Beyond familiar anatomy, the human body has a fundamental structure based on continuity and connection, influencing its overall form and internal networks.
Discover why some people are more susceptible to cannabis use issues. This article examines the complex interplay between biology and life experiences.
Learn how a small change in a cell's molecular instructions can alter a protein, leading to a wide range of outcomes for an organism's health and biology.
Explore beta-defensin 2, an essential peptide of the innate immune system. Its precise regulation is vital, as its imbalance can drive inflammation or infection.
Learn the design principles behind the cell's dynamic internal framework, from the assembly of its protein units to its complex structural adaptations.
Explore the BIN1 gene, a key genetic factor whose influence on basic cellular mechanics provides insight into diverse health conditions and future therapies.
Explore how the CaMKII protein kinase translates calcium signals into lasting cellular changes, regulating essential physiological processes throughout the body.
Cas13b is a CRISPR enzyme that functions at the RNA level, offering a distinct approach from DNA editing for use in diagnostics and gene expression control.
Learn how the continuous flow of physical action, from large gestures to subtle adjustments, provides a direct window into our ongoing cognitive processes.
Explore oviposition, the biological process of laying eggs. See how animal anatomy and behavior combine to ensure offspring survival through strategic placement.
While inaudible to humans, plants emit ultrasonic clicks when distressed. This acoustic phenomenon offers new insights into plant physiology and ecology.
Explore the stable microbial communities that are a fundamental part of human biology, from their initial establishment to their lifelong impact on our health.
Explore how a stress-activated enzyme in the brain governs the line between normal cell maintenance and the neuronal loss seen in neurodegenerative disorders.
Often mistaken for coral, bryozoan fossils are the intricate remains of tiny colonial animals that populated ancient seas and are common finds for collectors.
Examine how polymers lose their structural integrity, a fundamental process that informs strategies for both material durability and environmental management.