@promegauk.bsky.socialDetecting #apoptosis? One method rarely tells the whole story
Caspase activity, phosphatidylserine externalisation, mitochondrial changes, and DNA fragmentation each mark different stages of programmed #CellDeath
Combining methods gives the most reliable readout: https://ow.ly/VRY250ZSL7u
@talius2.bsky.socialA #missing piece in the #celldeath and #inflammation #signaling pathway #puzzle has been revealed
A protein has been found to be vital to driving programmed cell death pathways, shedding new light on how cells maintain balance & trigger inflammation>> scitechupdates.com/a...
@genesndiseases.bsky.social#Hexokinase2 does more than fuel cancer metabolism.
This review shows how it regulates #CellDeath, reshapes the #TumorMicroenvironment and promotes immune evasion, highlighting HK2-targeting therapies as promising strategies.
#OpenAccess #GenesAndDiseases: doi.org/10.1016/j.ge...
@sigtrans-sttt.bsky.socialHow do gasdermin proteins execute inflammatory #CellDeath and drive disease pathology?
Insights into their activation, membrane pore formation, cell-death crosstalk, and context-dependent roles in #Inflammation, infection, and #Cancer.
@promise-theme.bsky.socialThanks to everyone who made the 2nd PROMISE Research Day on Sept. 23 a success!
Special thanks to our co-hosts, speakers, presenters, judges, patient & community partners, trainees, researchers, attendees, and sponsors Research Manitoba & Elsevier/Cell Death.
#CHRIM $CCMB #ResearhMB #CellDeath
@discovimmunol.bsky.social🧬 Open‑access research reveals that CASPASE‑8 supports αβ T‑cell survival through mechanisms independent of RIPK1‑mediated necroptosis, with key roles in CD8 T‑cell maintenance and NKT cell development.
👉 vist.ly/5kqxj
@fudiwang.bsky.socialOur Science Bulletin @sciencebulletin.bsky.social cover art and animation draw inspiration from Three Pools Mirroring the Moon. Either loss or excess of SLC7A11 disrupts amino acid homeostasis and induces ferroptosis, promoting MASLD. PMID: 39366830 #Ferroptosis #CellDeath #MASLD #MAFLD
@smtevidence.comAll the ways a cell can die — and why the variety matters.
Scientists are poking holes in established ideas about how cells live and die, and are harnessing these discoveries to fight diseases from cancer to autoimmune conditions.
@talbotlabtsl.bsky.socialIn Cologne for International Symposium of Cell Death - fantastic interdisciplinary group assembled here. #CellDeath
@vaccinologist.bsky.socialWe used to learn that #cells mainly die by #apoptosis or #necrosis. Today, scientists describe 20+ forms/pathways of #celldeath, from pyroptosis and ferroptosis to necroptosis, cuproptosis and disulfidptosis. #Cellbiology has changed enormously. lnkd.in/p/e-6ew_i8
@elementjournal.bsky.socialElement Scientific Exploration Webinar
đź“… Oct 21, 2026 | 13:30 (UTC+8)
đź“Ť Zhejiang University + Online
Join Prof. Tom Vanden Berghe for “To Die or Not to Die: Targeting Ferroptosis in Disease”
Scan the Poster to Register Free
#Ferroptosis #CellDeath @fudiwang.bsky.social
@trail4l.bsky.socialNew findings on the non-lethal functions of cell death proteins highlight their roles in cancer progression, signalling and immunosuppression—closely aligning with the concepts explored by TRAIL4Life.
@elementjournal.bsky.socialExploring the latest advances in cell death biology—from ferroptosis and apoptosis to necroptosis and pyroptosis. 🧬
📢 ow.ly/T1Si50ZynV4
@natcellbio.nature.comđź‘‹Our September issue's out!
Cover: #embryo implantation mechanics
👉Perspective on #ferroptosis
🔬: #mechanobiology #CellDeath #autophagy #chromatin #RNA #mitosis #circadian control #ribosome #brain #ExtracellularVesicles #transcription #MassSpectrometry & more!
