Explore how calsequestrin regulates calcium storage in muscle cells, a fundamental process for controlling muscle contraction and maintaining heart rhythm.
Explore how Zolgensma treats spinal muscular atrophy by delivering a functional gene copy to address the underlying cause of motor neuron deterioration.
For women with a spinal cord injury, the body communicates labor in unique ways. Learn how sensation can vary and what physical responses signal that delivery is near.
Discover the cellular pathway for responding to external threats. Learn how immune cells capture and present fragments of invaders to launch a coordinated defense.
Explore the fundamental link between an aliphatic alcohol's molecular structure and its behavior, showing how the hydroxyl group defines this versatile class.
Learn about the non-viral method of using lipid-based carriers to introduce nucleic acids into cells, a key technology in modern gene therapy and vaccines.
Delve into the science and ethics of lion-tiger hybrids, exploring the biological consequences of creating animals that cannot exist in the natural world.
Explore the evolutionary mismatch between our genetic inheritance and the modern world, a key theory in understanding the origins of certain chronic diseases.
Learn how the body manages purines, from their function as cellular building blocks to a final byproduct whose balance is crucial for your overall health.
Delve into the TDRD3 protein, a critical regulator of the cell's protective stress response and a key factor in maintaining long-term neurological health.
Explore how Synaptotagmin 7 regulates cellular communication by controlling the duration of molecular signals, a key process in brain, metabolic, and immune health.
Explore the cognitive framework that models how people seek information, balancing the perceived value of content against the effort required to find it.
Learn how genetically encoded markers are used to emit light, allowing scientists to visualize molecular interactions and dynamic processes within living cells.