Explore the intricate anatomy and function of the middle ear bones. Understand how this tiny chain of ossicles amplifies sound and enables our sense of hearing.
The insular cortex acts as a crucial bridge between body and mind, interpreting internal signals to form our subjective emotions and fundamental sense of self.
Examine the specific biological and genetic reasons why the laboratory rat is a fundamental model for advancing human health and understanding disease.
Understand the relationship between a colon cancer diagnosis and hair changes. Learn about the primary and secondary factors that can affect your hair's health.
Discover how electron behavior at the nanoscale departs from classical physics, a principle that underpins the function of modern and future technologies.
Digestive issues can be an early or sole symptom of COVID-19. Understand the science behind the gut connection and the implications for hygiene and self-care.
Discover a psychological approach to insomnia that shifts the goal from controlling sleep to reducing the mental and emotional struggle that comes with it.
Discover the cellular mechanisms that enable our sense of smell, detailing how specialized neurons process odors and maintain this essential sensory connection.
Understand the development of cataracts in rats, a common condition often linked to age. Discover how simple environmental adjustments help them adapt and thrive.
Discover SNHG11, a long non-coding RNA that regulates cellular function and whose altered expression is linked to disease development and clinical outcomes.
Learn about the investigational use of cord blood for cerebral palsy. This overview covers its scientific mechanism, clinical trial findings, and limitations.
For those with dental anxiety, medication can make essential care accessible. Learn about the collaborative process for finding a safe, suitable approach.
This analysis moves beyond statistics to explain how societal structures and systemic inequities created the disproportionate impact of the COVID-19 pandemic.
Explore the fundamental way brain cells communicate. Discover how these intricate connections process information and physically adapt to form the basis of learning.
An individual's experience with cystic fibrosis is shaped by more than a single gene. This overview explores the layers of influence that determine clinical outcomes.