Xu's laboratory uses a technique known as X-ray crystallography to determine exactly how and why the drug compounds work in molecular detail, which can then help drug developers engineer more potent drugs that have fewer unwanted side effects.
Although it later resulted that the abscisic acid receptors were found to be members of another protein family, Xu's lab continued their studies on the newly identified ABA receptors. Their findings could help to develop crops that grow in drought, cold, salt water environments, and other harsh conditions, perhaps aiding in stemming or reversing food shortages around the world. Additionally, proteins central to ABA sensing are related to human proteins involved in cellular stress responses and may have implications for stress disorders in humans.
"Proteins with similarities to plant ABA receptors are also found in humans," said Xu. "Further studies in this area could reveal important implications for people with stress disorders."
The lab worked with specialists in plant biology at other institutions to validate the data, including the National Center for Plant Gene Research in Beijing, China, the Department of Botany and Plant Sciences at the University of California at Riverside, the Center for Plant Stress Genomics and Technology at the King Abdullah University of Science and Technology in Thuwal, Saudi Arabia, and the Department of Biochemistry at the Medical College of Wisconsin.
"A finding of this importance helps demonstrate how discoveries at the molecular level in plants can have profound implications for the diseases of humans." sa
|Contact: Joe GAvan|
Van Andel Research Institute