Learn about the scientific handling of bull semen and its essential role in modern animal husbandry, contributing to genetic progress and safer farm operations.
Explore the science of treating nervous system disorders, examining strategies that modulate brain function and repair underlying biological mechanisms.
The survival of the Iberian lynx hinges on a specialized ecosystem where vegetation, prey availability, and landscape connectivity are intricately linked.
GRU models offer a refined approach to processing sequential data by managing memory over long sequences, balancing performance with computational efficiency.
Journey to Kamaʻehuakanaloa (Lōʻihi), an active seamount where geological forces, deep-sea life, and Hawaiian tradition converge in the making of a new island.
Explore the biology of the oviducts, a critical pathway where fertilization occurs and whose health directly influences a person's ability to conceive.
Understand the medical evaluation of cervical inflammation, from identifying its infectious or non-infectious origins to finding the appropriate treatment.
Learn about a key area of the cervix where normal cellular changes occur and why this process is central to understanding HPV risk and cervical cancer screening.
Certain widely-used medications, when taken long-term, are associated with a greater risk for cognitive decline. Understand the potential connections to your brain health.
Understand how the brain is organized into distinct regions for conscious thought and fundamental processes, and how their constant interplay shapes our actions.
A dog's behavior often changes after losing an owner. Learn to understand their adjustment process and provide the comfort and stability they need to navigate it.
An in-depth look at Barter syndrome, a rare inherited kidney disorder that disrupts the body's essential salt and potassium balance, necessitating lifelong care.
Explore the cognitive process of building mental maps to navigate our world. This article covers the lifelong development and science behind our sense of direction.
Following an injury, the body's circulatory network modifies its function to support the immune system's efforts in containing damage and rebuilding tissue.