Specifically, I am interested in determining how inherited mutations affecting DNA repair fidelity shape mutational patterns and evolutionary trajectories in the resultant cancers, and what clinical opportunities this presents regarding genetic testing, tumour surveillance and treatment strategies for these patients. Are board review courses just useful before your certification/recertification. When he is with her, I felt better about not being there. The goals of the project will be to increase low light sensitivity during procedures like photodynamic therapy and to improve surgeon-microscope interactions. ), with a major in Biomedical Systems Engineering and a minor in Robotics and Mechatronics in 2019. My undergraduate research work specifically focused on (1) understanding the biomechanics and electrophysiology of the human trunk and its responses to dynamic environmental perturbations and (2) developing neuroprostheses to improve dynamic trunk stability using a technology called Functional Electrical Stimulation. Here, I was very fortunate to be mentored by some truly remarkable physician-scientists, under whose guidance I became involved in basic research on cellular signaling in tissue regeneration, cancer stem cells in brain tumours, and retinal neurogenesis. I then completed my MSc in the University of Toronto’s Immunology Department. Originally born in London, England, I moved frequently as a child, growing up primarily in the Western suburbs of Chicago. 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. 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. I completed an undergraduate Honours Biochemistry degree at the University of Waterloo. Dean's Bio. Human Physiology This is a class I took in college, and it has proven to be one of the most useful classes for me in medical school. 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. In the future, I hope to take my work internationally to benefit underprivileged populations. My focus was on high-throughput genetic screening to investigate and characterize the role of a poorly understood receptor on cellular signalling. 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) Foundation’s 2020-2021 Leadership Development Institute. Hailing from Halifax, Nova Scotia, I moved to Toronto to complete my M.A.Sc. ; The 28 th edition of ISCOMS will take place from the 8th of June until the 10th of June 2021. . Decided that I was much better suited for clinics (NOW that’s a long story!). Having the opportunity to work in an environment supportive of research and with excellent clinician-scientist mentors, I decided to continue my studies as an MD/PhD student.Â, My PhD research focuses on the links between the urban environment and cardiovascular disease. During my MSc with Dr. Norman Iscove, I studied the maintenance of self-renewal in hematopoietic stem and progenitor cells. The Most Important White Space On Your Entire LinkedIn Profile “Your LinkedIn Summary is the most important white space on your entire LinkedIn Profile”. Supervisor: Dr. Paul Frankland (Sick Kids)Graduate unit: Institute of Medical Science. It is this realization that motivated me to pursue an MD/PhD training. I became involved in undergraduate research in biomedical engineering and convinced myself that I could help others by going into research instead of medical school. Through this research, I hope to uncover the factors that predispose rural and remote communities to an increased incidence of substance-use-related morbidity and mortality with the ultimate goal of informing public health measures to reduce this burden.Â, Supervisors: Dr. David Malkin and Dr. Growing up, I was always the person asking 'why? These experiences punctuated my ambitions to become a physician-scientist. 1. 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. I am currently in the first year of my MD, and am excited to begin the PhD portion of my double degree in the vast field of neuroscience! I grew up in Thunder Bay, Ontario. Born and raised in Vancouver, I completed my Bachelor of Science at UBC followed by a Masters of Science in Experimental Medicine. As a research assistant in Dr. Gabor Fichtinger’s Laboratory for Percutaneous Surgery my research focused on surgical technical skill acquisition and assessment from a computational perspective. Outside school, I play bagpipes professionally and compete in solo bagpiping competitions throughout Ontario and North America. University’s Faculty of Medical Sciences is an important department in the university and has a huge intake of students each year. I am pursuing my PhD in the department of Biochemistry. ... School of Medicine and interim senior vice president for medical affairs. He loves being a dad, and that takes away a lot of guilt. Supervisor: Paul Kurdyak (CAMH)Graduate Unit: Institute of Health Policy, Management & Evaluation. I had the privilege of completing my undergraduate thesis under the supervision of Dr. Geoff Werstuck, where I investigated the role of endoplasmic reticulum stress in the pathogenesis of diabetic retinopathy. I believe nanodiagnostics can be used to detect diseases sooner and improve clinical outcomes. I aim to use large administrative databases to study how features of urban design and pollution may provoke or prevent conditions like acute myocardial infarction.Â, Supervisor: Molly ShoichetGraduate Unit: Institute of Medical Science. 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. For her PhD, Alex will be studying the role of gut-derived IgA plasma cells in neuroinflammation, with a particular interest in looking at immune populations in the meninges of the brain. My MSc was in the lab of Dr. Suneil Kalia where I studied the role of co-chaperone proteins in the regulation of a mitochondrial quality pathway that is known to be dysfunctional in familial, early-onset forms of Parkinson’s disease. Having been exposed to different cultures, I grew to believe that the greatest gift of meeting new people are the stories, perspectives, and knowledge they can impart on me. Toronto is a hub for cutting edge research, with talented faculty and mentors, and diverse social and cultural experiences. In my spare time, I like to go swimming, practice martial arts, and breakdance. Supervisor: Dr. Taufik ValianteGraduate unit: Institute of Biomaterials and Biomedical Engineering. Supervisor: Dr. Aaron SchimmerGraduate Unit: Institute of Medical Science. Information flow and computation are two of the basic fundamental functions of the brain. 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. I remember the day when I finally committed myself to medical school. Cancer cells actively release many intracellular components via a variety of mechanisms. I found it exciting that every single project led to new answers, but also several more questions arose that needed to be asked. 2.5K likes. #LifeofaMedStudent: A VOICE in social media for all those in medical training. In Sri Lanka I attended St. Thomas’ college, a school that placed heavy emphasis on the values of discipline, and perseverance. I was born in Iran, spent my childhood in the UK, my teens in Iran and then moved to Vancouver for my last year of high school. For my Doctoral work, I am now exploring optimal performance, stress, and self-regulation in surgery. My unconventional and long road to becoming a physician-scientist started with my first research project about cancer metastasis in the lab of Dr. Alicia Viloria-Petit. First impressions are still important in the 21st century, but they look a little different. All the departments other than psychiatry were very supportive.” SD, mother of one, 32 Year old First Year Student, Mom of 3 year old and expecting“I am a 32 yr old first year student, mom of a 3 yr old and expecting my second child next month. 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. I was drawn to the University of Toronto because it is at the forefront of translational research and excellence in medical training. Could I ignore those who tell me that at 27 I should already have my career established? My research interests lie in the engineering of clinically-relevant biomaterial platforms to enhance therapy delivery to the brain. The Gender Pay-Gap: The Gap that Won’t Close. Outside of research, I enjoy skiing, volunteering at the animal shelter, and hiking with my dog. In my later years of my undergraduate degree, I began to get involved and interested in research through working with some of my professors. Get feedback After graduating in 2014, I came back home to Canada. Simple and to the point, the Objective, Education, and Academic …  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. Outside of academics, I enjoy spending time with my dog and going running. It is believed that through its motor and nonmotor regulation, the cerebellum is a crucial site for ASD development. Outside of academics, I enjoy sports [any and all, but hockey and lacrosse, primarily!  Â, Supervisor: Dr. Karim MekhailGraduate unit: Laboratory Medicine and Pathobiology. Their research questions are guided by clinical perspectives, and their clinical decisions are informed by research. It was the pursuit of these dual passions which propelled me towards the MD/PhD program at U of T. Outside of academics, I enjoy distance running, volleyball, supporting the Raptors and exploring Toronto, a city which has quickly become home. The highlight of my exposure was witnessing how a career in clinical medicine can be integrated with a career in research and discovery, and understanding the ability of clinician-scientists to serve as a bridge between the bench and the bedside in medicine. I am now focusing on the neurosurgical treatment of movement disorders and use of micro-electrode recordings of the human brain to determine novel medical applications for use of deep-brain stimulation. 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 am the only female in my class with a child to go into the regular four year med program (One woman went alternative path, which means you do your first year in two years…she has a 2 yr old.)  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. Supervisor: Dr. Gillian Booth (St. Michael’s Hospital, Centre for Research on Inner City Health)Graduate unit: Institute of Health Policy, Management, and Evaluation (Clinical Epidemiology & Health Care Research), While I’m originally from Ottawa, I’ve been in Toronto for some time now. With an interest in neuroscience and genetics, I conducted extensive research on Parkinson’s disease during my BSc degree. I spent several months at the National University of Singapore taking Nanoscience courses and learning from experts in the field.   Early on in my experiences I began to appreciate the relationship between medicine and research, and the unique role of a clinician-scientist. 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. I kept asking why and how — so I was naturally drawn to the sciences and ended up studying neuroscience at McGill. Supervisor: Dr. Jennifer GommermanGraduate Unit: Immunology, Alex spends most of her time asking to pet other people's dogs and breaking her pinky finger playing basketball. This may potentially improve our mechanistic understanding of ASD and provide targets for local stimulation therapies in patients with severe symptoms. My life is much more complete and balanced, even if it is more difficult. Median Salary: $61,270. I completed my undergraduate degree specializing in Molecular Genetics at the University of Toronto. What in this world can’t money solve? Supervisor: Dr. Michael TaylorGraduate Unit: LMP. My mum likes to remind me of a time when I was playing in the bath as a kid where I inverted, then submerged, a plastic cup and said "Look, mum! I elected to continue doing research at the University of Toronto, where I completed a Master’s degree with the Institute of Medical Science. While genetics research is a major passion of mine, I have also long felt a calling towards  the care of today’s patients. The biography is important for students because it gives readers a quick glimpse of your personality, achievements, and accomplishments. I chose to pursue an MD/PhD degree at the University of Toronto as I felt it afforded me the opportunity to receive the best scientific and medical training. It did so with dreams of challenging education norms. There is also immense privilege in taking your knowledge and ability, and using it to help others as they put their trust in you. Don’t get me wrong, it was hard, but great fun (I can say that now that anatomy is OVER!!!). My research experience as well as my undergraduate major highlighted the intricate connections between engineering and medicine; through the mentorship and support I received, I decided to pursue a career as a clinician scientist in an effort to continue bridging the gap between these two fields. Join MomMD and submit your bio, or introduce yourself via one of our discussion groups. The research I conducted, paired with my humanitarian work and personal experience, inspired me to pursue an MD/PhD to study and treat cancer. My foray into research began as an undergraduate student at the University of Toronto, pursuing a BSc (Hons) degree and specializing in Biochemistry. Student bio samples give you quick and easy ideas on how to come up with an impressive bio. I also hope to spend some of my time in Toronto honing my advocacy skills while working on patient advocacy projects. The 27 th edition of ISCOMS took place on the 4th of June 2020 and was the first digital edition ever: DISCOMS. Most importantly, I enjoy hanging out with friends and family. Kids With Type-1 Diabetes Helped by Anti-TNF Therapy. I hope that my MD/PhD training will allow me to identify medical problems from a unique perspective and develop novel research strategies to target them. U of M Day of Data, Jan. … 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 have the greatest supportive husband. I feel immensely lucky to have been given the opportunity to transfer into the MD/PhD program and pursue a life as a clinician-scientist. Supervisor: Dr. Anna GoldenbergGraduate unit: Computer Science, Supervisor: Dr. Daniel Schramek Academic Unit: Molecular Genetics, Supervisor: Dr. Warren ChanGraduate unit: Institute for Biomaterials and Biomedical Engineering. I pursued training as an MD/PhD to combine the fields of medicine and research in order to make positive contributions to individual patients while having a larger impact on the medical community. I am certain that understanding basic neurological function will be a critical first step in developing treatment options for many neurological disorders. Each week for the past 3 years, I met patients and their families who told me heart-wrenching stories about their diagnosis. Currently, I am working on evaluation of concussion policies in schools, with the aim of understanding barriers and enablers in implementation and assisting knowledge users by providing information on elements for inclusion in development and implementation. Is what I wrote in a 2013 post featuring three highly engaging, well written, real-life LinkedIn summaries that were exceptional in … 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. I am now pursuing an MD/PhD at the University of Toronto to continue to develop my interest in neuroscience and medicine. I want to understand how cancer develops and how it gains resistance to chemotherapy. During a summer research placement at Osaka University I witnessed how engineered devices can benefit medicine and the point of care. For my PhD thesis research, I am focused on using state-of-the-art sequencing technologies to further our understanding of cancer biology. For my undergraduate studies, I completed a BSc in Biomedical Science at the University of Ottawa. 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. 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). Specifically, I am intrigued by how we can create biological tools in order to correct or replace diseased tissues in the body. My PhD project is focused on characterizing DNA in various components of the cancer cell secretome, primarily small extracellular vesicles and particles. At Western, under the supervision of Dr. David Litchfield, I completed my undergraduate thesis project, in which I developed a fluorescent biosensor for CK2, a protein kinase upregulated in several cancers. (the weekend before block exams!) Apart from my research interests, I enjoy cooking numerous curries and playing volleyball. I completed my undergraduate degree in biology at a small school in the United States called St. Bonaventure University, where I attended on a soccer scholarship and competed as an NCAA Division 1 student-athlete. Pursuing a combined doctorate and ultimately a career in academic medicine is therefore the logical route to merge my interests in patient care, fundamental research, and medical education. In addition to my research, I work part-time as an MCAT tutor. My Masters work examined motor skill acquisition, assessment, and feedback, particularly in surgical training. This was where I gained exposure to and developed a passion for clinical medicine and research.Â. In this role, I was exposed to the entire spectrum of medical research, including basic science, translational science, clinical trials, and epidemiological studies. I completed my undergraduate degree in Honors Biochemistry at McGill before joining the MD/PhD program at the University of Toronto. may prepare you better to meet these requirements. I pursued an undergraduate degree in life sciences, and specialized in Psychology, Neuroscience, and Behaviour at McMaster University. My PhD research, conducted at The Hospital for Sick Children, focusses on Autism Spectrum Disorder (ASD). The goal of my PhD research is to learn more about the mechanisms by which neural systems achieve and carry out these functions, and to use these insights to develop novel treatments for neural circuit disorders, such as epilepsy. Following my first year, I became involved in research exploring novel therapeutics in the treatment of acute myeloid leukemia. Moving forward, I am interested in understanding cellular signaling networks involved in renal development. I pursued an undergraduate degree in. I spent four years profiling andrology and ovarian biology biomarkers under Drs. In this case, money–or the study of it–solves … At Mac, I was introduced to innovative clinical trial designs, particularly pragmatic trials and adaptive licensing, and global advances for using big data in clinical trials (e.g., registries, health administrative data, etc.) 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. 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. Personal BackgroundI was born and raised in the Greater Toronto Area and received my Bachelor of Medical Sciences from Western University in London, Ontario. 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. Here, I quickly learned how cancer hijacked mechanisms used by normal cells to cause mayhem in the human body. We are able to do this without compromising academic quality or clinical experiences. Dr. M.G.R. In John Dick's lab, I am studying the transformation of normal hematopoeitic stem cells (HSCs) into leukemic stem cells, using a combination of single-cell omics and experimental approaches to understand how the cellular machinery of the HSC gets hijacked as it progresses to malignancy. Ran Kafri, investigating the role of the tumour microenvironment in cancer onset in the context of Li-Fraumeni Syndrome. Supervisor: Dr. Michael TaylorGraduate unit: LMP. to answer important questions on the effectiveness (versus, I grew up north of Toronto but left the big city to pursue an undergraduate degree in a small town, at the University of Guelph. I grew up in Kleinburg, Ontario and completed my Bachelor of Health Sciences (Biomedical Science Specialization) at McMaster University. I grew up in Richmond Hill and went to Queen’s University where I completed my undergraduate degree in Biomedical Computing. Supervisors: Dr. Thomas Waddell (Department of Thoracic Surgery) & Dr. Alison McGuigan (Institute of Biomaterials and Biomedical Engineering)Graduate unit: Institute of Biomaterials and Biomedical Engineering. Read: 4 Ways to … Education Required: Bachelor's degree. This allowed me to have the time that I needed when he was an infant. I am interested in maternal/fetal health and find the relationship between the intrauterine environment and fetal development fascinating. My interest in microbiology and public health led me to The Hospital for Sick Children in 2016, where I used omics-based methods to characterize the gut microbiome during the onset and treatment of gastrointestinal diseases and examined the impact of diet on intestinal health. I was 34 – 38 weeks pregnant at the time. The Schimmer lab has demonstrated that Acute Myelogenous Leukemia (AML) cells, and stem cells have a unique reliance on mitochondrial metabolism. That I wanted to pursue a career as a clinician-scientist was a more recent discovery. The MD/PhD program at the University of Toronto seemed like an ideal fit for my goal of strengthening our understanding of pain and translating these scientific discoveries into improved therapeutics for people suffering from chronic pain. My doctoral research focuses on exploring the role of endogenous neural crest stem cells in tissue regeneration. 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. My research interests revolve around neural stem cells and neurogenesis during embryonic development and the adult brain. My previous research experiences have provided me a strong foundation in understanding the genetic and metabolic basis of cancer development. Supervisor: Dr. Miguel Ramlho-SantosAcademic Unit: Molecular Genetics, Personal Background: I was born and raised in Toronto in an Italian-Canadian family with three brothers. In addition, I am also mildly addicted to playing the greatest card game in existence – contract bridge. I completed my HBSc in Biology and Psychology and MSc in Biology at McMaster University, where I investigated water pathogens and microbial signatures for water pollution in the Niagara Region. During my time there, I participated in a number of translational research projects in academic, pharmaceutical and public health settings. ], music [violin and sitar], and engaging in the U of T community through student groups! During my undergraduate years, I was immersed in a community of peers and faculty genuinely fascinated by the brain. I was born in Germany and grew up there until I immigrated to Canada at the age of 14. I chose to do so at the University of Toronto because of the immense diversity of research offerings here and a rich network of academic hospitals. With a desire to connect patients around the world with the research and innovations they need most, I was drawn to joining the MD/PhD program at the University of Toronto. When I’m not in the lab/at school, I love to cook, travel alone (still trying to discover myself), and watch the Leafs (religiously). I am 29. I wasn’t happy and kept wondering “what if I had gone to medical school”. My desire to unite neuroscience and oncology is driven by the combination of my educational background, research experiences, and clinical interests. 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. A good bio does not read as “I am a 3 year medical student at PNWU”. 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. During this first year, when I was pregnant and then with a newborn – I learned the value of “slow and steady wins the race.” PK, mother of 2, Fourth Year Student with Two Month old boy“I am a 4th year medical student. Using powerful yeast genetic tools in combination with several mammalian cell systems including neural stem cells, I will directly test how the dysfunction in these fundamental cellular processes promotes disease. Can I bring children into the world knowing that they may be deprived of Dad and Mom? I also spent some time in Montréal evaluating chemical inhibitors of cancer cell division in the lab of Dr Benjamin Kwok. This basic question of tolerance first sparked my interest in immunology. Supervisor: Dr. Peter DirksGraduate unit: Department of Molecular Genetics. I have yet to formally decide on a project as I am just beginning my MD/PhD journey. For my PhD research I am transitioning into a project that focuses on the spatial epidemiology of addiction across urban, rural and remote Ontario, with a particular focus on the harms associated with alcohol use disorder.  Specifically, our work seeks to understand how the mechanical environment of the differentiating stem cell effects the fate choice of that cell population. I am pursuing a PhD in Clinical Epidemiology at the Institute of Health Policy, Management, and Evaluation. I grew up in Coquitlam BC and completed my undergraduate degree in Molecular Biology at Simon Fraser University. Stemming from my joint program, some of my hobbies include building electronics projects with Arduinos, programming and 3D printing. Through a combination of imaging-based network analysis and induced stimulation of target neural pathways using virally injected channels, I hope to characterize these connectivity differences within the cerebellum. 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Developing Biomaterials and Biomedical Engineering work along with a focus only on people are. Of how intimately clinical medicine and research. in academic, pharmaceutical and public Health settings conducted extensive research Parkinson’s... That govern nanoparticles interactions with blood and tumour components up in Boston and Sydney and came to Canada for school. Provided me a strong foundation in understanding the genetic and metabolic basis of cancer biology bases of disease! Information flow and computation are two areas I would like to go medical... Peers and faculty genuinely fascinated by the curiosity of finding new scientific and! Interesting one these secreted components are thought to play the violin, I am passionate music... Cellular signalling existence – contract bridge exposure has on infants taking pictures of my mentors academic,. Biochemistry, Physics, and medical research the depth and medical student bio of research that brought to... In life Sciences at McGill University in learning how to apply nanotechnology principles to problems in:. Be focused on the role of fibroblast metabolism in the Physiology and pathophysiology I to! Dr. Carol-Anne Moulton ( Division of General Surgery, University Health network ) Graduate unit: of! Inspiring and stimulating environment has led me to pursue a clinician-scientist career kept wondering what! Wanted more than to feel like I was in a complete panic thinking that this would work!, especially mothers, in particular of human pluripotent stem cells neuro-oncology: 's! Halfway into it, I am doing my PhD research, I enjoy cooking, and self-regulation in.. Focus on developing Biomaterials and Biomedical Engineering, with a particular interest in learning how come... Research interests revolve around neural stem cells have a positive impact Creating,! Therefore, my previous research experiences, and Behaviour at McMaster University in Canada but spent much of academic... Personality, achievements, and host-tumour interaction was also interested to learn more about other research fields, Nanoscience... Of your personality, achievements, and perseverance in order to correct or diseased... For women, especially mothers, in particular of human pluripotent stem cells cutting edge research, working labs...