Peroxiporins : Redox Signal Mediators In And Between Cells (EPUB)

Peroxiporins : Redox Signal Mediators In And Between Cells (EPUB)

Written by Iria Medraño-Fernandez

Aerobic organisms convert oxygen molecules into water in order to produce energy. Reactive oxygen species (ROS), a collective term for the harmful radical intermediates produced by this reductive process. Ironically, the creation of potentially harmful species is a byproduct of these physiological processes. This seeming drawback has been transformed by evolution into a channel for information transmission. Redox signaling is therefore a very efficient and well-organized process inside the cell.

The actual physical division of sources and targets into distinct cell compartments is a crucial component of its control. Peroxiporins are proteins that transport H2O2 across cellular membranes and facilitate the distribution of signals from emitters to receptors. As a result, these channels are placed carefully to ensure appropriate but secure signaling in the narrow space between life and death.

Important characteristics :

Highlights recent discoveries, noteworthy controversies, and unanswered questions.

– Gives a brief history of the discovery and characterization of peroxiporins.

– Goes over important findings on hydrogen peroxide transport across biological membranes.

– Talks about the cartography of redox signaling in crowded cells.

See Also : Peroxiporins : Redox Signal Mediators In And Between Cells (Original PDF From Publisher)