Senolytics staves off dementia in mice
Guardian - 19-Sep-2018Killing of senescent (aging) brain cells with an enzyme stopped the progress of dementia
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Molecular biologist at Mayo Clinic.
The research interests of Darren J. Baker, M.S., Ph.D., are focused on the involvement of senescent cells in the processes of aging and cancer.
Cellular senescence, a state of irreversible cell cycle arrest that limits the ability of cells to divide, is a potent anti-tumor mechanism that is also a common feature of aged tissue. Instead of simply being resident cells within a tissue, senescent cells promote various age-related phenotypes due to components that they secrete.
Studying the role of cellular senescence in vivo, however, has been difficult due to the lack of reliable markers and the inability to selectively manipulate these cells in animals.
Visit website: https://www.mayo.edu/research/faculty/baker-darren-j-ph-d-m-s/bio-00027985
See also: Mayo Clinic - Non-profit American academic medical center focused on health care, education, and research
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Killing of senescent (aging) brain cells with an enzyme stopped the progress of dementia
Cells accumulate damage in their DNA. Eventually become senescent – i.e. they stop dividing – an...
Cells eventually stop dividing to replace damaged neighbours and to into senescence. Senescent c...