NASA GeneLab

[NASA GeneLab @NASAGeneLab]

#NASAGeneLab helps scientists understand how the fundamental building blocks of life - #DNA,#RNA, proteins, and metabolites - change from exposure to #microgravity, #radiation, and other aspects of the #space environment. Check out it out: https://t.co/gdw1WtmSOw

[NASA GeneLab @NASAGeneLab]

📢 ATTENTION ‼️ OSDR accounts are sunsetting as part of NASA’s social media consolidation. They’ll remain as a resource but won’t be updated/monitored. Follow OSDR @NASAScience_ (X), @nasascience_ (IG), NASA Science (FB), & ScienceAtNASA (YT) for updates.

[NASA GeneLab @NASAGeneLab]

🚀 Big news! OSDR & PSI have teamed up on a new, unified home under NASA’s BPS Data page. Now you can explore biological 🧬 and physical ⚛️ science datasets all in one place - easier navigation, modern tools, and streamlined data access.

🔗 Check it out: https://t.co/e1AB50yYk3

[NASA GeneLab @NASAGeneLab]

🚀 🌶️ What's hot in genomics research? This new space-grown chile peppers study is a giant leap for astronaut food & plant science! Explore the dataset now available from #OSDR! 🧬

🌐https://t.co/HXuMqZQ14t

[NASA GeneLab @NASAGeneLab]

☢ What happens when tumors grow in different diets + environments? Now available to help answer that question, #OSDR has processed RNA data from Trp53-null mouse tumors!

🌐 https://t.co/2vIa8oNn7F

[NASA GeneLab @NASAGeneLab]

🐭 🧬 Check out this latest processed mouse transcriptomics dataset from RR-23! What clues can we get about the effects of spaceflight from adrenal glands... or their application to health on Earth?

🌐 https://t.co/rQ9UhI0PkE

[NASA GeneLab @NASAGeneLab]

🧠✨ What happens to mini-human brains in space? This transcriptomics dataset reveals how microgravity shapes iPSC-derived cortical organoids. Explore the future of space neuroscience in this newly processed dataset available from #OSDR! 🚀🔬

🌐https://t.co/MKJOOT1zOf

[NASA GeneLab @NASAGeneLab]

🚀 What's the buzz with fruitflies? This transcriptomics Drosophila dataset explores both host and pathogen virulence relationship. Processed data now available for you in OSDR! 🧬

🌐 https://t.co/aHoHs6mJp1

[NASA GeneLab @NASAGeneLab]

🌌🧬 Ever wondered how space changes the brain? Explore this newly processed transcriptomics dataset on space-grown dopaminergic organoids. Now available through #OSDR! 🚀🔬

🌐https://t.co/TYHBxScT6B

[NASA GeneLab @NASAGeneLab]

🚀🐭 Another processed transcriptomics dataset available on #OSDR! How can this mouse lung data from the RR-23 spaceflight mission help us to explore how life functions beyond Earth? 🔬🧬

🌐 https://t.co/AuzidBlL7n

[NASA GeneLab @NASAGeneLab]

🌙🌱 Tiny green space travelers, but not what you might think... Element content data from seedlings & liverworts flown on Apollo 15 & 16 are now available on #OSDR! 🔬✨

🌐 https://t.co/pZ0rxere6a

[NASA GeneLab @NASAGeneLab]

📣 🧠 Got five minutes to learn about Moon, Mars, and neurodegeneration? Watch this video featuring Dr Nilufar Ali as she discusses how terrestrial medical studies on Parkinson’s disease enable space exploration!✨ #SpaceHealth #SpaceOmics

🎙️https://t.co/v1pA9F1KaC

[NASA GeneLab @NASAGeneLab]

Missed the latest installment of "Meet the Authors"? Not to worry...we've got you covered. Watch the latest OSDR-enabled publication panel discuss their research regarding insights on immune and host systems for Moon & Mars missions. #SpaceHealth

🎙️ https://t.co/2bSDrtBji0

[NASA GeneLab @NASAGeneLab]

🐭🧬 Do livers live up to their name… in space? Perhaps this processed transcriptomics dataset from mice flown on the RR-23 mission can help us decide! Now available on #OSDR! #SpaceHealth #SpaceOmics #SpaceBiology

🌐 https://t.co/pFW3DBCHHn

[NASA GeneLab @NASAGeneLab]

🐭 If you give a mouse a cookie, he might ask you about his heart health… but fear not, this new transcriptomics dataset is just what you need! Explore the long-term effects of diet and irradiation on mouse hearts now available from the OSDR!

🌐 OSD-881: https://t.co/hl8Y1O9que

[NASA GeneLab @NASAGeneLab]

🥬🌒 Old samples, new knowledge… Veggie seedlings grown in Apollo 14 moon dust still absorb key minerals! Even after 50+ years, these samples are sparking discoveries with this newly released dataset available on OSDR! 🚀🌕

🌐 OSD-883: https://t.co/dQ4mp4Unzk

[NASA GeneLab @NASAGeneLab]

Ever play a game of Telephone? Turns out, with the help of a specific protein, these cells do too….and this time, the message is about muscle regeneration. Check out this newly released mouse transcriptomics dataset available on OSDR! 🍖🐁

🌐 OSD-880: https://t.co/Rjtz28xrdF

[NASA GeneLab @NASAGeneLab]

🧬🐁 Using RNA-seq for investigating mouse muscle, this new transcriptomics dataset explores factors in muscle inflammation and repair. Newly available on #OSDR! 💪 #SpaceBiology #SpaceOmics #SpaceHealth

🌐 OSD-876: https://t.co/3E1Em2edAw

[NASA GeneLab @NASAGeneLab]

Happening today Sept 4 @ 9am PT: "Meet the Authors - Insights on Immune and Host Systems for Moon and Mars Missions". Hear insights, ask questions, and connect with experts in space health biology! #OSDR #SpaceHealth #SpaceBiology

🔗 Register now: https://t.co/jv0dxND66P

[NASA GeneLab @NASAGeneLab]

Happening tomorrow Sept 4 @ 9am PT: "Meet the Authors - Insights on Immune and Host Systems for Moon and Mars Missions". Hear insights, ask questions, and connect with experts in space health biology! #OSDR #SpaceHealth #SpaceBiology
🔗 Register now: https://t.co/jv0dxND66P

[NASA GeneLab @NASAGeneLab]

🌱 🌔 This ALSDA dataset on #OSDR is testing simulated lunar soil to see how it affects plant growth. At high levels, minerals can slow growth, but at lower levels they may actually help! Learn how this new method uses fewer materials.

🌐 OSD-856: https://t.co/UulOhIBhjB