Benoit Lehallier retweeted
Excited to share our preprint about the spatiotemporal dynamics of mammalian #brain aging. With our new map generated at @wysscoray lab, we made a step towards understanding when and how the 🧠 ages! 1/9 biorxiv.org/content/10.1101/…
Benoit Lehallier retweeted
It's time to stop making t-SNE & UMAP plots. In a new preprint w/ Tara Chari we show that while they display some correlation with the underlying high-dimension data, they don't preserve local or global structure & are misleading. They're also arbitrary.🧵biorxiv.org/content/10.1101/…
Benoit Lehallier retweeted
Replying to @j_n_justice
@j_n_justice, @blehall and Irene Martinez de Toda will talk about "Involving new blood into #geroscience".
Mark your agenda to learn more from these expert leaders at the 2nd @EGeroscience conference.
Download our cutting-edge program 👇
bit.ly/3sPzAE7
Benoit Lehallier retweeted
Blood NfL is associated with mortality in the oldest old. Great collaboration among our lab @TueNeuroCampus @DZNE_en, Tony @wysscoray @StanfordMed, Jonas Mengel-From @SyddanskUni and @MPIAGE. Maybe blood NfL can be used to assess lifestyle interventions #lifestyle and #longevity?
NEW: Age-related increase in plasma neurofilament light chain is associated with mortality in nonagenarians and centenarians and is reduced in mice undergoing dietary restriction. @MathiasJucker @wysscoray nature.com/articles/s43587-0…
Benoit Lehallier retweeted
NEW: Age-related increase in plasma neurofilament light chain is associated with mortality in nonagenarians and centenarians and is reduced in mice undergoing dietary restriction. @MathiasJucker @wysscoray nature.com/articles/s43587-0…
Benoit Lehallier retweeted
What are miRNAs and can they be used as biomarkers for aging? In my latest video I cover @tobias_fehlmann @blehall @wysscoray and others cool latest publication @NatureComms --> youtu.be/9MrOD6UFVwg via @YouTube #miRNA #aging #biomarker #scicomm #academicYouTube
Benoit Lehallier retweeted
Today is #InternationalDayOfOlderPersons so we look back to a study from @blehall, @wysscoray & colleagues where they characterize the age-related changes in human plasma proteome profiles. This may help identify potential targets for age-related diseases.
go.nature.com/34iPZoD
Benoit Lehallier retweeted
Today in @nature: Tabula Muris Senis, 1st single-cell aging cell atlas. An #opensource ref dataset of aging-related molecular changes in cells from diff mouse tissues + bio-molecular gold mine for researchers. The work is a Biohub, @Stanford + @UCSF collab go.nature.com/2Wn2vQU
Benoit Lehallier retweeted
A Nature paper shows a description of the cell-type composition of all major human organs. The RNA of over 500,000 single cells from Chinese Han donors was sequenced. These data will contribute to the international effort to complete a human cell atlas. go.nature.com/2QKpO4e
Benoit Lehallier retweeted
THE LESSONS OF THE PANDEMIC | Science science.sciencemag.org/conte…
Benoit Lehallier retweeted
Aptamer-based proteomic analysis of plasma from healthy individuals aged 18–95 years reveals wave-like patterns of protein expression that are associated with age-related diseases and phenotypic traits | go.nature.com/2t6jdbD |@wysscoray #aging
Benoit Lehallier retweeted
ApoE Christchurch mutation blocks toxic effects of amyloid, preventing tau tangles, cognitive decline in a woman with a familial #alzheimersdisease mutation. @MassGeneralNews @harvardmed @UdeA @BannerAlzheimer ow.ly/xmRn50x20kx
Benoit Lehallier retweeted
how about predicting your age based on plasma proteins? or if you are interested in how you favorite protein changes we age, Patrica Moran Losada made an app:
twcstanford.shinyapps.io/agi…
Benoit Lehallier retweeted
Excited to share Zurine DeMiguel’s study from our lab showing plasma from exercised mice transferred into sedentary ones, reduces brain inflammation and improves cognitive function! The complement and coagulation systems seem to have a key role in this: biorxiv.org/content/10.1101/…
Benoit Lehallier retweeted
Common brain disorders are associated with heritable patterns of apparent aging of the brain | Nature Neuroscience nature.com/articles/s41593-0…



















