
UCSF Bakar Aging Research Institute
@UCSFAging
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Our Institute brings together scientists and clinicians from all UCSF campuses to address the most critical and intractable questions related to Aging.
San Francisco, CA
Joined January 2021
RT @Nature: “It’s a paradigm shift to know that the silent X doesn’t stay asleep,” says Dena Dubal, a neuroscientist and neurologist at the….
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Research from @ishahjain and colleagues published in @CellCellPress shows that HypoxyStat, can prevent or reverse #mitochondrial disease in a preclinical mouse model.
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RT @DenaDubal: The X chromosome inherited from mom impairs cognition and speeds up brain aging. Check out our latest @Nature. @UCSFAging….
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Check out T. Richard Parenteau's work in the Journal of Investigative Dermatology published in December! This study links the age-related increase in epidermis permeability with #inflammaging. Read the article here:
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RT @ryanlinnbrown: 🧩The next episode of the Stress Puzzle, featuring Dr. Megan Gunnar discussing puberty and stress system recalibrations,….
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Compelling data coming from a multi-institution collaboration that included our executive committee member @DJ_Laird! Looking forward to unlocking more naked mole rat secrets.
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Interesting work by @YousinSuh, Marco Conti and colleagues published in @NatureAging. Multi-omic analyses revealed #mTOR signaling as a prominent #ovary-specific #aging pathway.
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RT @ucsfpenglab: Check out Jin Young's insightful review on the similarities between pathologic senescent fibroblast populations identified….
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Interesting collaboration coming from the @UCSFGouldLab and @TamaraAlliston lab to identify an unexpected role of #collagen type IV in bone biology in connection with #TGFβ
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@UCSFAging and the UCSF Hillblom Center for the Biology of Aging are proud to announce the recipients of our graduate student fellowship awards! Congratulations!
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We'd like to congratulate Dr. @saralahue for receiving the @NIHAging Paul B. Beeson Emerging Leaders Career Development Award! Her studies aim to determine the mechanistic links between biological age, delirium, and traumatic brain injury.
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Leonard Hayflick had an outstanding career, conducting research on aging for over 50 years. He joined @UCSF in 1986 as Professor in the Department of Anatomy. He passed away in his home at the age of 96.
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Work by Dorothy Chiu, @Dr_Epel, Elissa Hamlat, and others shows that dietary patterns are associated with epigenetic aging. Link to original article in 🧵 .
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Check out this podcast hosted by one of our past postdoc fellowship awardees @ryanlinnbrown! She is also an incoming assistant professor @TexasTech this fall. @UCSFPsychiatry.
We’re excited to announce The Stress Puzzle podcast, hosted by @RyanLinnBrown, with the first episode out 8/27! The Stress Puzzle promotes high-quality stress science through engaging conversations with experts that don't shy away from discussing the nuances of the research.
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Quieting your #mind and getting some 'deep rest' can improve your chances for healthy #longevity by allowing your cells to redirect energy to restore themselves. 👀 👉 the article featuring @Dr_Epel and colleagues' research:
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We're excited to announce our recipients of the BARI postdoctoral fellowships! Congrats @JonathanBayerl @TuranAghayev @ColineArnould1 @JeremieRispal, Jery Joy, Kate Cavanaugh, and Gurcharan Kaur!
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RT @MartinUCSF: Excited to share our preprint:. #CRISPR i-based screen of #Autism Spectrum Disorder risk genes in #microglia uncovers roles….
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A new publication by @param_p_singh in @CellCellPress suggests that diapause, a state of suspended development, evolved from remodeling of ancient gene paralogs and involves a distinct lipid profile. Read more here:
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Publication Alert! 📢 Work by Kenichi Toma from @xinduan's lab in @CellCellPress featuring beautiful images coming out of the Kim Lab @UCSF Ophthalmology.
Perivascular neurons help guide the lattice of blood vessels in our eyes & cerebellum, a new study finds. UCSF’s Kenichi Toma explains that damage to the lattice may play a role in multiple neurodegenerative diseases—like #DiabeticRetinopathy & #stroke.
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