The SHANK3 gene provides critical scaffolding for brain synapses. Alterations can disrupt neurodevelopment, offering insight into conditions like autism.
For some inherited forms of diabetes often mistaken for Type 1 or 2, a precise diagnosis can lead to more effective, personalized treatment strategies.
Explore the fundamental chemical reaction that converts carbonyl compounds into alcohols, a unifying process essential for both laboratory synthesis and biology.
Your late sleep schedule is biological. Learn how the mismatch between your internal clock and societal demands can affect your well-being and how to adapt.
An overview of how fluconazole prescriptions are determined. Learn why dosage is tailored based on the specific fungal infection and individual health factors.
The p62 protein is central to cellular maintenance. This article examines how its function maintains health and how its disruption contributes to diverse human diseases.
Explore the molecular surveillance system that allows cells to display internal protein fragments, enabling the immune system to identify and clear hidden dangers.
Explore molecular techniques that amplify nucleic acids at a single temperature, offering logistical advantages for rapid testing in diverse environments.
Explore how genetic information is read by passing a single molecule through a sensor, generating a data stream that is translated into a biological sequence.
Understand the common biological process behind several neurodegenerative conditions, where a single protein's misfolding leads to diverse clinical outcomes.
Explore the molecular mechanics of DNA replication. Learn how a coordinated process at the replication fork ensures our genetic code is copied with high fidelity.
While constipation can temporarily affect the scale, both issues may stem from the same root causes. Understand the science behind this complex relationship.
Uneven health outcomes across the globe are not inevitable. Learn about the systemic forces that create these disparities and the frameworks for building a more equitable future.
An overview of the Panax genus, the plants known as ginseng. Learn how its compounds function and its role within traditional and modern health contexts.