Examine the geological and atmospheric forces that triggered a runaway climate shift and reshaped the trajectory of life during the end-Permian period.
The HuR protein acts as a key regulator, controlling the stability of genetic messages to maintain cellular balance, a role that is also linked to cancer and inflammation.
Understand the Bunyavirales order, a widespread group of viruses. This overview explains their biological nature, transmission from vectors, and public health relevance.
Explore BNIP3L, a protein central to cellular quality control and renewal. Learn its molecular mechanisms and how its activity impacts diverse human diseases.
Discover how the study of the mouse hippocampus reveals fundamental principles of mammalian memory formation, spatial mapping, and neurological health.
Explore the function of ROR gamma t, a key protein that modulates immune responses, highlighting the fine line between its protective benefits and its role in disease.
Discover how two light-sensitive proteins regulate cell function through distinct mechanisms: one as a passive ion channel, the other as an active ion pump.
Explore the distinct functions of thiamine and folic acid and the key metabolic relationship that underlies their combined use in specific clinical settings.
Explore the science of unpleasantness. This overview explains how the brain creates aversive feelings and how these emotions guide our behavior and choices.
Retrotranslocation is a key cellular quality control system that moves proteins to maintain cell health, a process whose disruption can lead to disease.
Learn how the Par protein family establishes a cell's internal blueprint, a vital process that directs cell fate, tissue structure, and overall health.
Discover the presenilin 2 protein, a key regulator of cellular processes, and understand how its genetic alterations contribute to Alzheimer's pathology.