My name is Sruchika Sabu and I am a senior majoring in Cell Biology and Neuroscience and minoring in Psychology at Rutgers University. I have worked in the Wu Lab for over 2 years and am continuously encouraged to expand my projects and actively contribute to the lab. During my final academic year, I plan on completing a departmental honors thesis. After that, I aspire to pursue M.D./Ph.D. degrees to delve further into the field of neuroscience and neuropathology.Read the full article.
My name is Daniel Greenfield and I am currently a sophomore in the Rutgers School of Arts and Sciences Honors Program. My major is Biomathematics, and my minor is Computer Science. Since early 2015, I have taken part in research with Dr. Sagar Khare in the BioMaPS Institute for Quantitative Biology doing protein modeling and simulation.Read the full article.
My name is Kelvin Liao and I am currently a sophomore in the School of Arts and Sciences Honors Program. I work as an undergraduate researcher in Dr. Richard Padgett's lab at the Waksman Institute of Microbiology. I am majoring in Molecular Biology and Biochemistry and minoring in Computer Science. After I complete my undergraduate education, I intend to pursue medical training to become a doctor.Read the full article.
My name is Marcin Ciesla and I am a Molecular Biology and Biochemistry major with a minor in Chemistry in the School of Arts and Sciences. I plan to pursue an M.D./Ph.D. after graduation. My project focuses on the developmental effects of BPA and BPS exposure in zebrafish. My advisor is Dr. Lori A. White and her research interests include studying the pathological changes caused by xenoestrogens.Read the full article.
My research is in the Department of Chemistry and Chemical Biology under the direction of Dr. Charles Dismukes and Karin Calvinho. The Dismukes Research Group has two subgroups, one that works on the biological aspects of photosystem II, and another that works with inorganic catalysts (substances that are used to increase the speed of a chemical reaction, but are not consumed) modeled after their biological counterparts.Read the full article.
Predator-prey relationships can promote the successes or failures of interacting populations. If the intensity of predation is too great, prey populations become susceptible to diminishing towards collapse. Likewise, if predation pressures are too weak, prey populations can rise above their carrying capacity until their environments and resources become degraded, potentially causing population collapse (Cain et al., 2014).Read the full article.