PHILADELPHIA — Biophysicists at the University of Pennsylvania have helped develop a new technique for studying how proteins respond to physical stress and have applied it to better understand the stability-granting structures in normal and mutated red blood cells.
Psychology research led by Angela Lee Duckworth of the School of Arts and Sciences is featured.
Studies of Mutated Protein in Lou Gehrig’s Disease Reveal Paths for Drug Discovery, Penn Study Suggests
Several genes have been linked to ALS, with one of the most recent called FUS. Two new studies in PLoS Biology, one from the University of Pennsylvania School of Medicine, and the other from colleagues at Brandeis University, both examined FUS biology in yeast and found that defects in RNA biology may be central to how FUS contributes to ALS, or Lou Gehrig’s disease. These findings point to new targets for developing drugs.
PHILADELPHIA -- The University of Pennsylvania School of Nursing and the School of Nursing at Peking University in Beijing have established a memorandum of understanding creating a formal research relationship between the schools. Peking University’s School of Nursing, with Guifang Guo as dean, is widely considered the premier nursing school in China.
Penn Nursing also has academic partnerships in Botswana and India.
PHILADELPHIA — New psychology research at the University of Pennsylvania demonstrates a correlation between a test-taker’s motivation and performance on an IQ test and, more important, between that performance and a person’s future success.
PHILADELPHIA—During embryonic development, cells migrate to their eventual location in the adult body plan and begin to differentiate into specific cell types. Thanks to new research at the University of Pennsylvania, there is new insight into how these processes regulate tissues formation in the heart.
PHILADELPHIA — The advancements of our electronic age rests on our ability to control how electric charge moves, from point A to point B, through circuitry. Doing so requires particular precision, for applications ranging from computers, image sensors and solar cells, and that task falls to semiconductors.
Now, a research team at the University of Pennsylvania’s schools of Engineering and Applied Science and Arts and Sciences has shown how to control the characteristics of semiconductor nanowires made of a promising material: lead selenide.