Deep sea species exhibit lower changes of entropy and enthalpy compared to surface level organisms, since a high pressure and low temperature environment favors negative enthalpy changes and reduced dependence on entropy-driven reactions. From a structural standpoint, globular proteins of deep sea fish the tertiary structure of G-actin is relatively rigid compared to that of surface level fish. That proteins in deep sea fish are structurally different from surface fish is apparent from the observation that actin from the muscle fibers of deep sea fishes are extremely heat resistant; a similar to what is found in lizards. These proteins are structurally strengthened by modification of the bonds in the tertiary structure of the protein which also happens to induce high levels of thermal stability. Proteins are structurally strengthened to resist pressure by modification of bonds in the tertiary structure. Therefore, high levels of hydrostatic pressure, similar to high body temperatures of thermophilic desert reptiles, favor rigid protein structures.

Float

The Monoranger is an active player in the electronic/improv scene in the Hague, the Netherlands.
Random soundgeneration and sequencing form the basis of his mesmerizing experimental improvised drones.
Sponsored by Bigfatzo Productions

Free Promo option is available! 

Contact: toppromoforyou@gmail.com

My name is Kim
Kim means death
Death is liberation
Liberation from faith

knimes is the moniker of drummer and producer Matthijs de Ridder and is the outcome of a long musical journey, primarily as a drummer, that often had him shift between a diversity of genres, influencing him and fueling his inspiration along the way. knimes is the sort of artist who never neatly fits into any one box, and most likely never will. The music he produces always is a current rendition of his ongoing journey exploring rhythms and sounds.

Float

RoBBeR