As we can imagine, life is not really difficult for sea slugs. They use their smarts especially to find food, equivocate apropos food and to reproduce. While a tellurian mind and shaken complement are connected with hundreds of billions of haughtiness cells, or neurons, sea slugs can get by with tens of thousands.
Ironically, sea slugs can tell us a lot about a chemistry of a tellurian mind and shaken system. In fact, they are ideal as investigate subjects for investigate on learning, memory and how neurons control duty since sea slugs’ neurons form good tangible and comparatively elementary neuronal networks and since they are surprisingly large, giving researchers some-more element to work with, according to methodical chemist Jonathan Sweedler.
With support from a National Science Foundation (NSF), Sweedler and his group during a University of Illinois are operative to rise new dimensions collection that capacitate insights into a duty of particular cells in a executive shaken systems of slugs and other animals in sequence to expose novel neurochemical pathways. In further to training some-more about a chemistry, a group is also finding molecules that were formerly unknown. Ultimately, Sweedler says training how to spin specific chemicals in a mind on and off could lead to new methods for diagnosing and treating ongoing pain, drug obsession and neurological diseases.
The investigate in this part was upheld by NSF award#1111705, Bioanalytical Characterization of D-Amino Acids in a Brain.
Source: University of Colorado Boulder