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X-WR-CALDESC:Events for Chemistry & Biochemistry
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SUMMARY:Chemistry Awards Day and Research Symposium
DESCRIPTION:Friday May 1st\, 2026\n\n11:30am Poster Session / Lunch\, CHEM 1st Floor Lobby\n1:00pm Break\n1:30pm Questions / Answers Panel with Alumni / Sponsors\, CHEM 2nd Floor\n3:00pm Sosnovsky Lectureship Series\, CHEM 110\n3:50pm Break\n4:00pm Awards Ceremony\, CHEM 110\n\nFull event information available at the following link https://uwm.edu/chemistry/outreach/annual-research-symposium/
URL:https://uwm.edu/chemistry/event/chemistry-awards-day-and-research-symposium/
LOCATION:Chemistry Lobby\, Milwaukee\, 53211\, United States
CATEGORIES:Special Events
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SUMMARY:Sosnovsky Lectureship Series - Guest Speaker Prof. Marc Greenberg from John Hopkins University
DESCRIPTION:Sometimes DNA Damage is Only the Beginning \nDNA damage is detrimental to genome integrity and can be mutagenic and/or cytotoxic. The latter lie at the etiology of disease but is also the goal of many anti-cancer therapeutics. Consequently\, understanding this diverse and important group of processes is of paramount importance. \nFrequently\, scientists focus on the initially formed damage. To understand the consequences of DNA damage and its formation\, our group begins its investigations by using the reductionist approach of organic chemistry. Generating a single damage site (“lesion”) within DNA simplifies studies on DNA damage and facilitates a deeper understanding. Using this strategy\, our research group has discovered          that in some instances the formation of damaged DNA is only the beginning. \nFor instance\, some forms of damaged DNA inactivate repair enzymes. These discoveries provide insight into the chemical bases of drugs that kill cells by producing these forms of DNA damage and inspiration for designing inhibitors of such enzymes. Other DNA lesions react with the histone proteins within nucleosome core particles to produce more biologically deleterious forms of damage. Some of these processes that have been discovered in the test tube have been shown to occur in cells. \nOverall\, combining organic chemistry\, biochemistry and cell biology to study damaged DNA facilitates elucidating these biologically important and complex processes\, the discovery of previously unrecognized pathways\, and the inspiration for designing molecules with useful biological activity.
URL:https://uwm.edu/chemistry/event/sosnovsky-lectureship-series-guest-speaker-prof-marc-greenberg-from-john-hopkins-university-2/
LOCATION:Chemistry Lecture Hall 110\, 2000 E. Kenwood Boulevard\, Milwaukee\, WI\, 53211\, United States
CATEGORIES:Special Events
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