Understand the direct conversion of one mature cell type into another. This biological process redefines cell identity and has implications for future therapies.
Explore the biological foundations of female-led animal societies, examining the evolutionary and physiological drivers behind these complex social systems.
The RET gene provides essential instructions for cell growth. Understand how variations can disrupt normal function, leading to disease, and how this knowledge informs care.
An overview of the lamellar macular hole, a partial retinal defect. Learn how this condition is evaluated and the factors guiding the decision to monitor or intervene.
Explore the dual role of R-loops, nucleic acid structures vital for gene expression that can also drive genomic instability and contribute to human disease.
Delve into the science of the BMAL1 gene, a core component of the molecular clock that times our physiology and connects daily habits to overall well-being.
A look into the routine measurement of intraocular pressure, from the different methods used to how this single reading fits into your overall eye care.
Discover how thyroid hormone balance is fundamental to reproductive health and learn how managing it can support your ability to conceive and have a healthy pregnancy.
Explore the principles behind the Barrett Toric Calculator, a tool that enhances refractive outcomes by incorporating a more complete model of corneal astigmatism.
Learn about the CGRP receptor, a key part of the nervous system that transmits pain and plays a central role in the biological mechanism behind migraines.
Learn about Tetrahydrobiopterin (BH4), a vital cofactor for enzyme function, and understand how its deficiency impacts neurological and metabolic health.