Understand what T2 disc changes on an MRI signify about spinal disc health, from disc hydration levels to their connection with potential back or neck pain.
Understand how cDNA sequencing measures gene expression. The process converts unstable mRNA into stable DNA, allowing for the quantification of active genes.
The Wnt signaling pathway is a critical cell communication network that governs organism development and shifts to manage tissue maintenance throughout adult life.
Understand how a natural biological mechanism was adapted for precise DNA modification, exploring the scientific process and the complex questions it presents.
Understand the distinct structure of the Gram-positive cell wall, a feature that defines its staining, function, and vulnerability to common antibiotics.
Explore the MCM7 protein, an essential component for accurate DNA copying. Learn how it maintains genetic integrity and how its excess can fuel tumor growth.
This article examines the science behind the heritability of Asperger's, now part of ASD, focusing on genetic predisposition rather than a single cause.
Your daily activities directly influence a key protein responsible for brain health and plasticity. Learn how simple lifestyle choices support cognitive function.
Computational analysis provides essential structural data for membrane proteins, overcoming experimental hurdles to advance biological and medical research.
Discover the organelle behind pigmentation. Its process of creating and distributing melanin determines our diverse coloration and natural protection from the sun.
Explore the computational tools scientists use to quantify carbon storage in nature and technology, providing essential data for global climate projections.
Understand the enzymes that fine-tune cellular communication and how manipulating this fundamental biological process provides targeted medical therapies.