Explore how bacterial communities and metabolites create natural preservation in soybean pastes through cutting-edge scientific research.
Learn how real-time nucleic acid sequence-based amplification (NASBA) is revolutionizing the detection of piscine nodaviruses in aquaculture.
Explore the fascinating interplay between mTOR, AMPK and hexosamine biosynthetic pathways in cellular nutrient sensing and their implications for health and disease.
Exploring maize's response to phosphorus deficiency, genetic adaptations, and scientific solutions for sustainable agriculture.
Explore the fascinating world of scientific conference abstracts and discover groundbreaking research on the gut-brain connection.
Discover how TLR7 evades X-chromosome silencing in immune cells and its groundbreaking link to autoimmune disease gender disparities.
A startling scientific hypothesis reveals how chlamydia treatment might prevent natural immunity development, challenging conventional public health approaches.
Explore how FAK-targeting PROTAC technology is transforming cancer research by completely eliminating cancer-promoting proteins rather than just inhibiting them.
Explore the life and legacy of Erwin Chargaff, the scientist who discovered the fundamental rules of DNA structure but was overlooked by the Nobel committee.
Explore how laser desorption mass spectrometry, particularly MALDI-TOF, is transforming DNA analysis with unprecedented speed and accuracy in genetic research and diagnostics.