Understand the critical distinction in a stem cell's potential to specialize, comparing how pluripotent and multipotent cells function in development and science.
Learn how spectral flow cytometry analyzes the full emission spectrum from each cell, enabling a more detailed characterization of complex biological systems.
Understand the science behind bioengineered peptides, from their precise creation to their distinct roles in both advanced skincare and modern medicine.
Discover how a peptide from a natural source was developed into a medication that works with the body's hormones to regulate blood sugar and metabolism.
Explore the Nobel-winning science that read the DNA of our ancient relatives and what their genetic legacy means for our own biology and evolution today.
Understand the shift in CPR strategy when an advanced airway is used, enabling continuous chest compressions and independent ventilations by medical professionals.
A cough's reach is more complex than a single number. Discover how its airborne contents linger and move based on their properties and surrounding conditions.
Explore the biological process that tells cells when to stop growing. Understanding this mechanism provides insight into tissue maintenance and cell overgrowth.
Learn about undulant fever (brucellosis), a bacterial illness defined by its link to animal exposure and a distinct, recurring pattern of fever and fatigue.
Discover how a comprehensive public catalog of cancer's molecular data has shifted research, enabling a more nuanced understanding beyond organ-based diagnosis.