Examine the pivotal period when most major animal body plans emerged and explore the unique combination of conditions that made this diversification possible.
Discover how GPR4, a protein that senses acidity, provides a key mechanistic link between a cell's environment and the progression of certain diseases.
Explore a therapeutic writing technique that involves addressing your brain to help manage difficult thoughts, calm anxiety, and foster positive mental habits.
Explore the biochemical activation of the p53 protein by phosphorylation, a process that controls cell fate and is a key target in cancer therapeutics.
Understand the connection between the variety of crops we grow, the stability of our food systems, and the long-term conservation of our agricultural legacy.
Understand the methodical process scientists use to assess DNA changes, weighing evidence to clarify their connection to health as our knowledge grows.
Silencing the ATG5 gene via siRNA provides a precise method for researchers to modulate autophagy and investigate its role in cellular health and disease.
Explore the lifespan of a zebrafish and how a well-managed aquarium environment directly influences their health, well-being, and potential for a long life.
Discover how the regulated assembly and disassembly of the cell's internal skeleton is essential for cell division and a critical target in modern medicine.
Learn how the physical shape of your genome provides a crucial layer of genetic control, directing which genes are active and influencing overall health.
Learn how a plant's microscopic outgrowths are vital for its survival, serving as a defense system, environmental shield, and chemical production site.
The fossil record reveals how crinoids persisted through global crises, their lineage and modern diversity being defined by a near-total extinction event.
Understand the psychological mechanism where your emotional state guides your thoughts, shaping how you recall events and interpret your present reality.