Learn how STR profiling provides a definitive genetic signature for cell lines, an essential quality control step to ensure research validity and reproducibility.
Explore how a single gene variant links a rare metabolic disorder to a significant genetic risk for neurodegenerative conditions like Parkinson's disease.
Delve into the science of Polish ancestry, exploring how genetic patterns reflect a complex history of migration and shared heritage with neighboring populations.
Explore the behavior of fluids whose thickness isn't constant. This property dictates how materials flow under stress, impacting product design and industrial processes.
Examine the evolutionary relationships that connect the diverse bear family, from the Giant Panda's ancient divergence to the Polar Bear's much more recent origins.
Explore the biological principles of healthy tissue, from its organized cellular structure and regulated growth to its role in maintaining bodily function.
Ensure the reliability of gene expression results by managing non-biological variance. This guide covers strategies for handling batch effects in RNA-seq analysis.
Discover the process of quantifying aerobic capacity by measuring oxygen use. This guide covers the science, technology, and data behind the measurement.
This guide details the process of turning a genetic blueprint into a pure protein sample, a foundational technique for biological research and medicine.
Learn how the performance of a single enzyme in cellular recycling is fundamental to health, influencing conditions ranging from inherited disorders to neurodegeneration.
Discover the internal architecture of sponges, a framework of mineral and protein that provides structure, defense, and shapes the seafloor environment.
While many species have evolved behaviors to avoid mating with relatives, circumstances like population isolation can override these natural safeguards.
Discover the biological exchange between coral and dinoflagellates, a vital partnership that underpins reef health and is vulnerable to environmental stress.
Understand how donated biological materials are ethically managed to create a vital resource for medical research and the development of new treatments.