A groundbreaking discovery on China's Tiangong space station reveals a new rod-shaped bacterium named Nialla tiangongensis. Researchers are intrigued by its origins and implications for life beyond Earth.
A new study reveals that dozens of extremophile bacteria were discovered in a NASA clean room used for quarantining the Phoenix Mars lander, raising questions about microbial survival in space and contamination risks.
A new strain of microbe, Niallia tiangongensis, has been discovered aboard China's Tiangong space station, highlighting its unique adaptations to space conditions and the importance of microbial studies for astronaut health.
Scientists have discovered a previously unknown microbe aboard China's Tiangong space station. Named Niallia tiangongensis, this resilient bacteria raises questions about astronaut health and space conditions.
In an exciting discovery, scientists have identified a unique microbe inside China's Tiangong space station. Named Niallia tiangongensis, this strain may hold the key to understanding microbial survival in space and safeguarding astronaut health.
Scientists have discovered a new bacterium, Ca. Electrothrix yaqonensis, that conducts electricity and offers groundbreaking potential for pollution cleanup and bioelectronics. Found in Oregon, this bacterium could revolutionize various industries.
Discover the fascinating link between Earth's slowing rotation and the evolution of oxygen in our atmosphere. This groundbreaking research reveals how day length influences microbial oxygen production.
A new study reveals a troubling link between a common gut bacteria and early onset colorectal cancer. Learn how colibactin may be the hidden culprit behind rising rates in young adults.
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Discover how a surge of phosphorus transformed Earth's oceans and spurred the evolution of complex life forms 2.1 billion years ago. This groundbreaking research rewrites our understanding of early biology.
