Learn how flexible electronic materials replicate the sensory functions of human skin, creating a new interface between the physical and digital worlds.
Delve into the identity of the Long-tailed Widowbird, exploring how its extraordinary appearance is a direct result of evolutionary pressures in Africa.
Explore the function of innexins, the essential proteins that form communication channels between invertebrate cells and offer insight into universal biological principles.
Explore how microscopic analysis of tissue reveals the distinct cellular features of lymphoma, providing the crucial details needed to guide treatment plans.
An overview of ESBL-producing Pseudomonas, explaining the science of its antibiotic resistance and the medical strategies for its identification and control.
Explore the biological basis of conditions that bridge neurology and psychiatry, and understand the unified approach required for effective management and care.
Understand the distinctions between biologic therapies for RA, clarifying the key factors that guide a personalized and collaborative treatment decision.
Explore the significance of dysplastic megakaryocytes, abnormal bone marrow cells that impact platelet production and help inform a patient's diagnosis.
Explore the science of self-sanitizing surfaces. This guide examines how antimicrobial coatings function, their uses, and their safety and environmental profile.
Explore why the Australian possum, once introduced to New Zealand for its fur, became a major pest and how that same industry is now part of the conservation effort.
While often associated with weight loss, gaining weight with ALS has complex causes and nuanced implications for managing the disease and overall health.
Explore how subcellular liver components function as a vital predictive tool in drug development, used to assess a new compound's metabolic fate and interactions.
Recovery from post-concussion sound sensitivity varies for each person. Understand the brain's healing process and the factors that influence its timeline.