Understand how a person's genetic code can be complete but rearranged, and why this condition, while not affecting personal health, has unique family planning implications.
That lightheaded feeling when you stand is tied to how your body regulates blood pressure. Learn the reasons for this response and when you should take notice.
The effort to create a functional copy of a biological brain forces a confrontation between computer science, neuroscience, and our definition of self.
An overview of how two closely related immune signals, IL-4 and IL-13, orchestrate both protective immunity and the chronic inflammation of allergic disease.
An amino acid's canonical status is determined by its direct encoding within the genetic code for use in protein synthesis, a key biological distinction.
A contamination assessment is a systematic process for evaluating environmental risks on a property, informing decisions on safety, liability, and land use.
Once a major environmental threat, acid rain in Canada was largely mitigated by domestic policy and a key U.S. agreement. Explore the state of ecosystem recovery today.
By using light to control specific brain cells in mice, researchers can map neural circuits to better understand the biological basis of behavior and disease.
Discover the BCAP31 protein, a key regulator of cellular processes whose functional integrity is directly linked to human health and specific diseases.
Explore how bile flow originates in microscopic channels formed by liver cells. This initial step is fundamental to the liver's drainage system and overall health.
Explore how fitting shapes together creates strength, a fundamental design principle that provides stability in both engineered objects and natural structures.
Explore melanocytes, the cells that define skin and hair color, shield cellular DNA from UV radiation, and play a key role in various health conditions.
Explore the physical principle where bonded materials with different thermal properties create a twisting motion, translating temperature into mechanical control.
Explore the fundamentals of tetrazine click chemistry, a rapid, catalyst-free reaction enabling precise molecular construction in biological and material sciences.
Learn how proapoptotic factors guide programmed cell death, a regulated process where cells maintain a crucial balance between life and death for organism health.
COVID-19 models are not crystal balls. Learn how these scientific tools use math and data to explore possible pandemic scenarios, not just predict the future.