Aquaporin News and Research

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Scientist's discovery of role of Aquaporin in spinal injuries recognized with research funding award

Dr. Olivera Nesic-Taylor, an assistant professor in biochemistry and molecular biology at the University of Texas, Galveston, was presented with the Erica Nader Award for 'breakthrough research in spinal cord regeneration.'

3 Jun 2007

Aquaporin related to obesity

Dr. Gema Fruhbeck, director of the Metabolic Research Laboratory of the University Hospital of the University of Navarra, has published a commentary in the latest issue of Nature. The article presents aquaporin as a new modulator of the biology of the adipocyte.

21 Dec 2005

Finding how water channels - aquaporins - open and close may lead to new drugs

Living organisms are dependent on being able to adjust the water content in their cells. This is achieved by regulating the flow of water through the cell membrane.

12 Dec 2005

Aquaporin-4 is the first specific molecule to be defined as a target for the autoimmune response in any form of MS

Researchers have identified a molecular suspect in a disorder similar to multiple sclerosis (MS) that attacks the optic nerve and spinal cord, according to a report presented at the 130th annual meeting of the American Neurological Association in San Diego. The protein, called aquaporin-4, is a channel protein that allows water to move in and out of cells.

26 Sep 2005

Cells direct membrane traffic by channel width

For a glycerol molecule, a measly angstrom's difference in diameter is a road-closed sign: You can't squeeze through unless you are a sleek, water-molecule-sized sports car, say scientists at the University of Illinois at Urbana-Champaign.

11 Aug 2005

Viagra's non-blood pressure effect successfully mimics vasopressin action

Normally your kidneys filter about 50 gallons of blood a day, remove such waste as salts and minerals, and concentrate it into urine. When you exercise or don't take in water, your blood "thickens" and instead of removing water, the kidney reverses the process, pulls in water from the body that would normally go into the urine, and puts it into the blood, thus maintaining water balance.

29 Jun 2005

Nephrogenic Syndrome of Inappropriate Antidiuresis - a new genetic disease

Two infant boys whose bodies were overloaded with excess fluid have led UCSF pediatricians to the discovery of a new genetic disease. In the process, they have discovered a rare type of mutation where different substitutions in a single amino acid cause two different, opposite genetic disorders.

4 May 2005