This is an amazing opportunity to lead the frontier in illuminating changes to circadian physiology in the context of Alzheimer’s disease and related dementias!
PLEASE HELP SHARING - LOOKING FOR POST-DOCS to study the basis of sleep and circadian dysfunction in Alzheimer's and related diseases. https://t.co/62FNcgmf1e @ISTAART@NSS_PIA@ResearchSleep@SleepPIA
Many thanks to Zoe @SenJoshBecker for meeting with my @californiaalz advocate team to discuss proposals to improve state support for research and #Care4Alz. We hope to continue to lead the nation in Alzheimer’s prevention, diagnostics, treatment, and care! #ENDALZ
A huge thank you to Savanah @AsmDianePapan for meeting with my @californiaalz advocate team to discuss proposals to improve research and #Care4Alz in CA that will help us maintain our position as national leaders in prevention, diagnostics, treatments, and care! #ENDALZ
My power team for the day for meeting with the California state legislature to increase support for Alzheimer’s care and research! @AlzAdvocateCA #EndAlz#Care4Alz
And now for a unique version of #FluorescenceFriday with a little addition of showcasing the importance of protecting our beautiful brains. Epic photo before our ziplining adventure @HAIconference
Left to right: yours truly, @DrMariaALZ, Reisa Sperling, @grinberg_t, @hckolb
Amazing evening celebrating a year of achievements w/ the lab! We crushed 3 escape rooms with 0 to 1 clue—proof we’re pros at solving complex puzzles. We’ve earned every bit of our NIH awards to keep cracking the code of dementia. @GrinbergLabUCSF@UCSFmac@GBHI_Fellows@NSS_PIA
Excited to share that I've joined Bluesky! You can now find me at @leatgrinberg.bsky.social. Looking forward to continuing to share and discuss science with you all there. See you on Bluesky! 🌟"
SV2A PET tracers may help detecting synaptic loss in vivo, but a map of SV2A in human brain tissue is missing. We mapped SV2A & synaptophysin in #alzheimer & others to enhance interpretation of PET studies. https://t.co/fhuA3ctebV @UCSFmac@GrinbergLab@HAIconference@ISTAART
Poster #120 The human brain clock in neuromodulatory subcortical nuclei @NSS_PIA is vulnerable to tau pathology in the absence of amyloid, examined by Digital Spatial Profiler @nanostringtech @GrinbergLabUCSF@grinberg_t@UCSFmac see more on grinberg lab #AAIC24 below. @SleepPIA
@NeusFalgas has lead an effort to put together a unique longitudinal cohort, possible because of @hospitalclinic@sanchezvaller which undertake LC & hypothalamus imaging and get neurotransmitters measured. on the way to map @NSS_PIA in #alzheimer in vivo. Watch her #AAIC24
Excited to share our latest on #Tauopathies! 🧠 Using iPSC der-neurons with MAPT V337M mutations and novel antibodies, we showed caspase-6 cleaved tau plays a neurotoxic role. Caspase inhibitors prevented this toxicity, New therapeutic avenues? https://t.co/xnOztpQEPy @UCSFmac
The real star here is Panos Theofilas, who led these studies. If you're attending #AAIC24, check out @LiaraR_'s poster on Monday (#828) to see the results from our homebrew @QuanterixSimoa assay, developed to detect D13-tau in CSF. 🌟🔬 #Neuroscience#Research#Alzheimers