Multi-Omics AWG - NASA GeneLab

Are you coming? Send your name around the Moon with @NASAArtemis II mission. Grab your boarding pass here: go.nasa.gov/artemisnames

Human spaceflight has historically been framed as an engineering challenge. Increasingly, it’s a biological one. 🧬 The next era of space health research requires scientists ready to apply their expertise within the constraints of space. That’s the focus of the Crew-4 Research Fellowship. 🔗 bioastra.org/preparing-biom… #SpaceBiology #BiomedicalResearch

These 'disguised' mitochondria prolonged the life of mice with a deadly disease caused by abnormal mitochondria go.nature.com/3NKeXbq

Online Now: LENG8 mediates RNA nuclear retention and degradation in eukaryotes dlvr.it/TRZysY

Happy vernal equinox! 🍀 Today marks the first day of spring in the Northern Hemisphere and the first day of autumn in the Southern Hemisphere. After today, the Sun will shine more directly on the Northern Hemisphere than on the Southern Hemisphere until the autumnal equinox.

Crystal structure of hexameric creatininase from Pseudomonas (PDB code: 1V7Z) #scivis #molecularart @dzine_ai @proteinimaging behance.net/gallery/245801…

The spring equinox is here. 🌎🍃 Head outside and turn your observations into real science with the @GLOBEProgram Observer citizen science project. Record clouds, trees, land cover, mosquito habitats, and more to help scientists study our planet: go.nasa.gov/4stkr9C

Our @KpSeethal is a biotechnology graduate, currently pursuing her Master's in Translational Medicine, interested in translating space-based biological insights into human-centered solutions. LinkedIn profile: linkedin.com/in/seethal-k-p/ #MultiOmics #TranslationalMedicine #SpaceBio

OmicClaw: executable and reproducible natural-language multi-omics analysis over the unified OmicVerse ecosystem. biorxiv.org/content/10.648… 🧬💻🧪 github.com/Starlitnightly…

Mitochondria acidify lysosomes through membrane contacts dlvr.it/TRYh7H

What happens when microscopic life goes to space? NASA volunteers studied biofilms, layers of microbes that live together on surfaces, to see how they adapt to spaceflight. The results could help support astronaut and plant health on future missions: go.nasa.gov/4rDrMSX

🚀 Applications are open for the BioAstra Fellowship Crew-4! Join a 12-week, part-time research program working with scientists advancing the future of space health science. 📅 Apply by April 30 Learn more → bioastra.org/program/crew-4… #SpaceHealth #SpaceBiology #ResearchFellowship

The endoplasmic reticulum displays high polarity with low protein aggregation in human cells: Communications Biology, Published online: 03 February 2026; doi:10.1038/s42003-025-09491-wThe endoplasmic reticulum (ER) lumen displays a higher polarity and a… dlvr.it/TRR96z

Earth moves. We watch in awe. 🌍 Captured aboard the International Space Station, this timelapse shows our planet from 250 miles up. The @Space_Station is more than a window seat. In microgravity, researchers study medicine, materials, climate, and life itself in ways we simply can’t on the ground.

Crystal structure of a zinc-finger domain from human BLC11 transcription factor bound to a synthetic dsDNA (PDB code: 9YLN) #scivis #molecularart @dzine_ai @proteinimaging behance.net/gallery/245187…

Our @NJBBrereton is an Ad Astra Fellow and Assistant Professor/Lecturer at the School of Biology and Environmental Science, University College Dublin. 🏫 nicholasbrereton.wixsite.com/researchprofile LinkedIn profile: linkedin.com/in/nicholas-br… #Research #Multiomics #SpaceScience

Reverse cellular aging, treat lung diseases, and research Alzheimer's treatments. All on a small chip. Learn more about the projects awarded through this NIH/ISS National Lab collaboration: ow.ly/qesJ50YmpmY #tissuechips #microgravity #researchinspace

Ever thought of being an intern at NASA? This is your chance! Applications for the 2026 summer session and the Pathways program are open until Feb. 27. Click here to apply: go.nasa.gov/4aKITvw

Meet our Ishaan Gupta 🚀 He is a freshman studying Engineering at Stanford. His research is about tunneling nanotubes under Professor McNerney in the Analysis Working Group. LinkedIn profile: linkedin.com/in/ishaangp/

Molecular basis for anti-jumbo phage immunity by AVAST type 5 dlvr.it/TR43rl