Sökning: "aquaporins"
Visar resultat 6 - 10 av 44 avhandlingar innehållade ordet aquaporins.
6. Structural Details of Human Aquaporin Regulation : Three stories of three aquaporins
Sammanfattning : Every cell is surrounded by a thin plasma membrane, protecting it from its surrounding. Specialized protein channels and transporters are embedded in this membrane, ensuring selective transport of molecules in and out of the cells. To maintain optimal hydration, water channels called aquaporins (AQPs) are present in every cell of our body. LÄS MER
7. Structural Studies of the Human Water Channel Protein Aquaporin 5
Sammanfattning : Aquaporins are water channel proteins found in the membranes of all living cells. In humans, thirteen aquaporins have been identified to date. Many of them have been implicated in water imbalance disorders. Water transport through the aquaporins is regulated at several levels. LÄS MER
8. Housing Aquaporins in Nanostructured Glass
Sammanfattning : Proteins are a group of biomolecules that perform versatile tasks, which in many cases are essential for life. The magnitude of their importance is perhaps expressed by the word protein itself, coined by the Swedish chemist Jöns Jacob Berzelius in the summer of 1838. LÄS MER
9. AQUAPORINS: Production Optimization and Characterization
Sammanfattning : Aquaporins are water facilitating proteins embedded in the cellular membranes. Such channels have been identified in almost every living organism – including humans. They are vital molecules and their malfunction can lead to several severe disorders. LÄS MER
10. Capillary and interstitial transport of fluid and solutes across the peritoneal membrane
Sammanfattning : According to the three-pore model of peritoneal transport the major exchange pathway between the blood and the peritoneal cavity is represented by “small pores”, permeable to small solutes and water. Osmotically induced fluid flow, as during peritoneal dialysis (PD), is postulated to occur to a great extent through a water-only pathway, whereas proteins are predicted to reach the peritoneal cavity by unidirectional convection across “large pores”. LÄS MER