Latest posts tagged with #BioMed on Bluesky
"The 2026 results found more than four in five physicians (81 percent) use AI in their practices, more than double the 2023 rate (38 percent). Physicians are cautiously optimistic about the promise of #AI" #BioMed www.ama-assn.org/press-center...
endoscopy vs blood tests 🤔
By identifying antibodies created when the immune system responds to gluten, blood testing can now help in the diagnosis of celiac disease. In certain cases, doctors may be able to diagnose the illness without a biopsy due to extremely high antibody levels.
#biomed #NHS
I work on yeast in large part due to David Botstein and the "awesome power of yeast genetics" #BioMed
#BioMed #AI "Ramaswamy and his colleagues created 60 realistic patient scenarios covering health conditions from mild illnesses to emergencies. Three independent doctors reviewed each scenario and agreed on the level of care needed, based on clinical guidelines."
🌟 The BioFlux Digest is here! Get rapid insights into Gilead's cancer therapy moves, GSK's lung health innovations, MiniMed's diabetes tech, and more. Stay ahead with top Bio-Med-Health Tech highlights. Access Now! #Innovation #Digest #BioMed #HealthTech #Nextechie
url.nextechie.in/fCu5ZQ
Very interesting #BioMed
mRNA vaccines are one of the biggest advances in #BioMed #Science in the 21st Century and are directly responsible for saving millions of lives during Covid pandemic. RFK Jr and Republican Party want to block further developments and applications of mRNA vaccines.
Get the latest Bio-Med-Health tech highlights in our FREE BioFlux Digest.
This week's edition covers the AI revolution:
Faster drug discovery 💊
A massive tech-bio IPO 📈
Smarter heart diagnostics ❤️
Access Now: url.nextechie.in/geQTml
#AI #Innovation #MedTech #BioMed #Nextechie
Promotional graphic from the Human Reference Atlas introducing the Spatial Omics Gallery and the Cell Distance Explorer feature. The image shows a grid of colorful single-cell spatial omics visualizations—dense cellular patterns, radiating structures, and clustered cells derived from spatial proteomics and spatial transcriptomics datasets. Text highlights analysis of cell-to-nearest-endothelial-cell distances across 14 studies, 12 tissue types, 399 datasets, and over 47 million cells.
Promotional graphic from the Human Reference Atlas announcing a new bioRxiv preprint titled “Exploring endothelial cell environments across organs in spatially resolved omics data.” The design features abstract, vibrant single-cell spatial omics imagery in pinks, blues, and purples, representing spatial proteomics and transcriptomics data. A QR code and DOI link are included for accessing the preprint.
The new feature for the Cell Distance Explorer app: Spatial Omics Gallery is now live!🎉
Explore the new Spatial Omics Gallery: apps.humanatlas.io/cde/gallery
Read the preprint: doi.org/10.1101/2025...
#research #collaboration #biomed
@katyborner.bsky.social
✨Join Juhi Khare, Product Designer at CNS as she gives a talk on VR.
📅Wednesday, 18th Feb
🕓12PM - 1:30PM ET
📍159, Herman B Wells Library, IU
🔗Register Now: events.iu.edu/cewit/event/...
#virtualreality #datavisualization #biomed #WomenInTech
