VISTA is a novel immune checkpoint with a complex role in regulating T cell activity. Discover how antibodies are designed to modulate this target for potential cancer therapy.
Understand the physiological changes triggered by scheduled eating cycles. This guide covers how to approach this dietary pattern safely and effectively.
Explore the specialized anatomy of the termite queen, whose body is uniquely structured for immense, lifelong egg production and colony-wide chemical control.
Explore IRAK2, a key protein kinase in immune signaling. Understand its molecular function and how its regulation is pivotal in both health and disease pathology.
Understand the reasons for nighttime itching, from your environment to your body's internal signals, and learn practical methods for achieving restful sleep.
The BCL7A gene plays a crucial role in controlling access to our genetic code, a process vital for healthy development and implicated in various disease states.
Understanding your hemoglobin level of 13.6 g/dL goes beyond a simple number. Explore the context needed to interpret this result for your individual health.
Explore the group of spiders adapted for desert life. This guide examines their unique survival mechanisms and provides a factual look at the risk they pose.
Examine the eIF4G2 protein, a crucial regulator of protein synthesis under cellular stress, and its connection to both genetic disorders and disease progression.
A material's behavior is dictated by the internal arrangement of its fibers. Learn how this principle governs the properties of both natural and engineered materials.
Explore the orchestrated process of cellular tube formation, a biological mechanism vital for bodily function and a critical target in modern medicine.
Explore the crucial editing process that transforms a raw genetic blueprint into a final, accurate instruction required for making functional proteins.
COPS5 is a protein that maintains cellular balance by regulating other key proteins. Discover how its normal activity is essential and why its disruption drives disease.