Explore how mouse models with intact immune systems provide essential insights into disease progression and the development of effective new treatments.
Discover how this leading journal synthesizes current research and provides expert commentary to inform clinical practice and guide advancements in medical science.
Exceptionally preserved fossils from China have provided crucial new evidence, fundamentally reshaping scientific knowledge of dinosaur biology and evolution.
Examine the scientific innovation required to adapt mouse models for COVID-19, providing a crucial platform for understanding the virus and testing therapies.
Across the animal kingdom, many species possess a third eyelid. This versatile anatomical structure provides crucial ocular protection without sacrificing sight.
Discover what an elevated chloride level signifies. This common lab finding can be a clue to your body's hydration, electrolyte balance, and overall kidney function.
Discover how scientists engineer E. coli using a jellyfish protein. This technique makes bacteria glow, providing a visual way to study gene expression in research.
Learn how malaria progresses beyond initial symptoms to cause widespread systemic dysfunction, impacting vital body functions and specific vulnerable populations.
Explore the neurological link between Parkinson's and delayed stomach emptying, a non-motor symptom that can complicate medication absorption and overall care.
Learn how two glaucoma surgeries differ in their fundamental approach: one bypasses the eye's drain, while the other works to enhance its natural function.
Explore the science of reversing age-related immune decline. This overview covers the biological mechanisms and emerging therapies aimed at restoring cell function.
Understand what "success" means for azacitidine treatment. Learn about the range of clinical outcomes and the individual factors that influence a patient's response.
Examine the link between enlarged brain ventricles and schizophrenia, moving beyond the observation to explore the complex neurobiological factors involved.
This assisted reproduction technique prevents specific inherited diseases by using a donor's healthy mitochondria, a process with deep medical, legal, and social implications.