Researcher and C😎😎L dad. @HarvardMed, @BrighamWomens. Into immunology, neuroscience, genomics, 👽.
Boston, MA
Joined January 2021
- Tweets72
- Following613
- Followers455
- Likes533
Michael Wheeler retweeted
Congratulations @mwheeler0 et al. on this elegant study showing the underlying mechanisms of how psychedelics influence neuroimmune interactions with implications for fear behaviour. Delighted to be able to contribute to this work.
nature.com/articles/s41586-0…
Michael Wheeler retweeted
Wow, wow, wow!
Psychedelic control of neuroimmune interactions governing fear
#psychedelics
nature.com/articles/s41586-0…
Michael Wheeler retweeted
Our @IsniYoung committee in action! Kuddos to @RothhammerLab @VatseDixit_Aaks @naomi_habib @HedwichF @OlgaLRojas2 @mwheeler0 and #Jeff Dong for the very first @IsniYoung session at #ISNI2023. 🎉#weareneuroimmunology
Michael Wheeler retweeted
Great talk from Michael Wheeler showing the involvement of astrocytes in stress responses
#NIM2023
Michael Wheeler retweeted
I am happy to share our systematic review "Effect of Yoga on Frailty in Older Adults"! @DrAROrkaby @AnnalsofIM @BrighamResearch @BrighamAging #yoga #aging #geriatrics #mindbody
acpjournals.org/doi/10.7326/…
Michael Wheeler retweeted
In the latest issue! SnapShot: Psychedelics and serotonin receptor signaling dlvr.it/SgVclZ
Michael Wheeler retweeted
SNI Young Time is back on September 12. This time @ 5 PM AEST (Brisbane, Australia time) with Javier Pareja from
@Britta_in_Bern
's lab and Katharina Robichon from Prof Anne La Flamme's lab. Download the flyer here --> HTTP://www.isniweb.org/wp-co…!
Michael Wheeler retweeted
Join @mwheeler0 and the rest of the ISNI Young on Monday August 15 @ 10:00 am for #ISNIYoungTime! How to connect --> isniweb.org/isni-young-time-… See you!
Michael Wheeler retweeted
Adult neurogenesis and gliogenesis in people? New evidence for it in our @NatureNeuro story on #aging and #epilepsy. Huge effort with @NeurosurgeryUSC @USCViterbi and @DrMauraBoldrini. Congrats Aswathy!
rdcu.be/cKJnj
Michael Wheeler retweeted
We are excited to share our new @Cell paper, revealing important & diverse roles played by skin fibroblasts. Our research shows how perturbations in a subset of fibroblasts characterize the development of scleroderma (SSc), a deadly autoimmune disease
cell.com/cell/fulltext/S0092…
Michael Wheeler retweeted
Excited to share our most recent paper out today in @NeuroCellPress and resource site tg.painseq.com cell.com/neuron/fulltext/S08…
Michael Wheeler retweeted
Very excited to share our review in @NeuroCellPress with @FlurinCathomas @ericMparise @holtlm90 @JMurrough @EricJNestler Patrizia Casaccia and Jia Liu @SinaiBrain. We go beyond the neuron to discuss non-neuronal mechanisms of #depression & #anxiety. authors.elsevier.com/a/1ec9l…
Great to see this out done with @hong_lee89 @QuintanaLabHMS covering astrocytes in MS, AD, PD, HD, and some psych disorders. We also consider a new nomenclature of astro subsets. Thanks @NatRevDrugDisc
Function and therapeutic value of astrocytes in neurological diseases go.nature.com/3uVkjoi This review from @QuintanaLabHMS discusses the role of astrocyte dysfunction in disorders such as Alzheimer disease and the potential of astrocyte regulation mechanisms as drug targets
Michael Wheeler retweeted
Check out our new preprint 👇and read more about a new mechanism linking obesity to Alzheimer’s disease. The fruit of a great collaboration #MichalSchwartz @AnnaGreka @stefano_suzzi @Tommaso_Croese @AdiRavid1 #OrGold @InbarShapira2
Obesity increases risk for Alzheimer’s disease. Why? In our pre-print, we propose systemic immune deregulation driven by sialic acid as a novel mechanistic link. #MichalSchwartz @NaomiHabib2 @GrekaLab @Tommaso_Croese biorxiv.org/content/10.1101/…
So proud of @LoewenthalMd for not only saving someone’s life in midair but now teaching everyone else how to do it in @NEJM! Since I slept through the whole thing I’m excited to read about it!
Learn about in-flight medical emergencies with our Interactive Medical Case! @AnandVaidya17 #meded #medtwitter
Up in the Air | NEJM nejm.org/doi/full/10.1056/NE…
Michael Wheeler retweeted
Online now: Disruption of the IL-33-ST2-AKT signaling axis impairs neurodevelopment by inhibiting microglial metabolic adaptation and phagocytic function dlvr.it/SGSNBL
Michael Wheeler retweeted
New work from our lab and #AvivRegev just out in @CellCellPress. A wonderful collaborative effort spearheaded by @alexa_schnell @linglin_huang & @MeromitS. We characterized the heterogeneity, plasticity and migration of tissue Th17 cells in-vivo. Full text:sciencedirect.com/science/ar…
Michael Wheeler retweeted
Proud to share our latest review/analysis of human transcription factor effector domains lead by @LFSoto12 together with @real_zhaorong @cssantoso_ @annaabananabell Samson Yuan, Vivian Shen and Isabella Ho, published in @MolecularCell 1/9
cell.com/molecular-cell/full…
Michael Wheeler retweeted
Excited to publish our most recent work from the lab in @PLOSBiology, showing a cell with astroglial properties that functions in the heart. 🧵👇
journals.plos.org/plosbiolog…
Michael Wheeler retweeted
Nature has a nice little piece about BARseq & MAPseq (and other techniques)!
nature.com/articles/d41586-0…