![]() Bellono’s team, in collaboration with the lab of Ryan Hibbs, PhD, at the University of San Diego took a closer look to find out. How did they leave their snail and slug associates behind to become more complex sensory beings? And could humans have evolved in a similar way? Dr. Octopuses and squids are special residents of the deep blue who have evolved past their mollusk cousins to develop twisty tentacles that can sense the world around them. The Importance: These studies uncover clues as to how these specialized sensory abilities evolved in cephalopods and their relationship to human brain receptors, helping to understand how new sensory abilities and behaviors arise in evolution across all species. The Study: In two studies published in Nature, scientists led by NYSCF – Robertson Neuroscience Investigator Nicholas Bellono, PhD, of Harvard University have discovered clues as to how octopuses and squids have evolved to ‘taste what they touch.’ But how they have evolved their special seafloor sensing skills – and whether humans have similar sensory mechanisms – has remained unclear. ![]() ![]() The Context: Octopus and squid tentacles are home to a complex nervous system that lets them sense their external environments, even being able to taste what they touch.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |