Brian Searle (@briansearle) 's Twitter Profile
Brian Searle

@briansearle

Asst Prof in Biomedical Informatics at @OSUCCC_James / @PIIO_OSU and @proteome_sw into immuno-oncology, proteomics, mass spectrometry & bioinformatics (he/him)

ID: 85214700

linkhttp://www.searlelab.org/ calendar_today26-10-2009 01:59:51

547 Tweet

1,1K Followers

495 Following

Brian Searle (@briansearle) 's Twitter Profile Photo

Come join the OSU proteomics community! We're hiring a senior staff scientist at Pelotonia Institute for Immuno-Oncology run by Zihai Li, MD, PhD to direct a mass spec proteomics facility to monitor immune proteins in cancer. A great opportunity for independent MS researchers! DM for details osu.wd1.myworkdayjobs.com/OSUCareers/job…

Pelotonia Institute for Immuno-Oncology (@ohiostatepiio) 's Twitter Profile Photo

New research in Nature Communications on rapid assay development for low input targeted #proteomics using a versatile linear ion trap. This method promises to accelerate #immuno_oncology research with #targeted_proteomics using minimal sample input. Ariana Shannon Brian Searle Zihai Li, MD, PhD

New research in <a href="/NatureComms/">Nature Communications</a> on rapid assay development for low input targeted #proteomics using a versatile linear ion trap. This method promises to accelerate #immuno_oncology research with #targeted_proteomics using minimal sample input. <a href="/ArianaShannon/">Ariana Shannon</a> <a href="/briansearle/">Brian Searle</a> <a href="/Zihai/">Zihai Li, MD, PhD</a>
Teeradon Phlairaharn (@teerap16) 's Twitter Profile Photo

It was a lovely chance to share a bit about this work and journey in the „Researcher Spotlight“ interview. ionopticks.com/2025/09/17/whe…

It was a lovely chance to share a bit about this work and journey in the „Researcher Spotlight“ interview. 

ionopticks.com/2025/09/17/whe…
Zihai Li, MD, PhD (@zihai) 's Twitter Profile Photo

Our new nature study reveals a proteotoxic shock as a key mechanism of T-cell exhaustion. TexPSR (proteotoxic stress response in T-cell exhaustion) is driven by increased protein synthesis + buildup of misfolded proteins, leading to T-cell dysfunction. 👉 rdcu.be/eI3ch

Our new <a href="/Nature/">nature</a> study reveals a proteotoxic shock as a key mechanism of T-cell exhaustion. TexPSR (proteotoxic stress response in T-cell exhaustion) is driven by increased protein synthesis + buildup of misfolded proteins, leading to T-cell dysfunction.
👉 rdcu.be/eI3ch