Explore the 14-3-3 protein family, fundamental regulators that coordinate cellular activity and whose function is critical for understanding health and disease.
The molecular weight of PTEN is not a static number. Learn how its calculated mass differs from its observed weight due to modifications that signal its activity.
Explore Myanmar's Northern Forest Complex, a globally vital ecoregion defined by the interplay of its unique ecosystems, cultures, and modern pressures.
Explore the link between nerve mobility and physical well-being. Learn how this therapeutic approach improves nerve health by restoring normal movement.
Explore how scientists harness a cell's own DNA repair systems to make specific, targeted changes to genes for research and biotechnological innovation.
The Chernobyl Exclusion Zone reveals the surprising resilience of plant life, showcasing the unique biological adaptations that allow flora to thrive in radiation.
Learn about NanoLuc luciferase, an engineered bioluminescent enzyme whose distinct properties make it a precise and sensitive tool for biological research.
Explore the science connecting your digestive health to your skin. Learn how internal balance, influenced by the gut microbiome, affects overall skin appearance.
First identified in milk, butyrophilin proteins are crucial modulators of the immune system, whose dysfunction is linked to a spectrum of human diseases.
Explore the complex legacy of Nobel laureate Luc Montagnier, from his foundational virology work to his later research that diverged from scientific consensus.
Understand the E. coli cell wall's Gram-negative design, a structure vital for the bacterium's integrity and central to its role in medicine and disease.
Explore the deliberate and complex world of bacterial movement. See how these microscopic organisms navigate their surroundings for survival and colonization.
A look at the computational methods that translate complex genetic data from tissues into a clear view of their cellular composition and role in disease.
Modern science is redefining our view of pain, moving beyond simple signals to a complex experience. Explore how this shift is creating new possibilities for relief.
Uncover the science of the hydrophobic interaction, an effect where water's thermodynamics, not molecular attraction, shapes life's essential structures.
Understand the kinase domain, a crucial part of proteins that directs cellular activity. Its role in both health and disease makes it a vital target for therapies.
This article explains the GPR143 gene's role in vision development and how a mutation can cause inherited visual conditions, covering its genetic basis and management.