Explore Galectin-1, a protein that influences how cells interact. Understand its complex, context-dependent roles in maintaining wellness and enabling disease.
Your brain is a mosaic of genetically distinct cells. This variation contributes to brain complexity and may also be a factor in some neurological disorders.
A five-part body plan offers a unique solution for life on the seafloor. Explore the structure, purpose, and development of this symmetrical form in nature.
Explore the SLC transporter superfamily, essential proteins that regulate cellular traffic to maintain physiological balance, from basic nutrient uptake to drug action.
Uncover how guiding RNA provides biological precision by directing molecular machinery to specific genetic sequences, enabling advances in biotechnology.
Understand the role of the probiotic Lactobacillus casei in the body, its researched applications for health, and considerations for its effective use.
The immune cascade is a precise chain reaction essential for health. Understand how your body orchestrates this powerful defense mechanism and maintains its delicate balance.
Discover how the measles virus alters host cells on a structural level. This overview explains the cellular changes central to the disease's pathology and diagnosis.
Understand inbreeding through population genetics, where cultural and geographic factors, not broad racial categories, explain its actual prevalence and effects.
Explore the emerging field where biology meets information science, enabling us to program living systems to address challenges in health, industry, and sustainability.
A microbiome-friendly lifestyle supports the microorganisms in and on your body. Learn how daily habits can nurture this vital balance for your overall well-being.
Examine how nano urea uses nanotechnology for efficient nutrient delivery, its potential impacts on farming and the environment, and its ongoing scientific evaluation.
Explore the catheter design that streamlines device exchanges, enabling greater procedural efficiency and single-operator control in medical interventions.
Learn how myoglobin functions as an essential oxygen reserve within muscle cells, supplying the fuel needed for cellular respiration during high demand.
Understand the process connecting your genetic blueprint to your physical self and the mechanisms that ensure both continuity and diversity across generations.