A 2017 Kalamazoo College graduate has been published in Angewandte Chemie, a German international chemistry magazine, for his senior individualized project (SIP) involving how prescription medications interact with the human body.

John Bailey, who was a chemistry major and math minor from Midland, Mich., performed research through a group at Michigan State University focusing on aromaticity. The term describes a ring-shaped molecule that exhibits more stability than other connective arrangements with the same atoms.
The research and resulting chemistry magazine article highlights how stability involving aromaticity could allow a greater range of choices in a pharmaceutical’s design, maximizing the drug’s effect in a targeted human system without harming other systems in a patient’s body.
The article, titled “High-Field NMR Spectroscopy Reveals Aromaticity-Modulated Hydrogen Bonding (AMHB) in Heterocycle,” has no immediate effect on how drugs are formulated or prescribed. Still, the results could one day have strong clinical implications for treatment courses such as chemotherapy. As a result, the research doesn’t stand to make Bailey famous, but a positive advancement in medicine one day will have been the result of many people like Bailey collaborating and building on each other’s work.
“It feels good to have work I’ve done out there that could be helpful to other humans,” he said.
Bailey is in Kalamazoo for at least an additional year, but would eventually like to attend graduate school and end up professionally as a leader in a research lab. He credits Chemistry Professor Jeffrey Bartz and Math Professor Eric Barth for giving him the guidance and encouragement he needed to succeed with his SIP.
“Hopefully, I will have enough knowledge I can be an effective member of my community professionally and nonprofessionally,” Bailey said. “I think K did a good job letting me understand how big a place the world is and how much I need to be humble. I want to keep working hard because no one is ever done growing.”




Fifteen Kalamazoo College students joined three of their teachers (professors Dwight Williams, Santiago Salinas and Ellen Robertson) to present research at the 2016 West Michigan Regional Undergraduate Science Research Conference (WMRUGS) in Grand Rapids, Michigan.
Christina C. Bodurow ’79, senior director of external sourcing in the medicines development unit at Eli Lilly & Co. (Indianapolis), has been elected the District II Director for the American Chemical Society for 2017-2019. District II includes counties in Michigan, Indiana, Ohio, Pennsylvania, Kentucky, Tennessee, West Virginia, Virginia and North Carolina. At K Christina majored in chemistry. She served in student government, participated on the Hornet tennis and swimming teams, and played in the Jazz Band. She studied abroad in Erlangen, Germany. Christina earned her Ph.D. in organic/organometallic chemistry at Princeton University (1984). After graduate school she began her career at Eli Lilly in the chemical process research division. She led the early phase development of a number of neuroscience medicines, including the global submissions of nine new chemical entities. Kalamazoo College congratulates Christina on her ACS election.
Scientific inquiry takes no summer break at Kalamazoo College, and a culmination of the summer’s work occurred at the Dow Science Center Mini Poster Session (August 26). In the chemistry department alone some 17 students worked in the laboratories of five chemistry faculty–Professors Bartz, Furge, Smith, Stevens-Truss and Williams. Those students include first-years, sophomores, juniors and seniors, many of the latter working on their Senior Individualized Projects. The mini poster session included 12 presenters explaining the science they had conducted during the summer. Quinton Colwell ’17 (in the red tie) is pictured discussing his poster, titled “Molecular Dynamics and Real-Life Drug Metabolism.” Molecular dynamics is the study of real life systems using computer models and simulations. Colwell’s work involved a relatively novel technique,biased molecular dynamics, which, he wrote, “brings an additional layer to computer simulations relevant to bench-top experiments. It has the potential to be a game-changer.” In addition to Colwell, other presenters included Sarah Glass ’17, Myles Truss ’17, Shreya Bahl ’17, Suma Alzouhayli ’17, and Blake Beauchamp ’17.


