"🚀 Klebsiella lineages have been identified aboard the International Space Station! 🧬 This finding underscores the importance of monitoring microbial communities in space. 🌌 Learn more: https://t.co/OwyIdCsqj3 #SpaceMicrobiology@NASA@NASAJPL@NASAGeneLab
Our latest discovery, "Description and Genome Characterization of Three Novel Fungal Strains Isolated from Mars 2020 Mission-Associated Spacecraft Assembly Facility Surfaces–Recommendations for Two New Genera and One Species." w/ @Nitin_NJC Venkat, & JPL https://t.co/CCaeJN2RXS
Our new paper analyzing 402 longitudinal environmental and host-associated ISS metagenomes shows that Acinetobacter pittii is showing signs of adaptation and inter-crew succession on the space station. Bravo @BradenTierney@Nitin_NJC & Venkat @NASAJPL https://t.co/gi27SOD73P
Biotechnology in Planetary Protection, NASAJPL outreach talk at SMIMS, India. Thanks to amazing SMIMS team and students. Thanks to BPPG and @moogega for support. Hope to continue the journey of talking to amazing students around India, and World.
Check out our latest paper driven by @compBiology utilizing a machine learning approach to identify antimicrobial resistant microbes growing on the surface of the International Space Station: https://t.co/SRUZav8RZ9
@mason_lab@VenkatJPL@Nitin_NJC
New preprint❗️Antimicrobial resistance the International space station🚀
thank you to the amazing coauthors who made this possible @mason_lab Kasthuri Venkateswaran's team @Nitin_NJC@ia_uned and @AfshinBeheshti at @NASAAmes
https://t.co/JnbSOA3EH1
A fun project is now out! "Genomic Characterization of the Titan-like Cell Producing Naganishia tulchinskyi, the First Novel Eukaryote Isolated from the International Space Station" thanks to @NASAJPL and @ISS_Research@jfoox@asierra93@Nitin_NJC https://t.co/sFhZz8oTu2