Archived Content
This student profile has been archived and is no longer being updated.
This student profile has been archived and is no longer being updated.
I've wanted a PhD for a really long time. My interests have definitely changed over the years, but the idea of honing in and studying a particular topic in-depth always really appealed to me. After taking a few courses in behavioural neuroscience, I had to keep going with it. Volunteering as a research assistant in Dr. Winstanley’s lab before applying to grad school really solidified the choice for me.
I already had a great working relationship with Dr. Winstanley from the last year of my undergrad and I felt there was so much more for me to learn and study here. I also wanted to stay close to family. Lastly, as I am transgender, it is important that I live in a city where I have access to appropriate services and I am treated with respect.
I love the interdisciplinary nature of the neuroscience program at UBC. There are many opportunities for collaboration and to learn about topics I had never dreamed of that fascinate me deeply.
Easy access to nature that has not been altered too much by human activity. Whenever I get stressed, a trip to Wreck Beach or Pacific Spirit Park really helps for grounding myself and finding some inner calm.
Many experiences in my life have taught me important lessons in self-confidence and not letting fear stop me. Also, my friends and family have supported me and encouraged me through so much, I truly wouldn't be here without them.
Writing in my journals, Tarot, spending time in nature, reading, video games, music, and of course Netflix.
Don't feel that you have to do and be everything right off the bat. There will be time to find your path, learn what you need to learn, and reach your goals. Stressing too much about it at the beginning will only hold you back in the long-run. Also, grad school has a tendency to make us feel competitive and isolated, but you will have a much easier journey and attain greater success if you reach out to the people around you.
The lights and sounds of a casino are exciting and increase enjoyment. However, these cues can cause intense cravings in those with pathological gambling, and there is increasing concern over their addictive nature. To investigate the influence of cues on brain functioning and cost/benefit decision making, our lab studies these behaviours in rats using the Rat Gambling Task. My research focuses on a key brain region - the orbitofrontal cortex. This region has been previously associated with managing cognitive flexibility and determining action-outcome contingencies. Experimental manipulation of activity in this region may reverse the negative effect of cues on risky decision making. If this is the case, our research could stimulate the development of medical and behavioural treatments that reduce the pervasive nature of habits associated with addiction and help to prevent relapse, by targeting the control of cues over behaviour.