GaudilliereLab

La France vient d'achever la formation de la première promotion de pilotes ukrainiens sur Alphajet. Depuis mars 2024, l'@Armee_de_lair forme des pilotes 🇺🇦 répondant à un besoin opérationnel de @DefenceU. Soutien résolu de la France à l'effort de guerre ukrainien.

We are thrilled to be ranked #1 in NIH anesthesia research funding nationwide! Each member of our faculty plays a crucial role in contributing to our department's success.

"With medicine I could have the intellectual curiosity, but also the chance to talk with people and enjoy the human experience." – Brian Smith, a second-year medical student at Stanford #Medicine #WeAreStanfordMed stan.md/49AuoIm

🔴Comment l’armée française aide les Ukrainiens sur le front - On décrypte le monde Colonel Pierre Gaudillière : "Les armées françaises ont formé 10 000 militaires ukrainiens" sudradio.fr/emission/on-de…

Pleased to share that our Next Generation Partnership Network is funded by the Excellence Initiative! Looking forward to stimulating collaborations on preterm birth with @univgroningen @fetalprogram @GaudilliereLab @inannelies @unihh

Congratulations to world-renowned reproductive biologist and member of the Robinson Research Institute, Prof Sarah Robertson AO, on being awarded Officer of the Order of Australia! ➡️adelaide.edu.au/robinson-resea… @choosy_uterus #researchexcellence

Are you passionate about placental immunology and skilled in computational biology? We're assembling the coolest team in town! Join us! #NGLLab @WUSTL @WUSTLmed @WashU_OBGYN @wusm_pathology wustl.wd1.myworkdayjobs.com/External/job/W…

Exciting news! Our latest single-cell RNA-seq study in @ScienceTM is out! Dive into the details of maternal-fetal crosstalk during parturition: science.org/doi/10.1126/sc… Big shoutout to the fantastic former #PRBTeam #NGLLab @valeriaqbp @rogerpique @AJOGEd_RR @AdiTarca @NICHD_NIH

@nardhygomez @ScienceTM @valeriaqbp @rogerpique @AJOGEd_RR @AdiTarca @NICHD_NIH @derektm9 @josegalaz @xyyixu @waynemedicine Fantastic work! Congratulations!

Super proud to see our work in Nature Biotech. A new machine learning method aiming to translate biomarker discovery into tangible clinical applications. In concrete examples, Stabl moves the needle towards accurate prediction of preterm birth and post-surgical infections. A true multidisciplinary effort! Thanks to all authors and collaborators! @JulienHedou @Andrea__M @msirota84 @NimaAghaeepour @MarchofDimes @NIGMS @NICHD_NIH @stanfordanes @StanfordMCHRI

Discovery of sparse, reliable omic biomarkers with Stabl go.nature.com/4aKotSr

Happy to share our new paper out today in genome biology on benchmarking differential abundance methods for their ability to identify condition-specific prototypical cells. Evaluated on both scRNA-seq and CyTOF! Congrats to @haidyi1 for leading this work! genomebiology.biomedcentral.com/articles/10.11…

In our paper, just out in @NatureBiotech, we introduce Stabl, a new machine learning method to facilitate the clinical translation of biomarker discovery studies. go.nature.com/4aKotSr Congrats to all! Huge thanks to our many collaborators! @JulienHed @Andrea__M @NimaAghaeepour @msirota84 @MarchofDimes @NIGMS @NICHD_NIH @StanfordMCHRI

Join the thriving #neuroscience community @Stanford ! We are recruiting a basic neuroscientist to @stanfordanes with interests broadly relevant to Anesthesiology including pain, sensory systems, aging, addiction, perioperative medicine, cognition...RT! facultypositions.stanford.edu/en-us/job/4946…

RT @GarryPNolan: It's not every day one gets to talk to Stanford Alumni Magazine about the possible existence of non-human intelligence.…

Postdoctoral Fellow Amelie Cambriel presents “An Immune Signature of Surgical Site Infection: A retrospective study with a novel machine learning pipeline for bio marker identification” at the Stanford Anesthesia Research Dinner.

PGY-1 Amy Tsai presents "Integrated Mass Cytometry Accurately Predicts Hemorrhagic Transformation in Acute Ischemic Stroke Patients Treated with Endovascular Therapy" at the Stanford Anesthesia Research Dinner! Major collaboration with our amazing colleagues in France.

Medical Student Brian Smith presents “A High-Throughput Mass Cytometry Assay to Investigate Immune Cell Modulation of Anesthetic Drugs” at the Stanford Anesthesia Research Dinner!

Visiting Professor Masaki Sato presents “A multiplex mass cytometry assay for high-throughput immunomodulatory assessment of candidate drugs to prevent preterm birth” and received the People’s Choice award for best poster at the Stanford Anesthesia Research Dinner!

Integrated plasma proteomic and single-cell immune signaling network signatures demarcate mild, moderate, and severe COVID-19 @Dave_McIlwain @GarryPNolan @gaudillierelab @StanfordMed dlvr.it/SX6ml6