Peter Sims
@psimslab
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Associate Professor of Systems Biology | Columbia University
Joined May 2020
RT @ColumbiaMed: In a new study, @ColumbiaPS researchers discovered that mRNA COVID-19 vaccines prompt the immune system to store memory T…
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Another awesome collaboration with @DonnaFarber3! Among many other experiments, we profiled antigen-responsive T cells across the body for COVID vaccine and flu with CITE-seq. Will be interesting to see if these findings generalize to other viruses and vaccines!
We analyzed immune memory to COVID mRNA vaccines across human tissues and found durable persistence of T cell memory in lymphoid organs and lungs with enhanced regulatory functions compared to blood. @JDavisPorada collaboration with @psimslab @Teijaro_Lab
@columbia_MI
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RT @TuddenhamJohn: 🧵1/9 Excited to share our latest research on human microglia! We explored microglial heterogeneity through single-cell R…
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RT @NatureNeuro: Single-cell RNA sequencing to profile 215,680 *living* human #microglia across neurological diseases and CNS regions ident…
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RT @ColumbiaSysBio: Thank you to everyone who attended the Annual DSB Retreat. We hope that you had a wonderful, science-filled time. Con…
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RT @GeneCollector: And so it begins. This is required reading for all brain tumor docs. Vorasidenib: a new hope or a false promise for pat…
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RT @MateiBanu: Very happy to see my main project from residency @ColumbiaNeuro finally out! Cool story on mitochondrial #metabolic vulnerab…
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RT @embojournal: A cell state-specific metabolic vulnerability to GPX4-dependent ferroptosis in glioblastoma @psimslab @PCanoll @Columbia e…
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RT @hipcProject: Our collaborators @psimslab @raphg + @KenStuart18 create a "normalization" method for antibody-derived tags and integratio…
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RT @ColumbiaYan: ICYMI: check out our lab's latest publication in Cell, where we discovered that FGFBP1 is a novel marker of stemness in th…
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Fantastic work and great to see additional strong evidence of predominant 5-ALA metabolism by myeloid cells in GBM.
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RT @hipcProject: Congrats on preprint study from some of our collaborators. Shows strategy to cut batch effects + integrate single-cell pro…
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RT @raphg: Well done @yezhengSTAT! This is a significant advancement for an often under-studied data type. Great to see a method specifical…
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RT @yezhengSTAT: 🚀 Exciting news! Check out our latest non-parametric strategy to eliminate batch effects and integrate single-cell protein…
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RT @JoshGray12: We wrote a paper! γδ T cells do different things, in different tissues, at different times of your life @DonnaFarber3. Chec…
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RT @DonnaFarber3: Our study on human γδ T cells in mucosal and lymphoid tissues revealed increased frequencies, distinct functions, subsets…
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