Suzan Mazur has made a career of covering the gradual way in which Darwinism is being replaced in biology—whether anyone admits it or not—by other ways of looking at the journey of life through time.
For the same type of reason, perhaps, as each key only produces one letter (prevents information from being degraded even as it is produced).
Now that mechanobiology is becoming a bigger topic, the worms’ ability to easily behave according to two states may help us understand life forms better.
The mechanome, “the body of knowledge about mechanical forces at work in the molecular, cellular, anatomical, and physiological processes that contribute to the architecture of living structures and their physical properties,” became more prominent this year in discussions of biology (though one story on the physics of biology late last year garnered 354 comments). For […]
The mechanome is the underresearched “ the set of proteins or molecular entities that sense or respond to forces” within the cell (Allen Liu). Our earlier stab at the subject here at UD garnered 354 comments, so there’s no shortage of interest. The mechanome (and mechanobiology in general) plays a key role in research into artificial […]