Front Page

News for the front page

Elliott Group Research Featured in Biochemistry

The Biochemistry Journal reports on research conducted by Professor Sean Elliott and his Research Group and their collaborators at MIT; Professor Catherine Drennan and her Research Group. Their research provides strong evidence that Flavin Adenine Dinucleotide (FAD) plays a structural role in the formation of tetrameric AidB. While their studies clearly show FAD-dependent oligomerization of […]

Tagged: , , , ,

CMLD Researchers Publish Paper on “Remodeling” Natural Products in Nature Chemistry

CMLD-BU researchers Bradley Balthaser, Meghan Maloney, Aaron Beeler, John Porco & John Snyder, in a paper published in the journal Nature Chemistry [23 OCTOBER 2011 | DOI: 10.1038/NCHEM.1178], present a new approach to accessing new, biorelevant structures by “remodeling” natural products. In this case, they demonstrate how the natural product derivative fumagillol can been remodeled […]

Tagged: , ,

NSF Funds Elliott Group to Probe Mysteries of the Disulfide Bond

Disulfide bonds play critical catalytic, structural and signaling roles throughout nature. However, little is known about what governs their reactivity at the molecular level. To gain insights into disulfide bonds, the National Science Foundation, has funded Professor Sean Elliott and his Research Group to use direct electrochemistry to characterize the influence of protein sequence and […]

Tagged: , , , , , , ,

Tian Qin Named Vertex Scholar

The recipient of this year’s Vertex Scholar Award is Tian Qin, a third year student in the Professor John Porco’s Research Group. His selection was based on his development of an extremely elegant and enabling synthetic methodology towards a very difficult series of natural product targets with anticancer and cytotoxic activity. This work was recently […]

Tagged: , , , , , ,

Straub Group Receives NSF Award to Simulate Phase Changes

As theoretical chemists John Straub and his Research Group apply mathematical statements of basic physical laws to accurately simulate known phenomena, and then from this basis, make predictions about the unknown. The intellectual challenge they face is first choosing the appropriate mathematical description of a problem that embodies its basic physics, and then coming up […]

Tagged: , , , ,

Chemistry Receives NSF Multi-User Research Instrument Award

The Boston University Department of Chemistry has received funds from the NSF MRI program to acquire a Circular Dichroism (CD) Spectrometer, which will enhance the research of scientists in several departments encompassing biological and organic chemistry. In addition to the Principal Investigator, Professor Karen Allen, there are five major users at BU whose research will […]

Tagged: , , , , ,

Drug Mechanism of Action Using Bioinformatic Pathway Analysis

Professor Scott Schaus and Graduate Student Lisa Christadore are co-authors of: Network-based prediction for sources of transcriptional dysregulation using latent pathway identification analysis Published in PNAS in July 2011, the paper represents their collaborative work with researchers in the BU Department of Mathematics and Statistics, Professor Eric Kolaczyk and Graduate Student Lisa Pham. It reports […]

Tagged: , , , , , ,

Teaching Lab Protocols Now Freely Shared

Boston University Chemistry has launched a new Digital Common site for organic chemistry teaching lab protocols.  According to Prof. John Snyder, “developing a freely accessible, dynamic data base of sophomore organic lab experiments was driven by the reality that we were creating most of our sophomore course labs rather than relying on  a lab textbook. […]

Tagged: , , , ,

Laursen Fund Halfway to Goal

When Professor Emeritus Richard Laursen retired in 2009, his students and colleagues wanted to recognize his 43 years of excellent research, teaching, and mentoring by establishing the Laursen Fund in his honor. The goal is to raise $100,000.  We are now halfway to meeting that goal. Led by Chemistry alumnus Luis Ruzo (CAS 1970), a […]

Tagged: , , , , ,