The University of Connecticut has been recognized among the top producers of Fulbright U.S. Scholars from research institutions for the second time in the past four years.
The University has six Fulbright Scholars on its faculty who are teaching and performing research around the world in the 2019-20 academic year, according to the U.S. Department of State’s Bureau of Educational and Cultural Affairs, which was featured in The Chronicle of Higher Education on Monday.
The Fulbright Program is the government’s flagship international educational exchange program. Scholars are selected for their academic merit and leadership potential, with the opportunity to exchange ideas and contribute to finding solutions to shared international concerns.
The Fulbright U.S. Scholar Program operates in more than 125 countries. The following UConn faculty are pursuing Fulbright projects abroad:
Associate Professor of SociologyMatthew Hughey, will conduct research on “White Racial Identity, Organizational Homogeneity, and Stratification of Benefits in Surrey” at the University of Surrey in Guildford, England.
Professor of ChemistryChalla Kumar, will conduct research on “BioNanoMaterials for Additive Manufacturing (3D Printing) of Biobatteries” at the University of Wollongong in Wollongong, Australia.
Professor of Painting in the School of Fine ArtsKathryn Myers, will lecture in “Professional Practices for Studio Artists” at Banaras Hindu University in Varanasi, India.
Associate Professor of Civil and Environmental EngineeringMalaquias Pena-Mendez, will conduct research on “Ensemble Predictions for Urban Areas” at the Federal University of Alagoas in Maceio, Brazil.
Associate Professor of EnglishBhakti Shringarpure, will conduct research on “The World Novel from Africa: Mapping Migrant Forms in East African Literature” at the University of Nairobi in Nairobi, Kenya.
Associate Professor of Marine SciencesMichael Whitney, will conduct research on “The Icelandic River Influences on Coastal and Open Ocean Waters” at the University of Iceland in Reykjavik, Iceland.
UConn’s Office of National Scholarships & Fellowships collaborated with the Office of Global Affairs and the Asian and Asian American Studies Institute to host Fulbright Week at UConn for the first time in 2019.
This year, Fulbright Week at UConn events will be held April 13-17, 2020. Together with a representative from the Institute of International Education, which administers the Fulbright programs, information sessions for faculty, graduate, and undergraduate students will be offered, along with one-on-one faculty advising sessions with the IIE representative, a live session with a current Fulbright student abroad, and a reception for current and former UConn Fulbright Scholars.
The Fulbright Program is funded through an annual appropriation by the United States Congress to the Department of State. Participating governments and host institutions, corporations, and foundations in foreign countries and the U.S. also provide direct and indirect support.
Undergraduate student Eric Mohan ’20 (CLAS), recipient of an Office of Undergraduate Research award, shares his experience conducting research abroad.
“I am the recipient of the 2019 Office of Undergraduate Research (OUR) award, and I had the privilege of spending last summer in the laboratory of Professor Dominic Campopiano, in the School of Chemistry at the prestigious University of Edinburgh in the United Kingdom. This was an amazing experience to work with a renowned professor helping solve an unmet and urgent medical need related to the resurgence of antibiotic resistance. My project focused on the inhibition of an important enzyme found in many infectious bacteria, such as those causing Tuberculosis. I was tasked with synthesizing, modeling, and characterizing the pathway by which a compound, ERG240, blocked the branch chain amino acid aminotransferase enzyme. I used optically active coupled reactions in this work. We then co-crystallized the inhibitor with the enzyme and employed x-ray crystallography to fully understand the mechanism of the enzyme. My research was presented as a poster at the Fall Frontiers program 2019 at UConn, Storrs. Continue reading →
The Department of Chemistry held their 2020 Research Safety Workshop for first year graduate students and Laboratory Safety Officers (LSOs) on Wednesday, January 15. The Workshop was organized by the Department Safety Committee and the Joint Safety Team (JST) in conjunction with EH&S. Presentations were made by Dr. Jing Zhao (Chair of the Department Safety Committee), Jessica A. Martin (Head of JST), Eric Krantz (Head of Teaching Laboratory Services), and Brent Lewchik (Chemical Safety Manager, EH&S). In all, 44 students were in attendance. A survey revealed that the vast majority of attendees found the material covered to be useful.
Enzymes provide optimal three-dimensional structures for substrate binding and the subsequent accelerated reaction. Such folding-dependent catalytic behaviors, however, are seldom mechanistically explored with reduced structural complexity. A recent article in Nature Communications, from collaborated research between Professor Jianjun Cheng at UIUC and Professor Yao Lin at UConn, demonstrates that the α-helix, a much simpler structural motif of enzymes, can facilitate its own growth through the self-catalyzed polymerization of N-carboxyanhydride (NCA) in solvents with low dielectric constants. The leading authors with equal contributions are Ziyuan Song (UIUC), Hailin Fu (UConn) and Ryan Baumgartner (UIUC). In the paper, Hailin Fu developed a new two-stage polymerization kinetics involving a Michaelis-Menton mechanism, which helped to prove the auto-catalytic nature of the NCA polymerizations. The research was facilitated by funding from the National Science Foundation (CHE-1709820 to J.C. and DMR-1809497 to Y.L.). The editors at Nature Communications featured the article in the Editors’ Highlights of recent research on Organic Chemistry and Chemical Biology (https://www.nature.com/collections/wdzvyhgxft/content/prabhjot-saini).
Professor Jim Rusling recently received START and SPARK Technology Commercialization Grants for Self-powered Bioelectronics.
Aiming to commercialize the world’s first battery-free implantable pacemaker, Professor Rusling and his team received two early-stage technology commercialization grants, START ($10K) and SPARK ($50K). Unlike current pacemakers which are battery-powered and require replacement surgery when the battery is drained, the new self-powered pacemaker uses nanogenerator technology to harvest the patient’s body energy and store it in a tiny biosupercapacitor to power pacemakers, potentially for the patient’s lifetime. Commercialization efforts of this product are led by VoltXon inc, a recent startup spun-off from Prof. Rusling’s research and led by Postdoctoral Fellow and CTO of VoltXon, Dr. Islam Mosa and graduate student Esraa Elsanadidy.
For more information about the START and SPARK technology commercialization grants please visit their program website.
The National Science Foundation (NSF) awarded UConn Chemistry Professor José Gascón and Michigan State Professor Warren Beck a grant to study Carotenoid Photophysics in Photosynthetic Light-Harvesting.
With this $590,000 award, the Chemistry of Life Processes Program in the Chemistry Division is funding Dr. Gascón (PI) and Dr. Beck (co-PI) to investigate the energy transfer and photoprotection functions of carotenoids in the proteins of photosynthetic organisms. Continue reading →
LambdaVision was awarded a NASA Phase I SBIR Award ($125K) to follow up on previous work that was conducted on the International Space Station. Initial experiments used a microgravity environment to manufacture their retinal implant technology, which is aimed at treating patients suffering from blinding retinal degenerative diseases. The NASA SBIR will help them continue this work and evaluate different manufacturing parameters that will allow them to construct the implants both on Earth and on the ISS.
This research was founded by the research group of Robert Birge (Harold S. Schwenk Sr. Distinguished Chair Emeritus; Founder of LambdaVision) and is led by Nicole Wagner (CEO) and Jordan Greco (CSO). Nicole Wagner and Jordan Greco both currently hold Assistance Research Professor positions in the Department.
Click here to read the press release, here to see the list of awardees and here to read a copy of their abstract.
Dr. Jie (Jay) He and Dr. Jing Zhao, both faculty members of the Chemistry Department with appointments in IMS, were recently awarded the NSF Early-Concept Grant for Exploratory Research (EAGER). The grant supports exploratory work in its early stages on untested, but potentially transformative, research ideas or approaches.
Dr. He was awarded $149,991 for his collaborative research entitled Hybrid Quantum Dot-Metal Nanocrystals for Photoreduction of CO2: Synthesis, Spectroscopy and Catalysis. The grant is effective 8/15/2019 to 7/31/2021.
Dr. Zhao was awarded $204,082 for her collaborative research entitled A Low-Cost, “Digital” Biosensing Platform with Single Protein Biomarker Sensitivity. The grant is effective 9/1/2019 to 8/31/2022
UConn Chemistry Department Head Dr. Christian Brueckner and Chemistry Graduate Student Adewole Atoyebi published a novel process of preparing metalloporphyrins by simply grinding the porphyrin and the metal together in a mechanized mill. The work graced the August volume of Inorganic Chemistry.
Atoyebi, A.O.; Brückner, C. “Observations on the Mechanochemical Insertion of Zinc(II), Copper(II), Magnesium(II), and Select Other Metal(II) Ions into Porphyrins” Inorg. Chem., 2019, 58, 9631–9642.
The National Science Foundation recently announced UConn faculty member Jessica Rouge as the recipient of a CAREER grant. The funding, which comes from the NSF’s Macromolecular Supramolecular and Nanochemistry program, will enable the Rouge group to develop novel chemical crosslinking strategies that can be incorporated into DNA nanomaterials. Using a new DNA-surfactant assembly strategy that generates DNA nanoshells compatible with cells and enzymes, the major goal of the grant is to synthesize a combination of peptide and synthetic crosslinkages that can control the nanomaterials assembly and disassembly in complex biological environments. These materials will be specifically designed to have selectivity for certain chemical stimuli that can initiate chemical and/or biochemical reactions. Such strategies are important for developing more sensitive biological sensors and more accurate drug delivery systems.
The Department of Chemistry at the University of Connecticut is rooted in academic rigor and innovative research collaboration, supporting students and alumni in the achievement of their academic and professional goals.
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