Emmanuel Undergraduate Students Present Pioneering Summer Research Projects
October 3, 2016
Forty Emmanuel students showcased their summer research and special academic projects at the College’s Summer Research Poster Session on Thursday, September 29 in the Maureen Murphy Wilkens Science Center.
Forty Emmanuel students showcased their summer research and special academic projects at the College's Summer Research Poster Session on Thursday, September 29 in the Maureen Murphy Wilkens Science Center. The multidimensional research and collaboration that occurred this past summer between faculty and students at Emmanuel was on display for the community at this signature event.
"At Emmanuel, we embrace collaboration across every dimension, encouraging faculty members and students to work diligently together on coursework and research projects that not only advance students' knowledge, but also expand the frontiers of human knowledge," said Dr. William C. Leonard, Vice President of Academic Affairs and Dean of Arts and Sciences at Emmanuel College. "These summer projects exemplify Emmanuel's commitment to academic excellence."
Summer 2016 research projects on display included:
"Creation of Functional Fusion Proteins between E. coli GTPases and the Open Reading Frame from Green Fluorescent Protein," presented by Ashley Skey and Mary Nahorniak and advised by Dr. Paul March.
"Establishment of tolerance to vascularized composite allografts (VCAs) via induction of mixed hematopoietic chimerism," presented by Simone Thibault and Alexandra Mulligan and advised by Dr. Josef Kurtz.
"Prokaryotic protein/protein interactions," presented by Cinthia Garcia, Brielle Favole and Felipe Farinha, and advised by Dr. Padraig Deighan.
"The Mitotic Exit Network," presented by Courtney Sniffen, Matthew Powers, Michael Vannini and Victoria Mingione, and advised by Dr. Anupama Seshan.
"Investigating the secret identity of RNA processing factors in the DNA damage response," presented by Jay Kaufman, and advised by Dr. Jason Kuehner.
"Identification of trans-acting factors that regulate transcriptional attenuation of the yeast DNA repair gene, DEF1," presented by Courtney Whalen, and advised by Dr. Jason Kuehner.
"The contribution and function of bone marrow-derived progenitor cells to the CNS population of microglia," presented by Marina Rocha, Elizabeth Repash, Jared Nasser and Jeremy Morrisette, and advised by Dr. Todd Williams.
"Microfluidic analysis of DNA templates; Selection and characterization of HAP-specific DNA aptamers; Enamel formation characterization; and Electrochemical rapid diagnostic tests for malaria," presented by Katerina Luarasi, Jack Florek, Krista Meserve, Jason Miech and Robert Tzepos, and advised by Dr. Aren Gerdon.
"3 projects on Lysyl Oxidase (LOX): Optimization of purification procedure for LOX; Investigation in the role of the copper cofactor in LOX; and Computer-assisted design of the selective inhibitors of LOX," presented by Zachary Foley, Chloe Pantano, Islam Baiev and Cameron Messier, and advised by Dr. Faina Ryvkin.
"Sheltered English Immersion Classrooms Study," presented by Kierstin Giunco and advised by Dr. Christine Leighton.
"Population dynamics of migratory species," presented by Connor Higgins and Sadie Piatt, and advised by Dr. Christine Sample, Dr. Benjamin Allen and Dr. Yulia Dementieva.
"Graph theory that investigates pursuit games on graphs," presented by Nikolas Townsend and Mikayla Werzanski and advised by Dr. Brendan Sullivan.
“Study of development trajectory of autism and bipolar disorder using mouse models,” presented by Jessica Thanos, Alex Powers and Emalee Peterson, and advised by Dr. Melanie Leussis.
"Data gathering for Individual Acts of Courage and Conscience," presented by Sofi Drago and advised by Dr. Marie Natoli.
“Microenvironmental Responses of V1,” presented by Meaghan Carey, Nicholas Rosenau, Lauren Clark and Rebecca Andrade, and advised by Dr. Michael Jarvinen.
“Using Standardized Patients in Health Assessment,” presented by Jonathan Rowe and advised by Dr. Diane Shea.
A majority of the 2016 summer research projects were in the natural and social sciences. Emmanuel offers a robust science curriculum supported by teaching scholars, state-of-the-art facilities and unmatched research and applied learning opportunities resulting from our NSF- and NIH-funded research initiatives and our location within Boston's Longwood Medical and Academic Area. Emmanuel's liberal arts programs provide students with life-changing avenues that expand their capacity to analyze, reflect, communicate and grow.