Thursday, 29 October 2026LatestVideosAboutContact
Latest
Adilabad: Five-member inter-State gang, including three juveniles, arrested for temple and house burglariesNew catalyst builds proton highways to tackle a long-standing hurdle in green ammonia synthesisWe eat desi food: Asian Games gold medallists bust fitness mythsSBI Foundation launches Rs 4.32 crore scholarship programme for 90 junior athletesTabasum Zafar Makes History as SC Collegium Recommends Her for J&K High CourtFino Payments Bank posts ₹20.9 crore Q2 loss on margin compressionARCIL’s logs 23% increase in standalone Q2 FY27 net profit at ₹147 croreHow stealth partisan outlets exploit trust in local journalismAlphabet Shares Crash 13%, Wiping Out $500 Billion As Google Ad Growth SlowsAmbuja Cements expects volume growth to outpace industry in H2Michael Carrick confirms Bruno Fernandes will remain Manchester United captainEditorial: Elderly care—Kerala shows the way
ScienceUpdated 1 hr ago

Capturing our closest archaeal relatives offers clues to the origin of eukaryotes

Image: Phys.org

A collaborative research team led by Hiroyuki Imachi and Masaru K. Nobu of the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) and Satoshi Nakagawa of Kyoto University has for the first time isolated and cultivated two strains of Heimdallarchaeia, a group of archaea that are among the closest known archaeal relatives of eukaryotes—the organisms that include humans and other…

Continue reading on Phys.org

Hello Headlines links you to the original publisher for the full story.

Read full story

More in Science

See all