An overview of the academic research project DNA.Land, covering its unique crowd-sourced model, its eventual closure, and its commitment to data deletion.
Learn about the public health investigation that follows an animal bite. This systematic process assesses rabies risk and guides actions to protect human health.
Explore the nuanced connection between smoking and cancer in the bones. Discover how the risk is often indirect, but remains a significant health concern.
Explore Hesperornis, a toothed, aquatic bird from the Cretaceous. Its specialized anatomy offers a window into early bird diversity and a lost line of avian evolution.
Explore the foundational animal model that closely mimics human rheumatoid arthritis, providing critical insights for research and therapeutic development.
Learn how cells repurpose autophagy machinery for secretion, a fundamental process that balances cellular health and contributes to disease when dysregulated.
Understand the systematic approach for isolating proteins of interest from immense complexity, enabling breakthroughs in medicine and biological research.
Understand the Operational Taxonomic Unit, a method using genetic similarity to classify microbes and measure the biodiversity of complex, unseen communities.
Understand the molecular basis of phototherapy for jaundice. This overview explains how light converts bilirubin to lumirubin for safe excretion without the liver.
Explore the principles of photon counting, a method that registers individual light particles to provide higher-precision data for imaging and science.
Explore the role of endodontic sealers in a successful root canal. This material creates a precise, biocompatible barrier that prevents reinfection and aids healing.
Explore the specific cellular and genetic features that define bacteria as a unique domain of life, distinguishing them from other microbes like archaea and viruses.
Learn how advances in cataract surgery allow most patients to safely continue blood thinners, prioritizing systemic health over minimal procedural risks.
Discover how ACE inhibitors work to manage cardiovascular health. This guide explains their biological mechanism, benefits, and key safety considerations.