
Giant Viruses: Are They Redefining the Tree of Life?
Dive into the world of giant viruses and their potential to revolutionize biology by forming a fourth domain of life, alongside bacteria, archaea, and eukarya.
Dive into the world of giant viruses and their potential to revolutionize biology by forming a fourth domain of life, alongside bacteria, archaea, and eukarya.
Delve into the fascinating world of high-energy physics as we explore how experiments at the Large Hadron Collider are helping scientists understand the universe's earliest moments. Discover how the study of quark-gluon plasma is revolutionizing our understanding of matter and energy.
New research reveals that powdery mildew, a widespread plant disease, has evolved to thrive on lipids (fats) rather than carbohydrates. This discovery could revolutionize our understanding of fungal nutrition and plant disease control.
Discover how mothers regulate their offspring's future development through maternal mRNAs! Learn about the sequential protein regulation and how this process affects development.
Explore the groundbreaking research on Brazilian yeast strains and their potential to revolutionize 2-PE production, a key ingredient in perfumes and other industries. Discover how this natural alternative could replace toxic chemical processes.
Is ramie powder the secret weapon for pig farmers? Dive into the science behind this natural supplement and learn how it can transform your pig's health and productivity.
The Japan Monkey Centre launches a digital brain archive, providing unprecedented access to primate brain data for researchers worldwide. Learn how this initiative is fostering advancements in neuroscience, conservation, and veterinary medicine.
Scientists uncover that ASMase, an enzyme involved in cell membrane repair, plays a surprising role in the entry of iota-toxin into cells. Understanding this process could lead to new strategies to combat the toxin's effects.
In the complex world of proteins, tiny modifications can have huge impacts. PTMiner is a new tool that's changing how scientists analyze these modifications, offering unprecedented insights into human health.
Explore the groundbreaking study of the Musa balbisiana chloroplast genome, uncovering key insights into banana domestication, genetic diversity, and potential strategies for crop improvement.