Hey everyone, it’s been a while since I posted here. In case you don’t remember me – my name is Helena Lan, and I started in Professor Pascal Tyrrell’s group as a ROP299 student. Fast forward to the present, I have finished my specialist program in pharmacology, and will be graduating with an Honours Bachelor of Science degree later this month! But if you think that I am finally leaving U of T – nope, my journey is not over yet. This August, I will be living my dream of many years as I start my MD training at U of T! As I prepare to begin the next chapter of my life, I wanted to share with you how my involvement in Prof. Tyrrell’s group paved the way for me achieving my goal today.
Afterwards, I continued on as a research assistant, where I explored the need for statistics and research methodology training in the medical imaging department. My early research endeavours showed me that research was not just pipetting; there is a diversity of research that can drive innovations and improve patient care.
No Surgery (control)
Lost thumb function
So what’s up with the Dodge Ram ad (I am actually a F150 guy myself)? Well I just thought it went well with ramifications of risk. Cheesy I know. But who knows maybe it will help you to remember…
Indranil Balki and Pascal Tyrrell
|Jayun Bae – ROP299Y 2016-17
uncovered throughout the project. It quickly became clear that the answers could not be found through an examination of precedence or legal documents, because many of the research actions that would take place (specifically involving private organizations) fell in the grey area between what was legal and what was ethical. For example, the Personal Information Protection and Electronic Documents Act (PIPEDA) and Personal Health Information Protection Act (PHIPA) are two guidelines for organizations to follow when handling patient data – but neither are able to clearly and positively dictate how this partnership should operate.
Dr. Tyrrell for the guidance and mentorship. The project is not yet completed, so I am looking forward to continuing the study beyond the scope of the ROP. Please have a look at my poster from the 2017 ROP Research Day below:
|GeorgeWang – ROP299Y 2016-17
|Michelle Cheung – YSP 2nd Place Award
Michelle was our second YSP student this summer and did a great job at particpating in one of our studies in looking at patients’ willingness to share their medical images for research. This study is also part of the MiNE project.
Here is what Michelle had to say:
“My name is Michelle Cheung and I am a rising senior at Henry M. Gunn High School in Palo Alto, California. In my free time, I love to bake, read, travel with family, and take Barre classes. I also enjoy volunteering with friends at local charitable events and the Key Club at school. I am very interested in human biology and hope to study genetics and biotechnology next fall.
I really enjoyed the three weeks with the YSP Research Program. I learned so much about medical imaging modalities and had the amazing opportunity of helping research assistants survey patients at the Sunnybrook Hospital for the MiNE project. At first, it was a little daunting, but over time, I became more confident and comfortable interacting with patients, and grew to love surveying. The continuous surveying each day highlights the aspect and importance of repetition in conducting scientific research. Above all, it was an absolute pleasure getting to know the MiDATA and VBIRG lab. I’m grateful to my mentors and the lab members for exposing me to a whole new lab world I never thought existed beyond the traditional wet labs.”
Great job Michelle!
Have a peek at Michelle’s award winning poster and…
… I’ll see you in the blogosphere.
|Jenny Joo – YSP 2016
Over 20 students in the lab this summer beavering away at some great projects. Last week my two Youth Summer Program (University of Toronto) students finished their three week stay with us.
Jenny and Michelle both did fantastic work.
Today Jenny will show you her poster entitled:“Comparing Healthy and Unhealthy Carotid Arteries”
of Toronto in the future. She spent the last 3 weeks in U of T’s YSP Medical
Research program, where she was placed in two different medical imaging labs: The
MiDATA lab of U of T and the Vascular Biology Imaging Research lab at
MRI scans of the carotid artery because it focused on both research and
clinical aspects and had this to say about her experience with us: “It has been an enriching 3 weeks working with my PI, Pascal
Tyrrell, my mentors, John Harvey and Moran Foster, and the rest of the research
|Poster to be presented at the Department of Medical Imaging Resident Achievement Day 2016
Where have a I been you ask? At my desk putting this program together! I apologize for being MIA for the past month or so but I it has been a busy time nurturing this fledgling program of MiNE (pun intended!).
Here is the premise:
Bridging the gap between clinical expertise and the science of managing and analyzing medical imaging data is challenging. To provide direction for data management as well as the analysis and reporting of research findings, we are in the process of introducing a data science unit – MiDATA – offering users an environment geared towards a “soup to nuts” approach to medical imaging research methodology and statistics. The Department of Medical Imaging of the University of Toronto is one of the largest in North America with a clinical faculty of more than 184 faculty, 60 residents and 80 fellows based at nationally and internationally renowned hospitals conducting cutting edge clinical research in the greater Toronto area. The challenge of any successful research and educational program is bridging the “know-do” gap. The goal of MiDATA is to facilitate impactful research through the efficient and creative use of a mentored learning environment.
Shout out to our collaborators the Division of Biostatistics from the Dalla Lana School of Public Health!
Tomorrow is the official unveiling at the 2016 Department of Medical Imaging Resident Achievement Day. I thought I would share with you our poster as a sneak peek…
Clare Sheen is an undergraduate student at the University of Toronto, in process of completing her Bachelor of Sciences in Genomics and Microbiology/Molecular Genetics. She was a 2015-6 Research Opportunity Program (ROP) student working on designing the Medical Image Network Enterprise (MiNE) interface for Dr. Pascal Tyrrell from U of T’s Department of Medical Imaging. She is currently a social director on the Life Science Student Network exec team and a volunteer at U of T’s Agrawal Lab where she helps with Drosophila experiments. She continues to seasonally work as a student camp teacher in the summer.
At the Research Opportunity Program (ROP) fair on March 3rd, U of T ROP students from different departments came together to share their research. A mock-up of the MiNE interface was presented in PowerPoint with the goal of increasing user engagement and encouraging the development of a medical imaging research community. Some features of the interface are presented below.
Through the ‘Research Opportunity Program‘ (ROP) for second year students at U of T, I have been working on a project about physicians’ willingness to use MRI as the front-line diagnostic imaging technology for carotid stenosis patients. For a description see here.
After a recent discussion with Dr. Tyrrell (my supervisor), and as I approach the midpoint of my ROP project, I thought it would be a good idea to review some of my background knowledge of carotid stenosis from my work in the Fall term. Having a certain amount of independence while working on this project has been a great experience, but it also means I am responsible for keeping track of my own learning.
Begrudgingly, I’ll admit that this ‘self-directed’ review process has shed new light on the usefulness of midterms in other courses. However, I still prefer this project-based review format. It has allowed me to review necessary information to make sure that it is fresh in my mind. Now I feel more prepared to begin the second half of the project. I’m looking forward to a major meeting this month and all the other exciting parts of the project to come.