Geremy Clair (@grmyclair) 's Twitter Profile
Geremy Clair

@grmyclair

Breathing and pathogens multi-omist. Fascinated by cool science and the power of images! (he/him)

ID: 531292881

calendar_today20-03-2012 12:51:11

721 Tweet

356 Followers

685 Following

American Thoracic Society (ATS) (@atscommunity) 's Twitter Profile Photo

Join ATS_RCMB ATS AII and ATSPeds on 4/13 at 3pm ET for a joint webinar on “An Atlas on Mouse and Human Lung Development.” Register here: thoracic.zoom.us/meeting/regist… Geremy Clair Nick Negretti jon kropski @P3p7id3 #FOAMed #MedEd #SoME

Join <a href="/ATS_RCMB/">ATS_RCMB</a> <a href="/ATS_AII/">ATS AII</a> and <a href="/ATSPeds/">ATSPeds</a> on 4/13 at 3pm ET for a joint webinar on “An Atlas on Mouse and Human Lung Development.” Register here: thoracic.zoom.us/meeting/regist… <a href="/GrmyClair/">Geremy Clair</a> <a href="/nicknegretti/">Nick Negretti</a> <a href="/JKropski/">jon kropski</a> @P3p7id3 #FOAMed #MedEd #SoME
Human BioMolecular Atlas Program (HuBMAP) (@_hubmap) 's Twitter Profile Photo

Here, Human BioMolecular Atlas Program (HuBMAP) researcher Kevin Zemaitis of Pacific Northwest National Laboratory shows MALDI MS_Imaging of human pancreas, highlighting the location insulin and two different proteoforms of histone H4. Image of the Week is here to break things down and make things easy to digest like a pancreatic enzyme!

Here, <a href="/_hubmap/">Human BioMolecular Atlas Program (HuBMAP)</a> researcher Kevin Zemaitis of <a href="/PNNLab/">Pacific Northwest National Laboratory</a> shows MALDI <a href="/imaging_ms/">MS_Imaging</a> of human pancreas, highlighting the location insulin and two different proteoforms of histone H4.  Image of the Week is here to break things down and make things easy to digest like a pancreatic enzyme!
YingZhu (@nanopots_scp) 's Twitter Profile Photo

As single cell proteomics person, we always try to compare protein measurements to transcript, what if we can do both on the same cells? Great job by @cajun_science and collaboration between Environmental Molecular Sciences Laboratory (EMSL) and Cellenion biorxiv.org/content/10.110…

Geremy Clair (@grmyclair) 's Twitter Profile Photo

You are (or you know) a great student with experience in mass spectrometry imaging who would like to be part of a fantastic scientific journey. We have an open postdoc position at PNNL. careers.pnnl.gov/jobs/4175?lang…

Chris Anderton (@the_anderplants) 's Twitter Profile Photo

Just published by our Pacific Northwest National Laboratory Lungmap team (led by Jessica Lukowski): An optimized approach and inflation media for obtaining complimentary MS-based omics data from human lung tissue Theodore Alexandrov Geremy Clair @P3p7id3 YingZhu frontiersin.org/articles/10.33…

NIH Common Fund (@nih_commonfund) 's Twitter Profile Photo

DYK that lipids, long chains of fatty acids, are inside your lungs & prevent cells from collapsing when you exhale? #_hubmap researcher Dr. Brittney Gorman Pacific Northwest National Laboratory shows where different #lipids reside in the #lung w/MALDI-MSI. It will make you insane in the membrane!

DYK that lipids, long chains of fatty acids, are inside your lungs &amp; prevent cells from collapsing when you exhale? #_hubmap researcher Dr. Brittney Gorman <a href="/PNNLab/">Pacific Northwest National Laboratory</a> shows where different #lipids reside in the #lung w/MALDI-MSI. It will make you insane in the membrane!
Nathan Salomonis (@nsalomonis) 's Twitter Profile Photo

Happy to moderate the LungMAP Consortium #ATS2024 session describing an impressive body of discoveries, multiomic technologies and resources produced in LungMAP phase 2. Amazing collaborators and groundbreaking research.

Happy to moderate the LungMAP Consortium #ATS2024 session describing an impressive body of discoveries, multiomic technologies and resources produced in LungMAP phase 2. Amazing collaborators and groundbreaking research.
Naftali Kaminski (@kaminskimed) 's Twitter Profile Photo

The Unagi paper is FINALLY out! We present the first application. of a novel AI tool to human pulmonary fibrosis snRNAseq data to identify cellular trajectories & reversak perturbations with proteomics & PCLS validations!! See 🧵 👇🏼 and paper here nature.com/articles/s4155…

The Unagi paper is FINALLY out! We present the first application. of a novel AI tool to human pulmonary fibrosis snRNAseq   data to identify cellular trajectories &amp; reversak perturbations with proteomics &amp; PCLS validations!!  
See 🧵 👇🏼 
and paper here 
nature.com/articles/s4155…