In a shocking turn of events, NASA's controversial study claiming to have found an arsenic-based lifeform has been retracted after 15 years. Critics argue the findings were flawed, igniting debates in the scientific community. Here’s what you need to know.
Discover the remarkable findings on why Amish children have significantly lower rates of asthma and allergies. Researchers unveil the role of farm dust and microbial exposure in shaping healthy immune systems.
A groundbreaking study reveals that certain human gut bacteria can absorb and store harmful PFAS, potentially offering a new way to mitigate their health impacts. Could boosting these microbes be the key to protecting our bodies from these toxic 'forever chemicals'?
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 uncovered a natural method to regulate blood sugar levels by enhancing gut microbes, potentially reducing sugar cravings like popular diabetes drugs. This groundbreaking research could transform diabetes prevention strategies.
New research suggests that life on Earth may have emerged much more quickly than previously believed. With evidence dating back over 4 billion years, scientists examine the implications for life on other planets. Discover how this groundbreaking analysis reshapes our understanding of life's origins!
A groundbreaking discovery reveals that ancient microbes have been found alive in 2-billion-year-old rocks, reshaping our understanding of life's resilience and offering new insights into the evolution of early life on Earth.
