Delve into the biological journey of embryo implantation, examining the coordinated steps and hormonal cues required for an embryo to successfully embed in the uterus.
Explore the science behind DMEM, a widely used cell culture medium. Learn how its specific formulations enable consistent and reproducible research results.
A vaccine reaction shows your immune system is engaged, but the intensity of side effects doesn't directly correlate with your level of future protection.
Understand the mechanism allowing a lentivirus to permanently insert its genetic material and how this unique function has been safely adapted for medical use.
Explore SERBP1, an RNA-binding protein that acts as a crucial switch for gene expression, offering insights into cellular health and disease pathway mechanisms.
Explore the emerging reality of brain-computer interface gaming, examining how direct neural input is reshaping player interaction and digital entertainment.
Understand how a specific anatomical term helps identify a brain region that influences our cognitive and emotional responses to pain, conflict, and choice.
An overview of how OCD is linked to hyperactivity in the orbitofrontal cortex, a brain region that generates persistent error signals and feelings of doubt.
An overview of Cadherin 11, a protein that mediates cell adhesion. Explore how this fundamental process shapes healthy tissue and contributes to disease.
A macaque's face is a rich source of social information, where subtle features and movements reveal identity, intent, and an individual's place in the group.
The DRD2 gene provides the blueprint for a key dopamine receptor, influencing brain communication, individual health, and responses to medical treatments.
Explore the conditional nature of the *Pseudomonas aeruginosa* capsule and how this adaptive trait contributes to its survival and role in chronic infection.
Physical activity causes shifts in white blood cell counts. This article examines the science behind these fluctuations and their role as a normal adaptive response.
Discover how the scPerturb method allows researchers to systematically map gene networks and clarify gene function in health and disease at a single-cell level.
Explore mesostructures, the intermediate-scale architecture that dictates a material's behavior, from the design of natural systems to engineered technologies.
Explore how longitudinally aligned smooth muscle facilitates internal transport by shortening hollow organs, working with other tissues under involuntary control.