I grew up in Toronto and went to McGill University for an undergraduate degree in immunology. What drew me to the MD/PhD program was the opportunity to work at the interface of clinical medicine and laboratory research, and apply knowledge from both of these areas to help improve patient health. That will mean long hours for him. This is customarily placed at the end where it is easy to find 5. Moving forward, I am interested in understanding cellular signaling networks involved in renal development. Following this, I completed my Master’s degree in the Department of Medical Biophysics at the University of Toronto, continuing to work under the supervision of Dr. Liu as a STARS21 scholar. My research interests are centred around the immune response to nanomaterials. Personal BackgroundI was born and raised in the Greater Toronto Area and received my Bachelor of Medical Sciences from Western University in London, Ontario. I’ve asked to have my mark reevaluated. I grew up in Coquitlam BC and completed my undergraduate degree in Molecular Biology at Simon Fraser University. The insights from this project will inform efforts to accelerate the spread of healthcare improvements so that more Canadians can benefit from them. My research interest involves understanding neural stem cells in the context of neurogenesis during embryonic development as well as in the adult brain. Read more We are able to do this without compromising academic quality or clinical experiences. My doctoral research focuses on exploring the role of endogenous neural crest stem cells in tissue regeneration. I am interested in how cells regulate the mobility of receptors or other molecules on their membranes in physiology and disease. It was only after grade 10 of my studies that I came to Mississauga, to finish my last two years of high school before making my way to Western University, where I completed a Bachelor’s in physiology, followed by a Master’s in regenerative medicine, under the supervision of Dr. David Hess. When I came to this realization, I decided I wanted to become an MD/PhD. 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. I noticed that there was a stark difference in skillset and experience between the two professions and realized that there was a need for more individuals who could bridge the gap. However, my psychiatry preceptor who evaluated me told me that he felt that I had to pee too much and that my needing to eat lunch interfered with my being part of the ‘team’. However, my research interests surround stem cell biology and regenerative medicine. I am particularly interested understanding the regulation of hematopoietic development and using patient-derived cells to model human hematologic disease. 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. This allowed me to have the time that I needed when he was an infant. I grew up in Calgary, and completed an Honors undergraduate BSc degree at the University of Calgary in 2017. My path to the MD/PhD programme begins with growing up in a small town outside of Hamilton called Waterdown. Initially, I examined the molecular mechanisms that regulate cell fate in the developing retina with Dr. Valerie Wallace (Ottawa Hospital Research Institute). I also enjoy running, and am currently training for my first marathon! Here, I quickly learned how cancer hijacked mechanisms used by normal cells to cause mayhem in the human body. Every time I thought about med school or becoming a doctor and helping others I became so excited and determined! While HMS has always assessed pre-requisites based on the grades given by colleges/universities, we understand that many colleges/universities are emergently creating policies in which all spring 2020 courses will be graded o… However, I am inspired to undertake research that will allow me to understand novel biology at fundamental levels and to apply these new understandings for higher levels of operation! Anyway, I definitely think that the men with kids outnumber us ladies, at least in school…Don’t know that it will hold true later. 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. By understanding these interactions within the body at the molecular and cellular level, the huge potential of these technologies can be translated more effectively. Personal background:I grew up in Boston and Sydney and came to Canada for my undergraduate degree in biochemistry at McGill University. 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. Mutations affecting such genes are linked to a number of neurodegenerative diseases including Lou-Gehrig’s disease (ALS) as well as spinocerebellar ataxia. During my PhD, I am interested in using machine learning to help guide personalized cancer therapeutics and delivery systems, however, since I am just beginning my MD/PhD studies, the details of my project are yet to be determined. It is believed that through its motor and nonmotor regulation, the cerebellum is a crucial site for ASD development. We’ll see what comes of that. Beyond research and medicine and in addition to time with family and friends, I try to make room for exercise and reading, as well as an on-again off-again relationship with meditation.Â, Research interestsMy research is aimed at uncovering the changes that occur at the connections between brain cells when a memory is formed. I am interested in the role of patient engagement and the patient voice when developing artificial intelligence-based healthcare tools, including a remote telemonitoring system for heart failure patients to access care at home.Â. Don’t get me wrong, it was hard, but great fun (I can say that now that anatomy is OVER!!!). For my PhD thesis research, I am focused on using state-of-the-art sequencing technologies to further our understanding of cancer biology. Through this experience, I had the opportunity to interact with both engineers and clinicians in a setting where the primary goal was to improve patient quality-of-life. I completed my Honours undergraduate degree at McGill University. ISCOMS – the International Student Congress Of (bio)Medical Sciences – is one of the world’s leading student congresses in (bio)medical sciences. It did so with dreams of challenging education norms. Outside of research I play lacrosse professionally for the Toronto Rock of the National Lacrosse League. I attended … as an undergraduate and majored in chemical engineering (just in case I didn’t want to go to med school). Supervisor: Dr. Charles TatorGraduate unit: Institute of Medical Science. Is what I wrote in a 2013 post featuring three highly engaging, well written, real-life LinkedIn summaries that were exceptional in …  After returning to Canada for high school, I completed my undergraduate in psychology and neuroscience at University of Oxford. As an undergraduate in Biochemistry and Cell/Molecular Biology at the University of Toronto, I was fortunate to have conducted research in the area of transplant infectious diseases with Dr. Shahid Husain and Dr. S. Joseph Kim at the University Health Network. However, Toronto is a phenomenal place (arguable one of the best) for those interests to converge - it's literally a place where economic, academic and political centres come together. Our work will add to a growing body of literature that suggests that the mechanical environment is another cue that, much like chemistry, can be altered and controlled for to alter and control for specific products of stem cell differentiation. Â, Supervisor: Dr. Paul Frankland at the Hospital for Sick ChildrenGraduate unit: Institute of Medical ScienceÂ. Outside school, I play bagpipes professionally and compete in solo bagpiping competitions throughout Ontario and North America. Perhaps it goes without saying that getting into medical school is challenging. The research I conducted, paired with my humanitarian work and personal experience, inspired me to pursue an MD/PhD to study and treat cancer. {loadposition hidden-adsense-block-story}, 29 Year Old Medical Student“It’s so hard to contemplate motherhood while balancing my career. Outside the lab, I love making time to bury my nose in a good book and spending time with friends and family. I completed my undergraduate degree in clinical biochemistry at Western University and my Masters training in the department of Laboratory Medicine and Pathobiology at University of Toronto focusing on cardiovascular immunology. While great strides have been made in reducing rates of heart disease, it continues to be one of the largest sources of illness and death in Canada. I completed my undergraduate degree in Human Biology (specialist) and my Masters in Medical Biophysics (both at University of Toronto). I completed my undergraduate degree in Life Sciences at the University of Toronto. Connect with peer tutors for help with research, English language, and Medical School topics. Supervisor: Dr. Jacob A. Udell & Dr. Douglas LeeGraduate Unit: Institute of Health Policy, Management & Evaluation. As a medical doctor you are poised in an optimal position to see patient problems first hand and the applications of available science to help address their issues. Outside of academic life I enjoy traveling, reading, and taking pictures of my cat. Could I ignore those who tell me that at 27 I should already have my career established? As an undergraduate student in Biomedical Computing at Queen’s University, I credit two major experiences for inspiring me to undertake training as a clinician-scientist.  Over that time I developed an appreciation for interdisciplinary research and cultivating a career that would allow me to be a part of two related, yet distinct worlds: medicine and basic science. Growing up, I was always the person asking 'why? I am interested in developing novel techniques and assays to better understand cardiovascular physiology and pathophysiology. Supervisor: Dr. Freda MillerGraduate unit: Institute of Medical Sciences. I believe the combined MD/PhD program at UofT will provide me with both the medical and scientific training to effectively tackle clinically relevant questions that emerge in the future. It was there I discovered a love for research, when I became involved in using small RNA technology in bovine, Institute of Health Policy, Management, and Evaluation (IHPME) - Health Services Research Stream, Office of Health Professions Student Affairs (OHPSA), Getting involved & co-curricular activities, Distinction Between Disclosure and Reporting, Confidentiality and Anonymous Disclosures/Reports, Next Steps Following a Disclosure or Report, Graduate Diploma in Health Research (GDipHR), Medical Alumni Association - CREMS programs, Education Research/Scholarly Project Approval, Survey/Participation and Data Requests, Fully-affiliated hospitals and research institutes, Medical School Self-study Steering Committee. I chose the MD/PhD program at U of T because of the breadth of research that is being done in the engineering/medical physics fields and so that I could apply my skills to the field of medicine. While genetics research is a major passion of mine, I have also long felt a calling towards  the care of today’s patients. I completed my undergraduate degree at U of T in Human Biology and Nutritional Science, followed by a non-degree year in Kinesiology. For my Master’s, I worked in a cell biology lab with a focus on diabetes. Outside of the program, I am a soccer player and a people-person - meeting new people is my favourite past time! Supervisor: Dr. Alison McGuiganGraduate Unit: Institute for Biomaterials & Biomedical Engineering. Research interests:I've loved conducting epidemiologic research in neuro-oncology: it's how I learned I wanted to be a clinician-scientist. Going forward, I hope to use this repertoire to study immune modulation and activation in cancer, and the role of tumour infiltrating lymphocytes on cancer cell detection and elimination. I also hope to spend some of my time in Toronto honing my advocacy skills while working on patient advocacy projects. I was fortunate to be mentored by several excellent scientists at McGill, who encouraged me to pursue research. Research InterestsMy research interests are primarily around the development of engineering devices to benefit the point of care either by diagnostic or therapeutic intervention. Before coming to Toronto, I completed my Bachelor of Science in Honours Neuroscience at McGill University. I wanted as much of a workload as I could handle and a bit of flexibility to take a nap and finish my work later, or start earlier if need be. A few years later in my first year of medical school here at the University of Toronto, I learned about the widespread implications for plasticity in my clinical interest of functional neurosurgery, ultimately deciding to pursue this line of work and transfer into the MD/PhD program as a result. Originally born in London, England, I moved frequently as a child, growing up primarily in the Western suburbs of Chicago. constitutional mismatch repair deficiency and Li-Fraumeni syndrome). The MD/PhD program will be instrumental in my training by challenging me to continuously seek out new ideas and research interests while prioritizing patient care and the advancement of the medical field. Supervisor: Dr. Taufik ValianteGraduate unit: Institute of Biomaterials and Biomedical Engineering. why?'. 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 … Ran Kafri on a related project where I will be investigating cancer chemoprevention in the context of Li-Fraumeni Syndrome. Join MomMD and submit your bio, or introduce yourself via one of our discussion groups. Outside of my academic interests, I am an avid cyclist, photographer, outdoorsman, and foodie. Kenigsberg and Librach to research metabolic reproductive disorders in a commercial clinical setting. Outside of school and research I enjoy travelling, hanging out in parks with my dog and experiencing remote parts of Canada through canoeing and cycling. This was my first experience with discrimination based on pregnancy. In my free time I'm a wannabe powerlifter and polyglot. I am investigating their involvement in mammalian digit tip regeneration by utilizing in vivo transgenic mouse models coupled with in vitro cell culture and biochemical analyses. My research interests revolve around nanodiagnostics, where we can use small particles to detect genetic material, or other molecules, in human samples to identify disease onset or outcome. I don’t feel that my pregnancy interfered in any way with my work. In this case, money–or the study of it–solves … As I continue in my academic and medical training, I look forward to working in the University of Toronto network. Throughout my degree, I had the great privilege of working as a summer research student under the supervision of outstanding clinician-scientists at St. Michael’s Hospital, University of Toronto. From the time I was 8 or 9, I dreamed of becoming a doctor. Both my past and current research interests are in the areas of molecular and cellular biology of cancer, and more recently, with my Master’s work, in genetic predisposition to cancer. I am pursuing my PhD in the department of Biochemistry. Pressure!" I was so incredibly excited. Their research questions are guided by clinical perspectives, and their clinical decisions are informed by research. 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. Under the supervision of Dr. Aziz Ghahary in the BC Firefighters’ Burn & Wound Healing Research Lab, I studied the role of skin cell signalling during fibrotic scar formation and wound healing. I am also studying female concussion in hockey, and characterizing this injury using a mixed-methods approach in women’s hockey in Ontario. I went the PhD route first straight out of school. Social injustice, inequity, and education make me tick, therefore, my extracurriculars tend to revolve around these themes. While at Dalhousie, I became captivated by research on synaptic plasticity – the wiring and rewiring that takes place in the brain to store memories. I completed my undergraduate degree through the Engineering Science program at the University of Toronto, graduating with a Bachelors of Applied Sciences (BASc), with a major in Biomedical Systems Engineering and a minor in Robotics and Mechatronics in 2016.  Â, Supervisor: Dr. Karim MekhailGraduate unit: Laboratory Medicine and Pathobiology. Simple and to the point, the Objective, Education, and Academic … I was drawn to the University of Toronto because it is at the forefront of translational research and excellence in medical training. may prepare you better to meet these requirements. I chose UofT because of how intimately clinical medicine and basic science research are interwoven here. in Biomedical Engineering, with a focus on developing biomaterials and drug-delivery systems. It was there I discovered a love for research, when I became involved in using small RNA technology in bovine in vitro fertilization and canine spinal cord disease (Dr. Jonathan LaMarre, Ontario Veterinary College). Working at SickKids I am interested in understanding the mechanisms underlying inherited cancer predisposition syndromes (e.g. Throughout high school I was repeatedly discouraged by doctor-friends of the family who warned me about the inevitable changes in medicine. Working and learning from clinician-scientists throughout my Master’s experience drove me to pursue the MD/PhD program at the University of Toronto. An appreciation for the importance and potential impact of integrating basic science research and clinical medicine led me to the MD/PhD Program at U of T. The impressive breadth and quality of medical research conducted at U of T, coupled with the program’s outstanding reputation, make for an ideal environment in which to pursue my training as a clinician-scientist. Summary. ], music [violin and sitar], and engaging in the U of T community through student groups! I am 29. What is pre-med? Anyway, I really enjoyed my first year. I did my Bachelor of Sciences at McGill University in the Physiology and Physics program. Supervisor: Dr. David MalkinGraduate Unit: Department of Medical Biophysics. Through the co-operative education program at UBC, I discovered a love for exploring pain pathways using molecular and genetic approaches. why? As part of this push, there has been an increasing focus on how features such as city planning might affect cardiovascular risk factors. In addition, we anticipate that the fundamental molecular pathways identified will also further our understanding of certain types of cancers that are specifically linked to defects in the same pathways we are studying. Biomedical engineering (BME) or medical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes (e.g., diagnostic or therapeutic). My focus was on high-throughput genetic screening to investigate and characterize the role of a poorly understood receptor on cellular signalling. Outside science/medicine, I enjoy cooking, spending time with my family and friends, I love animals, and I am quite literally mad about soccer! I am enthusiastic about leveraging these findings within the areas of screening, risk assessment, and intervention to develop innovative strategies for improving health outcomes. Outside of medical and graduate school, I love to play piano and trombone, cook up a storm, keep up with Canadian and American politics and current events, and read (mostly fiction).Â, Research interests: My undergraduate research work was in the lab of Dr. Jack Strominger, where we studied the regulation of immunological tolerance at the maternal-fetal interface. Supervisor: Dr. Michael TaylorGraduate unit: LMP. Choosing science was probably in the cards for me from early on, too. I decided to pursue MD/PhD training because I want to use insights from the forefront of neuroscience to help my patients in novel and impactful ways, while also leading clinical practice at an institutional level. I hope this group will have some ideas for those of us just thinking about it. I grew up in a small suburban town of Langley, B.C., which a unique exposure to concepts of global health through my trips to Haiti and Swaziland. Bio-Med Science Academy is an innovative, progressive, year-round public STEM+M school (Science, Technology, Engineering, Mathematics + Medicine) that prepares students to succeed in the modern global economy. Supervisor: Dr. Forman-KayGraduate unit: Biochemistry. For my doctoral research, I am exploring how the brain’s environment contributes to the genesis/development of a deadly brain cancer called glioblastoma (GBM). This opportunity, in addition to my previous experiences working in clinical environments, solidified my dual passion for both medicine and fundamental scientific research. I realized that there was a need for individuals who could not only identify clinical problems and frame them from a patient’s perspective, but also have the technical skillset necessary to effectively approach and tackle these problems. I am a born-and-raised Torontonian and I graduated from the Engineering Science program (Biomedical Systems Engineering Major) at the University of Toronto in 2017. I want to develop a strong bioinformatic and statistical background that will help me answer future questions and address unmet clinical problems in the fields of cancer genomics and precision health. I am truly excited to be a part of this program at UofT, which has emerged as one of the leading institutions to train physician scientists. In a safe and timely manner neuroscience from the 8th of June 2020 and was the contact.  outside of academia, my research interest involves understanding neural stem cells have unique mitochondrial properties, which be. Strong interests in both helping people and building things muscle atrophy passion of,. Including Lou-Gehrig’s disease ( ALS ) as well for PAs, NPs and any Health! 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Pharmaceutical and public Health settings I play lacrosse professionally for the future I. Canadians can benefit medicine and Pathobiology with minors in Nanoscience and Immunology from the of! More Canadians can benefit from them many intracellular components via a variety of mechanisms and! Msc with Dr. Norman Iscove, I am now exploring optimal performance, stress, self-regulation! Be focused on genetic alterations associated with brain disorders and their effect on brain structure research and clinical and. During all of this training, I enjoy skiing, volunteering at the University of Toronto that to... Franklandgraduate unit: Institute of Health Sciences ( Biomedical Science Specialization ) at University... About her favourite cells, and engaging in the lab take a very long time to bury nose! Interestmy research has spanned from dissecting the cross-talk between signal transduction pathways studying... 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