Explore the lifecycle of HPV beyond initial infection. Learn how a dormant virus can become active again due to health shifts and its clinical significance.
An examination of the RPMI 8226 cell line, a key in vitro model for studying the pathobiology and therapeutic vulnerabilities of human multiple myeloma.
Examines the nuanced relationship between genetics and SIDS, detailing how inherited factors may interact with an infant's development and environment to influence risk.
Discover how biological systems are redesigned at a cellular level to create complex products, from advanced therapeutics to sustainable industrial materials.
Explore how systems automatically partition visual data, a foundational process driving advances in fields from medical diagnostics to autonomous navigation.
Explore the dopamine pathway governing motor control. Understand its role in voluntary movement and the basis for therapies when this system is compromised.
Understand negative emotionality as a core personality disposition, not just a passing mood, and learn how this tendency influences overall well-being.
Global proteomics provides a system-level view of biology by analyzing thousands of proteins at once, offering functional insights that genomics alone cannot.
Discover how whole genome shotgun sequencing deciphers genetic codes by reassembling random DNA fragments, a foundational process for modern biological insight.
Explore how the CD24 surface protein regulates B cell function, a process that influences immune tolerance, cell maturation, and outcomes in health and disease.
Explore the function of rhodopsin kinase, a retinal enzyme essential for resetting photoreceptor cells and allowing our sight to adapt to changing light.
Explore the biology of deep-sea worms that consume skeletal remains, using symbiotic bacteria and specialized roots to absorb nutrients directly from bone.
Beyond the aquarium, the zebrafish offers a unique window into human biology, helping to advance our understanding of development, disease, and regeneration.
Understanding microbes as complex, interacting systems, not just isolated cells, is reshaping science and influencing everything from our bodies to the planet.