Online now!✨@anamikaa_yadav et al develop a framework to quantify tissue structural aging, without training on chronological age, using GTEx histology image data, finding distinct and coordinated organ aging trajectories @Sanjusinha7@sbpdiscovery https://t.co/Ih0gcAkNlo
✨Rajesh et al also report an unexpected role for the cell cycle regulators cyclin D1 – CDK6, as regulators of SASP via DNA damage and cGAS-STING. Blocking this pathway with palbociclib improves motor function and frailty in aged mice @AdamsBioAging https://t.co/z5T4tMEiat
Michael Alcaraz, a very talented PhD student, led this study showing that NAMPT activation uncovers a senescence-specific vulnerability and promotes healthy aging in combination with NAM. Small molecule NAMPT activator to boost NAD+, identified at SBP. https://t.co/N22meMRjAG
Senescent cells secrete chromatin components via senescence-associated extracellular particles --- New study from recently graduated PhD student in the lab, Lana Zaretski, co-supervised by Malene Hansen @thehansenlab and myself. Great job, Lana! https://t.co/Cd9rbkCOjR
For this MS, super post-doc Hiroshi Tanaka chose to manipulate nucleosome stability and assess impact on cell identity, resilience and aging. The data support that idea that nucleosome stability promotes phenotypic maintenance and healthy aging. https://t.co/cT22p9qdq2
New @NatureGenet review from our NIH SenNet @sennetresearch OMICS WG co-led by @shenglilab
We share practical considerations for identifying, characterizing & spatially mapping #CellularSenescence, plus computational #multiomics insights!! https://t.co/0tzCS4tW6r
I'm excited to share this new MS led by fabulous PhD student Adarsh Rajesh "Targeting Cyclin D1-CDK6 to Mitigate Senescence-Driven Inflammation and Age-Associated Functional Decline".
https://t.co/kMWlG0JwgK
I'm excited to finally share this work led by @FarahJaberH : Inactivation of Histone Chaperone HIRA Unmasks a Link Between Normal Embryonic Development of Melanoblasts and Maintenance of Adult Melanocyte Stem Cells. Published in Aging Cell. https://t.co/0pTh118z4y
In Episode 2 of the Discovery Dialogues Podcast, we recount the fascinating story of the race to clone the first human gene. Featuring Herb Boyer and Keiichi Itakura. YouTube: https://t.co/ZDcD59v8FZ
🚨 Calling senescence researchers!
Applications are open for the #ICSARome2025 DEI
& @YicsaC Travel Fellowships 🌍✈️
Need-based & merit-based awards available to attend our annual meeting in Rome 🇮🇹
🗓️ Deadline: May 15
🔗https://t.co/C06pHrr7YT
& https://t.co/ixdn1s8WNZ
📢 Join our next #yICSA Webinar!
🔬 Silvina Sonzogni will discuss her career, senescence research, & challenges of building a research career in Latin America.
📅 March 28, 12:00 CET
🔗 Register: https://t.co/jimC2isb9t
#yICSAWebinarSeries
With great joy! I want to share with you our recent work on how Bile acid synthesis impedes tumor-specific T cell responses during liver cancer | Science thanks to all the authors and @Tcellogic @salkinstitute https://t.co/vCJB5q8DsS
Our institute is excited to host The Myeloid Precursor this Thursday, a fun mini symposium on AML with great talks, a panel discussion on AML, and a poster session. If you are in San Diego this Thursday and interested, please register here. https://t.co/8MFjjLBfTM
🚀 We're thrilled to announce the launch of the #yICSAWebinar Series, connecting young scientists in the field of senescence! 🌍
Check out our introduction video to learn more about what’s coming up! 🎥
https://t.co/pStYjMixcE
New study led by talented post doc in the lab @Aaron_Havas : 1) aged tissues at increased risk of cancer due to "precarious balance"; 2) age-activated IFN signaling is an adaptive response to prevent cancer in older tissues, but w/ maladaptive consequence. https://t.co/7matXAcget