In the coming year, the researchers hope to extend the work given to many other types of dangerous chemicals and also to proteins by pathogens. Advincula plans, additional funding and staff achieve these goals. Achieve these goals. Advincula is currently funded by the National Science Foundation and also works in partnership with some companies.
In electrochemistry basis, the films were prepared by electrochemical deposition, a process similar to electroplating metals used in the automotive and metal industries. Was Its most important innovation, a process called electropolymerization directly use on a gold surface and read on a digital. The group ‘s next step is this movie this film on portable devices sensors, so as. Simple yet effective and methods open up these applications on portable devices and miniaturization Our equipment allows, in principle, the development of hand-held scanners for bomb detection or nerve agent detection in airports, Advincula said. This means accurate answers in a rapid manner without loss of time or use of complicated instruments. We can achieve very high sensitivity and selectivity in sensing.The challenge lay at finding ways to selective providing therapies for other diseases for which the tissue of interest are not so easily to develop special treatment. The research team is addressed this problem by using an unique homing A peptide molecule smart nanoparticles that seek and of binding to the capillary blood vessels the pancreatic islet, the insulin – cells producing able strongest be fed during the outbreak.. , With nanoparticles, the programmed that providing drug and stem cell therapy Specific disease conditions site being a great alternative to systemic treatment is because increased responses with significantly lower therapeutic dosages and fewer side effects available.
Team the first magnetocapsules transplantation in the abdomen of mice develop develop diabetes. Blood glucose levels in the animals return to normal within one week and remained so for over two months. In contrast, killed over than half of all untransplanted diabetic mice, and the rest had a very high blood sugar levels.