«About the year 2000, after we'd worked
on aquaporins for almost a decade, we'd answered the questions we felt were most important,» Agre said in an interview in July at the Euroscience Open Forum meeting in Turin, Italy.
Not exact matches
This work builds
on more than a decade of research conducted by the University of Adelaide's Professor Andrea Yool
on the water channel proteins known as «
aquaporins.»
This particular
aquaporin is abundant
on the surface of roots.
Shapiro's team realized that increasing the number of
aquaporins on a given cell made it stand out in MRI images acquired using a common clinical technique called diffusion - weighted imaging, which is sensitive to the movement of water molecules.
This means that when a gene of interest is turned
on, the cell will overexpress
aquaporin, making the cell look darker under diffusion - weighted MRI.
«Overexpression of
aquaporin has no negative impact
on cells because it is exclusive to water and simply allows the molecules to go back and forth across the cell membrane,» Shapiro says.
Picture of the day:
It seems like Nobel Laureate Peter Agre ’ s lecture on “ Aquaporin Water Channels ” was not only educational and informative but also made the young scientists laugh.
Nobel Laureate Peter Agre's lecture
on «
Aquaporin Water Channels» was not only educational, but also made the young scientists laugh.
«Life Without» will be
on view through June 3rd, 2018, at the Primer Space in
Aquaporin, Nymøllevej.
Some of the companies working
on incorporating biomimicry into design are: Calera (biomineralization) Novomer (CO2 into biodegradable plastics) Dyesol (solar cells) Qualcomm (display screens) WhalePower (wind turbines) BioPower (wave power) Purebond (bonding systems) Regen Energy (energy solutions) Qinetiq (water harvesting) Grimshaw (architecture)
Aquaporin (water purification) PAXwater (flow forms) Cambridge Biostability (preservation) Biosignal (antibacterial methods) The Land Institute (agriculture systems)