Understand the fundamental mechanism by which certain molecules can slow or stop enzymes, a process vital for both therapeutic drugs and natural regulation.
Learn about the water-borne parasite *Dracunculus medinensis* and the public health interventions driving this ancient disease toward global eradication.
Explore the neurological process by which cannabis slows response times and the key factors, from dosage to tolerance, that alter this cognitive effect.
Learn how pathology is moving beyond the microscope, using digital imaging to enhance diagnostic precision and expand access to specialized medical expertise.
Learn how measuring adenosine deaminase in fluid around the lungs provides diagnostic clues for conditions like tuberculosis and other inflammatory disorders.
Gain a clear understanding of CTCL, a rare skin lymphoma. Learn how it is identified through specific tests and managed with tailored, stage-based therapies.
An arm ergometer provides an effective cardiovascular workout by focusing on the upper body, a crucial tool for maintaining fitness during rehabilitation.
Discover how a mouse's whiskers form a sophisticated sensory system, translating physical vibrations into a detailed mental map for navigation and survival.
Discover the medical approach to managing breast cancer that has spread to the eye, from initial diagnosis to therapies that treat the cancer and protect sight.
Explore how lupus, an autoimmune disease, and gout, a metabolic one, are linked through kidney function and present unique diagnostic and management challenges.
The loss of the Y chromosome is an acquired genetic change in some cells as men age, offering insight into long-term health and disease susceptibility.
Examines the signaling axis of macrophage-produced CXCL10, a key process that coordinates the location of immune cells in both health and disease states.
Effective diabetic wound care requires the right dressing. Learn how selecting a dressing based on wound needs helps create an optimal healing environment.