For my doctoral research, I am interested in the application of machine learning methodologies to the creation of a global early warning system that predicts the emergence and spread of infectious diseases. Beyond my academic interests, I am passionate about music and love to play the violin and piano. The Deans office at ….was fantastic about accommodating my pregnancy and uncertainty for the future. During my undergraduate years, I was immersed in a community of peers and faculty genuinely fascinated by the brain. Perhaps it goes without saying that getting into medical school is challenging. UofTâs MD/PhD program brings together world class researchers, teachers and clinicians, which allows to further my pursuit in the area of cancer nanomedicine. Under the supervision of Dr. Aziz Ghahary in the BC Firefightersâ Burn & Wound Healing Research Lab, I studied the role of skin cell signalling during fibrotic scar formation and wound healing. Temerty Faculty of Medicine, University of Toronto © 2021 University of Toronto, 1 King's College Circle, Medical Sciences Building, Room 3157, *indicates 2020-21 McLaughlin Scholars. Through the doctoral program in Clinical Epidemiology, offered by the Institute of Health Policy, Management, and Evaluation, I am working with Drs. Cancer cells actively release many intracellular components via a variety of mechanisms. It was not until I started volunteering at Princess Margaret as a Healing Beyond the Body volunteer that I realized I neglected arguably one of the most critical aspects of cancer â the disease experience of patients. The field of oncology has always captivated me. I started a PhD program Halfway into it, I began to think that the PhD thing was a mistake. Through this work, I became interested in the interplay between fibroblasts and the overall architecture of both normal and diseased tissue. Outside of academics, I enjoy traveling and water sports such as dragon boat racing.Â, My research interests revolve around understanding the causes of cardiovascular diseases such as atherosclerosis and heart failure using novel techniques. During my MSc with Dr. Norman Iscove, I studied the maintenance of self-renewal in hematopoietic stem and progenitor cells. Supervisor: Dr. Michael SalterGraduate Unit: Department of Physiology. While its connectivity to other regions of the brain is fairly well understood in a healthy population, how this differs in ASD is still relatively unknown. I am currently interested in the endothelial cell dysfunction underlying aortic aneurysm pathogenesis, with a specific focus on extracellular vesicle-derived microRNAs as novel biomarkers and therapeutic targets. ... School of Medicine and interim senior vice president for medical affairs. The insights from this project will inform efforts to accelerate the spread of healthcare improvements so that more Canadians can benefit from them. I became interested in the way cells function at a molecular level during my time in the laboratory of Dr. Ray Truant at McMaster University where I realized that understanding the cell biology of a particular disease can provide important avenues for therapeutics. I joined the MD/PhD program at the U of T in the fall of 2015 because it will allow me to understand and appreciate the mechanisms of a disease from the cellular level to the level of patients in the clinic. My current focus lies under the umbrella of host-pathogen interactions where I have mainly worked to better understand disease caused by two human pathogens, Salmonella Typhimurium and Burkholderia cenocepacia. Supervisor: Dr. Michael TaylorGraduate unit: LMP. We also seek to identify genetic, environmental, and chemical interventions that can rescue the dysfunctional cellular pathways and restore normal neurogenesis. Moving forward, I want to learn more about the organization and execution of clinical trials, and plan to continue research in the areas of atherosclerosis and heart disease. Every time I thought about med school or becoming a doctor and helping others I became so excited and determined! The University of Toronto comprises a diverse array of research areas and is home to world-class work being conducted by leading experts in their respective fields. {loadposition hidden-adsense-block-story}, 29 Year Old Medical Student“It’s so hard to contemplate motherhood while balancing my career. During this time, I worked closely with physician-scientists who underscored the importance of translational medicine and inspired me to follow in their wake. The biography is important for students because it gives readers a quick glimpse of your personality, achievements, and accomplishments. I am confident that the MD/PhD program will help me determine where my interests lie within medicine and science as I move forward in my career. Visit our McLaughlin Scholars for a comprehensive list of students supported by the McLaughlin Centre, Supervisor: Dr. Graham CollingridgeGraduate unit: Department of PhysiologyÂ, Personal backgroundI grew up partially in Nova Scotia and completed my undergraduate and master's degrees, both in neuroscience, at Dalhousie University. I was raised in Ottawa and completed my undergraduate degree in Biochemistry at Carleton University in 2014. Having the opportunity to pursue oneâs vocational objective is an immense privilege; though I can never truly earn it, I am continually grateful to have it. My research focuses on understanding the physiological impact that early-life pain exposure has on infants. (the weekend before block exams!) I completed my undergraduate degree in Physiology and Biochemistry and my Masters training in Medical Sciences at the University of Toronto. I believe that clinician scientists are best suited to fill this gap and improve healthcare and its delivery, which is why I chose to pursue MD/PhD training. I am interested in learning how to apply current technologies to medical problems. In addition, I am also mildly addicted to playing the greatest card game in existence â contract bridge. Stemming from my joint program, some of my hobbies include building electronics projects with Arduinos, programming and 3D printing. This allowed me to have the time that I needed when he was an infant. At the U of C, I was inspired by the scientific pursuit and drive of my mentors. I've had some excellent mentors as a medical student at UofT who've inspired me immensely. I attended the University of Toronto for my Bachelorâs and Masterâs degrees in biophysics and medical physics. Dr. Daphne Calmes, associate dean of medical student affairs with the Charles R. Drew University of Medicine and Science in Los Angeles, says that if medical school ⦠I also hope to work on utilizing electrical stimulation techniques such as deep brain stimulation to augment memory function in both, healthy individuals and those suffering from cognitive deficits due to disease or injury. In my fourth-year thesis project, I undertook the development of a novel, single neuron-based brain machine interface in a rodent model, which could be used to improve the efficacy with which individuals with neuro-motor deficits interact with their environments. I am passionate about developing novel techniques to better understand and tackle problems at the frontier of oncology, and I am confident that the MD/PhD program will help me cultivate my interests and contextualize my work. My PhD project will be focused on improving existing neurosurgery microscopy technology. A fourth-year medical student in the Jacobs School of Medicine and Biomedical Sciences has been selected to participate in the American Medical Association (AMA) Foundationâs 2020-2021 Leadership Development Institute. why?'. I'm excited to dive further into neuro-oncology during my PhD and into the realms of basic science and bioinformatics. Moving forward, for my PhD studies, I will continue to work under the supervision of Dr. David Malkin and Dr. Away from my computer, I enjoy book clubs, music, water sports, and practicing Dutch Kickboxing. #LifeofaMedStudent: A VOICE in social media for all those in medical training. Udell and Lee in applying novel epidemiological methods to investigate the intersection between cardiovascular disease (CVD) and viral respiratory illnesses in patients with varying degrees of CVD, using provincial health administrative data and global pragmatic trial data. I studied insulin transcytosis--the mechanism by which insulin taken up and transported across endothelial cells. During my training I researched the neural mechanisms of reward and impulsivity at the Toronto Western Hospital under Dr. William D. Hutchison and with Dr. Valerie Voon at the University of Cambridge's Wolfson Brain Imaging Centre. First impressions are still important in the 21st century, but they look a little different. The Gender Pay-Gap: The Gap that Won’t Close. I then completed my MSc in the University of Torontoâs Immunology Department. The MD/PhD program provides me with the training to become a compassionate physician to individual patients and a skilled medical researcher pushing the boundaries of knowledge. Throughout high school I was repeatedly discouraged by doctor-friends of the family who warned me about the inevitable changes in medicine. The Immortal Life of Henrietta Lacks by Rebecca Skloot: Medical science would have ended up in ⦠I completed my undergraduate degree in Honors Biochemistry at McGill before joining the MD/PhD program at the University of Toronto. Supervisor: Dr. Though the details remain yet to be determined, we are specifically interested in using mouse models and cerebral organoid technology to study memory development and retrieval. Naturally, I found myself gravitating towards the sciences. I ultimately chose the MD/PhD at UToronto to gain a solid foundation of medical knowledge for patient care, and an understanding of the problems and solutions within healthcare at the best research institution in Canada. My PhD work focuses on understanding the factors that govern nanoparticles interactions with blood and tumour components. As part of this push, there has been an increasing focus on how features such as city planning might affect cardiovascular risk factors. There was nothing I wanted more than to feel like I was a full partner in patient care. That I wanted to pursue a career as a clinician-scientist was a more recent discovery. I feel very lucky to be where I am in my life and a medical student at the same time.” K, 32, mother of one, Information posted on mommd.com (Site) by its users is held out to the public domain and is therefore public information which can be viewed by others. and a Masters of Science from Toronto in 2012. In the future, I hope to take my work internationally to benefit underprivileged populations. The Strategy has had great success at Mount Sinai, saving the healthcare system an estimated $6.7 million in FY13 while producing near-perfect patient satisfaction scores. Could I ignore those who tell me that at 27 I should already have my career established? Supervisor: Dr. Paul FranklandGraduate Unit: Institute of Medical Science. We are able to do this without compromising academic quality or clinical experiences. In addition to my research, I work part-time as an MCAT tutor. I completed my Bachelor of Science in Biomedical Engineering at Drexel University in Philadelphia, PA and my Master of Science in Laboratory Medicine and Pathobiology at the University of Toronto. I chose to pursue the MD/PhD program at the University of Toronto on the basis of its renowned excellence in biomedical research and medical education. I came to Canada discoveries and translating them into improved patient care professionally and compete in solo competitions! Studied large multimodular enzymes called non-ribosomal peptide synthetases via X-ray crystallography HIV and.., working in Dr. Molly Shoichetâs lab, I worked closely with physician-scientists who underscored the of... Lab has demonstrated that acute Myelogenous Leukemia ( AML ) cells, B cells Creating,. Research project yet, my previous research experiences have provided me a strong foundation in understanding signaling. 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