tag: "microglia"

8 Media

Nathan Shock - Pilot Grant Call information… duration 5 minutes 54 seconds Nathan Shock - Pilot Grant Call information… Nathan Shock - Pilot Grant Call information session	Nathan Shock - Pilot Grant Call information session cells cell senescence mutations brain lot genes aging cortex question questions mice microglia regions genome species types disease things chromatin pilot career end investigators shock funds stage models application grants call morning dates writing palotmentorment opportunity core grant From Mike Jeffs
Nathan Shock - Nicola Neretti duration 38 minutes 51 seconds Nathan Shock - Nicola Neretti Nathan Shock - Nicola Neretti	Nathan Shock - Nicola Neretti Single-cell transcriptomics reveals markers for different forms of cellular senescence cells cell senescence mutations brain lot genes aging cortex question questions mice microglia regions genome species types disease things chromatin level loops senescent essence markers activation mechanism methylation loss tissue size liver profile beta From Mike Jeffs
Nathan Shock - Dibyadeep Datta duration 23 minutes 19 seconds Nathan Shock - Dibyadeep Datta Nathan Shock - Dibyadeep Datta	Nathan Shock - Dibyadeep Datta Elucidating the Spatial and Temporal Progression of Pathology of Alzheimer’s Disease at Single-Cell Resolution in Non-Human Primates cells cell senescence mutations brain lot genes aging cortex question questions mice microglia regions genome species types disease things chromatin landscape accessibility pathways neurons age subclusters span function oligodendrocytes gene alzheimer loss From Mike Jeffs
Nathan Shock - Peter Sudmant duration 32 minutes 8 seconds Nathan Shock - Peter Sudmant Nathan Shock - Peter Sudmant	Nathan Shock - Peter Sudmant Mitochondrial haplotype and mito-nuclear matching drive somatic mutation and selection through aging cells cell senescence mutations brain lot genes aging cortex question questions mice microglia regions genome species types disease things chromatin mutation signature bit lab frequency loop genomes thing lifespan rate strains kinds evolution From Mike Jeffs
Nathan Shock - Nicole Coufal duration 21 minutes 17 seconds Nathan Shock - Nicole Coufal Nathan Shock - Nicole Coufal	Nathan Shock - Nicole Coufal Human microglial aging modeled through mitochondrial progeria mutations cells cell senescence mutations brain lot genes aging cortex question questions mice microglia regions genome species types disease things chromatin environment patients phenotype mouse model transplantation metabolism From Mike Jeffs
Trevor Kilpatrick - Exploring mechanisms by which… duration 17 minutes 18 seconds Trevor Kilpatrick - Exploring mechanisms by which… Trevor Kilpatrick - Exploring mechanisms by which the innate immune system influences central demyelinating disease	Trevor Kilpatrick - Exploring mechanisms by which the innate immune system influences central demyelinating disease cells greg mice disease gas gene microglia knockout expression susceptibility context patients potential approach activation antigen pathogenesis remyelination genes oligodendrocytes From Salk Comm Date of Recording June 8, 2023
Youtong Huang - How do microglia engage TAM… duration 19 minutes 51 seconds Youtong Huang - How do microglia engage TAM… Youtong Huang - How do microglia engage TAM signaling in neurodegenerative diseases?	Youtong Huang - How do microglia engage TAM signaling in neurodegenerative diseases? tam microglia beta receptors plaque plaques disease lab alzheimer axle mice studies lot expression cells receptor greg neurons end patients From Salk Comm Date of Recording June 8, 2023
Tal Burstyn-Cohen - PROS1 as a TAM ligand:… duration 15 minutes 12 seconds Tal Burstyn-Cohen - PROS1 as a TAM ligand:… Tal Burstyn-Cohen - PROS1 as a TAM ligand: looking at the nervous system	Tal Burstyn-Cohen - PROS1 as a TAM ligand: looking at the nervous system proteins microglia knockout cells stem neurons proliferation brain role lab neurogenesis retina mice mouse wave cell phenotype gas receptors tam From Salk Comm Date of Recording June 8, 2023