The Wolff New Venture Competition—championed through the UConn School of Business—mentors start-up candidates and awards those who are most likely to advance society with their ideas. Research professor Nicole Wagner ’07 (CLAS), ’13 Ph.D. is regarded as one of the first winners of this competition with her start-up company, LambdaVision. LambdaVision commercializes technology developed by professor emeritus Robert Birge to restore the vision of patients affected by retinal degenerative diseases. Nicole Wagner currently serves as President and CEO and research professor Jordan Greco ’10 (CLAS), ’15 Ph.D. serves as the CSO.
Read more about the Wolff New Venture Competition and how it benefited start-up companies like LambdaVision here.
A lawyer and a chemist get on a plane. This isn’t the start of a corny joke, but of a successful startup.
University of Connecticut chemistry professor Greg Sotzing met attorney Peter Belsito on an airplane coming back to Connecticut from Atlanta. They soon realized they had a common interest: cannabis. During their flight, they discussed Sotzing’s innovative research related to cannabis and its business potential.
With the help of several UConn programs focused on innovation and entrepreneurship, Sotzing, Belsito, and their partners launched 3BC, a startup using pharma-grade processes to isolate THC-free batches of cannabis compounds. Continue reading
Professor Dan Fabris joined the UConn Department of Chemistry in January 2020 as the Harold S. Schwenk, Sr. Distinguished Chair. Below, Professor Fabris reflects upon his first year at UConn and his plans for the future.
Please describe your academic training and career before UConn.
Growing up near Venice (Italy), I knew from an early age that I wanted to be a scientist. My high school was a “liceo scientifico” with wonderful teachers who nurtured my love for the natural sciences. After completing my studies at University of Padova (Italy), I sought a postdoctoral position abroad to gain more experience and further prepare for a career in academia. My plans were to return to Italy after a couple of years and to parlay this experience into a faculty position in a research institution. Almost thirty years later, only the latter was realized, whereas the former faded away. I was first accepted as a postdoctoral fellow in Dr. C. Fenselau’s laboratory at University of Maryland Baltimore County (UMBC), where I later became part of the research staff. After my mentor moved to a different institution, I was given the opportunity to become a faculty member and to establish my laboratory at UMBC, where I rose through the ranks. I was later recruited by University at Albany (SUNY) to become one of the founding members of the RNA Institute, before moving to UConn in January of last year. Continue reading
The Rouge Group’s research focuses on the improving the delivery of RNA and DNA into cells. Recently, the news has focused on the Moderna and Pfizer vaccines, which are designed to deliver mRNA into cells to encode the viral proteins that the immune system needs to recognize and fight off infections. In a similar fashion, the Rouge Group has been developing nanocarriers designed to maximize the delivery of short RNA and DNA molecules into cells that can silence genes involved in disease pathways. The greatest challenges surrounding the delivery of these molecules into cells is their chemical instability (i.e. RNA can only last a few minutes in cells and must be stored at ultra-cold temperatures prior to use) and our ability to get the RNA and DNA to the right cell types. Continue reading
A new paper from the Mani Group appeared in the Journal of the American Chemical Society. Jason Buck, a 4th year graduate student, and Dr. Tomoyasu Mani demonstrated a new type of magnetic control of molecular emission. They take advantage of the quantum mechanical nature of radical pairs (pairs of radical anion and cation or molecular qubits) to control fluorescence by using weak magnetic fields and tune the field response range. The results present a new strategy for designing magneto-optical probes for imaging and give insights into molecular designs for spintronics and other molecular spin technology applications.
The research is funded by the Japan Science and Technology Agency, PRESTO, Creation of Life Science Basis by Using Quantum Technology.
For further details, read the paper in JACS.
Meet Assistant Professor Kerry Gilmore, an organic chemist who strives to gather and share reproducible data through automated, multi-step flow chemistry systems.
Growing up in an oceanside Cape Cod town, a young Kerry Gilmore first went to college to study marine biology. However, upon taking a chemistry course during his sophomore year at Roger Williams University, Gilmore realized that chemistry was his true passion. “The more that I did chemistry, the more I loved it,” Gilmore says. “It was more complex and involved more of these layered problems you needed to figure out, and that was just really attractive to me.” That same year, Gilmore became involved in undergraduate research, studying organic synthesis and biology. Gilmore ultimately switched majors and graduated with a dual degree in chemistry and biology. Continue reading
Paul Krenicki Professor of Chemistry James Rusling ranks among the top 5% of highly cited authors with Royal Society of Chemistry journals in 2019. Specifically, his most cited article, “Automated 3D-printed unibody immunoarray for chemiluminescence detection of cancer biomarker proteins,” received 15 citations in 2019. Collaborators include Chi K. Tang ’16 Ph.D. and Dr. Abhay Vaze.
Royal Society of Chemistry journals include: Analyst, Analytical Methods, Lab on a Chip, and JAAS.
Six researchers from the University of Connecticut and UConn Health have been named a Fellow of the American Association for the Advancement of Science (AAAS) this year. Election as an AAAS Fellow is an honor bestowed upon AAAS members by their peers.
This year 489 members have been awarded this honor by AAAS because of their scientifically or socially distinguished efforts to advance science or its applications. Continue reading
Assistant Research Professor Sergey Dergunov and Associate Professor Eugene Pinkhassik published a “Hot Paper” in Angewandte Chemie. “Hot Papers” are chosen by the Editors for their importance in a rapidly evolving field of high current interest.
Dergunov and Pinkhassik used organized environment of self-assembled bilayers to perform two-dimensional RAFT polymerization and uncovered substantial differences in reactivity of building blocks between bulk and bilayer-templated polymerization influenced by their placement and mobility.