
Silkworm Secrets: How Domestication Dims Their Sense of Smell
Explore how domesticating silkworms has impacted their sense of smell. Discover the genetic and molecular reasons behind this sensory decline and what it means for adaptation.
Explore how domesticating silkworms has impacted their sense of smell. Discover the genetic and molecular reasons behind this sensory decline and what it means for adaptation.
Dive into the fascinating world of Myxococcus xanthus and its unique survival strategies. Discover how these bacteria use phase variation to adapt to changing environments, manage resources, and enhance their long-term survival.
Ever wondered how you feel the subtle vibrations that let you experience the world? Scientists are one step closer to understanding the tiny Pacinian corpuscles in your skin. New research unveils their mechanical secrets, promising breakthroughs in haptic technology and our fundamental knowledge of touch.
Dive into groundbreaking research that uses single-cell analysis to explore the intricate gene expression patterns within the eye's lens, offering new insights into vision and potential therapeutic targets.
Delve into the fascinating world of proteins and discover how asymmetry, rather than perfect symmetry, plays a crucial role in biological processes, from cellular signaling to disease prevention.
Scientists have discovered that a protein called PfSortilin acts as a guide for other proteins within the malaria parasite, Plasmodium falciparum. This breakthrough could pave the way for new antimalarial drugs by disrupting the parasite's essential functions.
Discover how environmental metal pollution is silently affecting bat populations. This study uncovers the impact of metal exposure on bats' health, oxidative stress, and the broader implications for wildlife conservation.
Explore the personal stories and professional achievements of remarkable chemists, celebrating their contributions to science and society. From groundbreaking research to innovative products, discover the lasting impact of these extraordinary individuals.
Delve into the exciting world of synthetic biology, where scientists are engineering biological systems to solve pressing challenges in healthcare, environmental sustainability, and industrial innovation. Discover how researchers are designing robust probiotics, creating novel enzymes, and building complex genetic circuits for a brighter future.
Explore the newly sequenced genome of Pseudomonas oleovorans DSM 1045, a bacterium brimming with biotechnological potential. Uncover its unique enzymatic capabilities and how they could transform various industries.