There were a lot of files available (over 6,000!), so I spent a good amount of time sifting through the data and figuring out which ones would be needed for my project. This week, I got access to the data needed for this project. Ogunwobi’s lab, continue learning VMD, and study other microRNA visualization projects. My goals for next week are to collect the data from Dr. Maybe I watched too many Black Mirror episodes. I find that fascinating, but also ominous. This brought to mind the increasing technological advances happening globally, how much the world has changed over the years, and how much the world will change years from now. Both presentations contained research on the effects of VR usage on pain, and both research findings demonstrated the positive physical and emotional results VR usage had on patients. One was a seminar on the Role of Self-Administered VR for On-Demand Chronic Pain Treatment, and the other was a dissertation defense of a Ph.D. I also learnt how to add mutations to a protein, as well as modifying graphical representations of a protein by coloring or drawing method.ĭuring the week, I virtually attended some interesting VR-related presentations. Using the lipase 2w22 as a model, I practiced generating a Protein Structure File (PSF) from a Protein Data Bank (PDB) file. I did however keep working on VMD and learned some cool tricks. Because of that I was unable to access any data this week. students who had recently graduated, and there had to be some coordination between her and the current lab students. The data I needed was under the care of one of Dr. She was hospitable, giving me a tour of the floor and showing me the different labs and lab equipment used in their research. Following that, I was introduced to Fayola, program coordinator at the Hunter College Center for Cancer Health Disparities Research (CCHDR). I listened to a few of his undergraduate and graduate students present their progress on the project they were working on. Ogunwobi’s weekly lab meeting at the Belfer Research Building. In the meantime, I will continue learning visualization on VMD and Paraview. Ogunwobi and figure out which datasets can be visualized with my tools. My goal for next week is to collect data from Dr. I also watched tutorials on Paraview and VMD, and made attempts at visualizing substances on them. This method will come in handy for me, so I took some (mental) notes down. They employed analogies to form some connection with their audience, and linked that connection with their research. I was especially intrigued by how most of the presenters were able to simplify their work for audiences from non-scientific backgrounds, without watering it down. There, I watched CUNY grad students make two presentations on their research: one for scientists and the other for non-scientists. On Friday, I physically attended the CUNYSciCom Symposium at the CUNY Graduate Center. Oyekoya, concluded that only certain datasets can be visualized on VMD and Paraview. We decided that my role in this project will be to visualize his research findings, and, along with Dr. I read papers discussing the presence of single-nucleotide polymorphisms (SNPs) on the 8q24 chromosome, the encoding of six miRNAs on the PVT1 loci, as well as the underexpression of miRNA-1205 in prostate cancer. Ogunwobi, studied his work, and drafted my research proposal. Project mentor: Olorunseun Ogunwobi, M.D Ph.D. Olubusayo Oluwagbamila, Rutgers University New Brunswick
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