Paula Duarte-Guterman (PDF)
Rand Eid (Graduate Student)
My research interests broadly lie in understanding the neurobiological underpinnings of stress resilience and vulnerability, particularly as they relate to neuropsychiatric disorders such as depression. Unfortunately, despite the fact that women are more likely than men to develop depression and other stress-related neuropsychiatric disorders, female subjects continue to be largely excluded from preclinical research. As a PhD student in the Galea lab, my research is focused on understanding the cellular and molecular mechanisms by which estrogens may contribute to resilience against the development of depressive-like endophenotypes in females. More specifically, I am investigating the potential for estrogens to protect against the deleterious effects of chronic stress through the modulation of inflammatory processes. When I’m not in the lab, I can be found experimenting in the kitchen or playing viola with the Vancouver Philharmonic Orchestra.
Travis Hodges (PDF)
Muna Ibrahim (Research Assistant)
Dannia Islas (PDF)
Bonnie Lee (Graduate Student)
My research is focused on understanding the impacts of motherhood on cognition, neurogenesis, and neuroinflammation in middle age. I am particularly interested in how motherhood and the APOE4 allele, the major genetic risk factor for Alzheimer’s Disease, may interact to affect these factors. This research has implications for the importance of tailored treatments based on the reproductive history and genotype of women with Alzheimer’s Disease. In 2018, I graduated with a bachelor’s degree in Behavioural Neuroscience at the University of British Columbia. During my undergraduate years, I worked on research projects examining the sex differences in the effects of stress on neurogenesis. Outside of research, I am a mental health advocate, pianist, and food blogger!
Stephanie Lieblich (Lab Manager)
Tanvi Puri (Graduate Student)
I’m a new PhD student in the Galea Lab, and I’m interested in figuring out how pregnancy, and the hormonal changes that take place during pregnancy, can affect cognition, stress resilience, and neurogenesis in middle and old age. Investigating the changes in molecular mechanisms underlying these behaviors will allow us to identify possible future targets for precision medicine. I got my B.A. in Neuroscience from Washington University in St. Louis in 2018, where I worked on quantifying the role of astrocytes in regulating daily rhythms in the SCN and in behavior. I also investigated the potential role of advancing light cycles and thus circadian rhythms on preterm birth. In my free time you can probably find me with a novel (my latest favorite is City of Thieves by David Benioff), watching good TV (VEEP/Fleabag/Killing Eve anyone?), baking, or playing Catan a little too competitively.
Wansu Qiu (Graduate Student)
Paul Sheppard (PDF)
My research interests focus around behavioural neuroendocrinology, especially when it comes to sex differences and hormones in learning and memory. Originally from Rosseau, Ontario, I got my BSc (Hons.) in Behavioural Neuroscience and Nutrition (Biochemistry) from Memorial University of Newfoundland before doing my PhD at the University of Guelph. My graduate work explored how estrogens can rapidly affect short-term memory within a timeframe too brief for the classical genomic actions of estrogens to be responsible. In particular, my focus was on the mechanisms (cell signalling cascades, actin polymerization, protein synthesis) underlying the rapid actions of estrogens on social recognition – the ability of animals to recognize previously encountered conspecifics – in female mice. As part of the Galea Lab, my research investigates the cellular and molecular responses that occur within the brain in response to higher order cognitive processing and whether sex differences or estrogen level differences in females lead to different products within the brains of learning rodents. Understanding these sex and hormonal differences in typically learning animals can help us to understand why males and females are differently affected in neurological conditions in which cognitive processing is affected. My work also explores the cell signaling mechanisms that may control the effects of sex hormones on adult hippocampal neurogenesis. Beyond the lab, I am father to a bright-eyed baby boy, husband to a wonderful wife, and co-habitant to 4 friendly felines. I enjoy making strange music, listening to too many podcasts, drinking too much coffee, and being charmingly snobby about beer and music.
Yanhua Wen (Lab Manager)
I have working experience in the molecular biology lab and behavioral neuroendocrinology lab. Currently I am involved in a postpartum depression project, which investigates the effects of maternal antidepressant exposure during the postpartum period and how it affects both the mothers and the offspring. My research work is focusing on immunohistochemistry looking at neurogenesis within the offspring hippocampus of those exposed to maternal postpartum depression and antidepressant treatment. I am also working with genotyping for our transgenic mice. In addition, I am responsible for reconciling lab expenses, lab supplies ordering, shipping and receiving, and general lab organizations.