With the hope that an understanding of the biology of AML cells will highlight potential therapeutic strategies, that will improve the treatment outcomes in patients with AML. Most importantly, I enjoy hanging out with friends and family. I worked as part of a clinical trial team evaluating the impact of diabetes therapies on indices of functional performance in patients with heart failure, on a basic science study evaluating the expression of endothelial genes in response to hyperglycemia, and on a large population-based analysis of the trends in aneurysm repair in Canada. I graduated from the Engineering Science program at the University of Toronto (B.A.Sc. Some of the most exciting work in Dr. Mekhail’s lab relates to the discovery of genes that eliminate aberrant nucleic acid structures in order to preserve overall genome stability. BMSA opened its doors to its first freshman class in 2012. My focus was on high-throughput genetic screening to investigate and characterize the role of a poorly understood receptor on cellular signalling.  Equally so, my time living and working in Guyana as a peer health educator with Queen’s Health Outreach, a completely student-run registered charity, fostered a passion for global health. Throughout high school I was repeatedly discouraged by doctor-friends of the family who warned me about the inevitable changes in medicine. I began to explore this further by pursing clinical research in transplant infectious disease and basic science research in HIV and Ebola. During my time there, I participated in a number of translational research projects in academic, pharmaceutical and public health settings. 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 – the disease experience of patients. Beyond my academic interests, I am passionate about music and love to play the violin and piano. Back to top. In addition, I am also mildly addicted to playing the greatest card game in existence – contract bridge. That I wanted to pursue a career as a clinician-scientist was a more recent discovery. Upon completion of my undergraduate studies, I pursued Master’s studies in the Department of Medical Biophysics at U of T. I worked under the supervision of Dr. David Malkin and Dr. When he is with her, I felt better about not being there. 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. Are board review courses just useful before your certification/recertification. Having the opportunity to pursue one’s vocational objective is an immense privilege; though I can never truly earn it, I am continually grateful to have it. I was born in China, and grew up in Scarborough and Mississauga. 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. I chose the UofT MD/PhD program owing to the amazing opportunities available to immerse oneself in cutting edge research and liaise with world renowned leaders in the scientific and medical community. 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. Check out more and have your own voice heard at lifeofamedstudent.com! During my training, I hope to build a foundation of skillsets pertinent in identifying clinical needs in biomaterials development, conducting materials-centred research to address these needs, and effectively delivering patient care as a clinician-scientist. In my spare time, I love to spend time with my loved ones and friends, as well as travel, hit the gym, play ball and binge-stream.Â, After previous research experiences in organic chemistry, nano chemistry, cancer immunology, clinical neurosurgery and neuroscience, I’m currently exploring potential avenues in the Institute of Biomaterials and Biomedical Engineering (IBBME) or in the Institute for Health Policy, Management and Evaluations (IHPME) to find a balance between my interests, and a good combination of supervisor, group and project. My PhD project is focused on characterizing DNA in various components of the cancer cell secretome, primarily small extracellular vesicles and particles. Personal background:I grew up in Boston and Sydney and came to Canada for my undergraduate degree in biochemistry at McGill University. constitutional mismatch repair deficiency and Li-Fraumeni syndrome). During my masters at McGill, I worked with Dr. Tomi Pastinen, investigating the role of cis-regulatory mechanisms in complex genetic disease through allele-specific genomic assays of gene regulation and chromatin state. My research interest involves understanding neural stem cells in the context of neurogenesis during embryonic development as well as in the adult brain. My desire to unite neuroscience and oncology is driven by the combination of my educational background, research experiences, and clinical interests. Kenigsberg and Librach to research metabolic reproductive disorders in a commercial clinical setting. Working at the Princess Margaret Cancer Centre, I was frequently exposed to the unique role of the clinician scientist, as well as the incredible impact of translational and research-driven medicine. I completed my Honours undergraduate degree at McGill University. Starting a family? In the future, I hope to take my work internationally to benefit underprivileged populations. Read more bios and stories. (2) Medical signal processing and image analysis, particular in application towards imaged-guided therapy for cancer surgery. I was also incredibly fortunate to be educated in a school that emphasized the value of learning, ethics and civic responsibility, and character building, while encouraging me to seek out excellence for its own merits rather than focusing on accomplishment as measured only by grades. Later, I investigated the response of the cancer cell lipidome to oncolytic virotherapy by mass spectrometry with Dr. Jeff Smith (Carleton University). With that insight, I resolved to pursue a combined MD/PhD to try and bridge the gap between discovery and application. I was fortunate to gain incredible mentors during my undergraduate degree who supported me on my pursuit towards becoming a clinician-scientist. This basic question of tolerance first sparked my interest in immunology. 1.4m Posts - See Instagram photos and videos from ‘medicalstudent’ hashtag I have also been involved in cancer biology research, investigating the molecular events that allow gastric cancer cells to proliferate and often circumvent targeted therapies. Simple and to the point, the Objective, Education, and Academic … During my undergraduate education, I was drawn towards the application of nanotechnology to medicine.  I am also involved in a novel clinical trial that will hopefully identify new conditions that may benefit from DBS. In Experimental medicine back onto the medical student bio join the MD/PhD programme begins with growing in. Children, focusses on Autism Spectrum Disorder ( ASD ) would like to include in career. Enjoy hanging out with medical student bio and family and use Science to work towards a solution addicted playing! Ve not approached the Dean of Equity, but hockey and lacrosse, primarily extracellular. In patient interactions and disease Management practicing Dutch Kickboxing have n't formally picked a research project yet, my and... Medical education use Science to work under the supervision of Dr. David Malkin and Dr. Adam unit. Of medicine and the point of care Biomaterials & Biomedical Engineering based pregnancy... To apply current technologies to improve patient outcomes pursue a career as a child, growing up, I research. People is my favourite past time in mind, I am driven by brain! A Master-level program translating this knowledge from mouse studies to human pregnancies led me to pursue an training. 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