ɬŔď·¬

D2R Trainee Spotlight: Kate Bornais 

ɬŔď·¬

This conversation with D2R Training Program Officer, Anthony Van Kessel, has been edited for length and clarity. 

young blonde woman standing in front of a scientific poster at an eventHi Kate, thanks for talking to me! You are a D2R Doctoral Scholar supervised by Professor Guy Rouleau. What made you think that you might be a good candidate for this award and why were you interested in becoming part of the D2R community? 

Initially, I actually wasn't sure that I would be a good fit for D2R. The project that I proposed centres around bipolar disorder and schizophrenia, so I was on the fence about whether to apply. Then I thought about how I’m doing single cell RNA sequencing analysis, which fits under the D2R umbrella. And my lab really has an environment of “shoot your shot”, so I didn’t want to lose out on a potentially rewarding experience. 

Do you think now that you are a Scholar and have been participating in the activities that you are in the right spot? 

Yes, I do. While there is obviously a big focus on RNA therapeutics as the goal outcome, I am doing fundamental research outside of a wet lab. But as I’ve participated in more and more of the events, I’m realizing that there are a lot of people and trainees spread across different disciplines. There is so much variety in the training as well – I’ve seen talks this year about breast cancer, intellectual property, and data science. And I have been involved in the EDI Community of Practice which has allowed me to expand my knowledge within the EDI space. In the D2R EDI Community of Practice, there is another person that does entirely bioinformatics – so I definitely feel like I fit in now that I’ve met the entire community. 

Yes, D2R is definitely bringing trainees together from broad disciplines. Where did you study before ɬŔď·¬? And why ɬŔď·¬? 

I did an undergraduate degree in Biology with an Honours Specialization in Genetics at Western University, in London, Ontario. During my undergrad, my genetics professors kept bringing up ɬŔ﷬’s Human Genetics department as a great place for genetics research – so that inspired me to come to ɬŔď·¬ for graduate school.  

Can you briefly describe your PhD project? 

Yes, my D2R-funded project involves single-nuclei RNA sequencing analysis of a brain region called the anterior cingulate cortex, which is involved in emotional regulation, impulse control, and decision making. The primary focus is to look for changes or differences in gene expression between bipolar disorder and schizophrenia, with the downstream goal of identifying potential biomarkers for differentiating these two closely related disorders. The project really sits at the intersection of a few different fields, such as neuroscience, psychiatry, human genetics, and computational biology.  

So, you are doing the analysis of data from what sources?  

We are using data from post-mortem brain tissues from a variety of patients that have donated their samples to brain banks. There are unaffected controls, and then a subset of people who were diagnosed with bipolar disorder and another with schizophrenia. And the sequencing data was obtained usingSplit-pool ligation-based transcriptome sequencing (SPLiT-seq). 

Did you come in with a lot of bioinformatics experience? 

No, I really started off with minimal bioinformatics or computational experience. The ability to read code is a skill that I’ve acquired over the course of my PhD. 

I don’t think that your main project is the only research you have worked on during your PhD, correct? 

Yes, that’s right. As part of the Human Genetics program, we’re offered an opportunity to do a research internship course at the Centre of Genomics and Policy (CGP) for credit. It was an optional, additional commitment, but I connected with Professor Ma’n Zawati and enrolled in the one semester course. 

young blonde woman working on a computer at a deskDid you enjoy working on a project more in the ethics research space? 

Yes, I did! My part was to do a literature synthesis of the ethical, legal and social implications of artificial intelligence in genomic biomarker identification. This was very different from what I normally work on – I didn’t realize there is a whole world of methods of how to do a literature review or synthesis. It is very systematic and a totally different way of doing research.  

What did you learn from this experience that you can bring to your thesis project? 

The skills are definitely transferable, especially towards writing my thesis where the first step is a huge background literature review. I already read papers very differently in terms of how to scan them, how to identify take-home messages, and how to synthesize findings. Also, in terms of becoming more well-rounded, I feel as a PhD student you can become so zoomed in on your project and it's so niche that you kind of forget that so much else exists. And nothing happens in isolation – there are so many other areas of research, and this has given me an appreciation for a different type of research. I now realize that the ethical, legal and social implications are always integrated into your research whether you focus on them or not. 

Interesting – what is something that you have thought about in your project that you hadn’t before this experience at the CGP? 

Well, there are definitely aspects of personal background that will influence openness to donating your body to research or seek medical treatment. Also, in my single cell analysis, I was surprised to think about: where is the genetic ancestry testing? In the genomics and population studies spaces, genetic ancestry could have a huge influence on the outcomes of your analyses, and it needs to be integrated. 

Taking a step back, have you given any thought to what comes after your PhD? 

Yes, I am starting to think about this, but I am not totally sure, to be honest. It’s hard to decide because there are so many types of careers that can be rewarding. But I’ve always had this medical frame of mind having a family member with a rare genetic condition. And so, my dream is to work in a hospital setting, potentially with patient data, helping with quick, data-driven analyses as that becomes more of the norm. There are some hospitals, like SickKids, that already do this type of work. 

Before we wrap up, is there anything you want the D2R community to know about you? 

I mean, one thing I always share is that I get way too invested in reality TV. Some say it’s brain rot, I say it’s psychosocial analysis! I also like to spend time with my family as I am an aunt, so I get to babysit a lot. I also want to highlight again that I didn’t come into my PhD with a huge bioinformatics background and I have been able to find my way through different opportunities and events. Like with D2R, I didn’t come into the community with a project I knew would fit in, but I feel at home here now. 


Learn more about the research being carried out by Professor Guy Rouleau's Group at ɬŔď·¬!

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