I’m a cell and developmental biologist fascinated by how plants survive, reproduce and adapt to diverse, challenging environments. My career path has been somewhat unusual, as I worked and studied in academic, private sector and government research settings. After completing my doctorate at the University of British Columbia in 2014, I transitioned into an industry-based postdoctoral position in cannabis biotechnology with Anandia Laboratories Inc. In 2016, I joined the National Research Council of Canada in Saskatoon as a research associate, then research officer (PI), where my research focused on the genetic regulation of embryogenesis and seed development in staple food crops. I’m elated to be starting my next career adventure (began January, 2025) as an Assistant Professor in the Department of Biology at the University of Saskatchewan. I am an active advocate for women and minorities in STEM and enjoy speaking with students and early career scientists about the career paths available to those interested in research. I am also happily married to a stellar guy I met in graduate school, am the proud mother of three awesome humans, and am an avid gardener.
I have always been passionate about plant biology and agricultural science. Currently, as a Research Associate, I focus on unraveling the mechanisms of sporopollenin synthesis, transport, and assembly during pollen cell wall formation in plants. With extensive research experience in plant physiology and molecular biology, my work focuses on understanding plant responses to environmental stresses and improving crop traits through advanced biotechnological approaches. My research journey began with investigating the physiological and molecular responses of wheat to heavy metal stress, particularly the role of salicylic acid and sulfur in mitigating Mn toxicity. As a visiting Ph.D. student at Cornell University, I expanded my research to metal homeostasis in monocots, using Brachypodium as a model to study Fe and Cu homeostasis and their interactions with toxic elements like Cd. I applied RNA-Seq, CRISPR/Cas9 genome editing, and synchrotron X-ray fluorescence imaging to explore copper uptake, transport, and its effects on plant fertility. After completing my Ph.D., I moved to Saskatoon and worked as a postdoctoral researcher at the University of Saskatchewan, studying plant signaling pathways that regulate water and nutrient use efficiency. I also contributed to multiple projects, including CRISPR-based gene editing for disease resistance, single-cell transcriptomic analysis of seed development, and breeding programs aimed at improving crop production and nutrient quality. My research integrates molecular biology, plant physiology, and bioinformatics to enhance crop productivity and sustainability. In my free time, I enjoy listening to music and cooking.
I am a PhD student co-supervised by Dr. Chris Ambrose and Dr. Teagen Quilichini. My research involves studying leaf polarity—the asymmetric orientation of leaves into two distinct surfaces—in Arabidopsis thaliana and the various cellular processes involved in this complex phenomenon. I did my MS in 2018 from Miami University, USA, where I studied proteins involved in sister chromatid cohesion during meiosis. Before joining the University of Saskatchewan, I was a science communicator at the L V Prasad Eye Institute. I believe that science should be made accessible to the general public in the simple, easy-to-understand formats.
Hi, my name is Yijing Cai, and I’m a master’s student studying wheat breeding. My current research focuses on wheat quality, like how dough behaves and what makes good bread and cookies. In Teagen’s lab, I hope to learn more about the genetic regulation of seed development and explore advanced techniques in this field. Plus, I can’t wait to experience a different kind of life in Canada-snowy Saskatoon, here I come!
Hello! I'm a passionate food science graduate wrapping up my studies in the Department of Food and Bioproduct Sciences, and joining the Dept of Biology September, 2025. My academic journey has been a delightful exploration of the intricate chemistry and biology that transforms raw ingredients into the nourishment we cherish daily. Beyond the laboratory's precision and scholarly articles, I find balance through the rhythmic flow of poetry and the unconditional companionship of dogs, my most attentive audience when testing new verses. I'm absolutely elated to be joining Teagen's prestigious lab in September 2025 to investigate the wonders of sporopollenin. The promising connections between this remarkable compound and natural science kindle my curiosity and imagination. I'm counting the moments until I can contribute my perspective to the groundbreaking research underway and collaborate with the exceptional team of scientists. This upcoming chapter represents the perfect fusion of my scientific passion and creative spirit!
I am a hard-working third-year honours student majoring in Biology and focusing on plants because plants are awesome. I am hoping to continue my studies under Dr. Quilichini upon graduating and hope to attain a PhD in the future. I am most interested in plants on a small scale, including their physiology, development and biochemistry/hormones. My focus in this lab is on the pollen wall, specifically sporopollenin, an amazingly complex biopolymer that, despite the efforts of many scientists over the past 50+ years, has still not been fully understood. I hope to contribute to this knowledge. Outside of school, my interests/hobbies include exercising, watching sports and only the finest of TV shows, and listening to podcasts/audiobooks. (sheesh what a list LOL). Before enrolling in university, I lived a mundane life in the service industry, flipping burgers and mashing potatoes. Although I did live in two wonderful cities, Tokyo and Taipei, in my younger years, it turns out my true calling was my hometown university in a laboratory.
Hello! My name is Doreen Patel, and I am in my 3rd year of B.Sc. Honours in Biology, and I am also pursuing a certificate in Biological Research. In this lab, using a reverse genetic approach I will try to evaluate potential gene candidates which might be required in the sporopollenin formation using Arabidopsis thaliana T-DNA mutants. Outside the lab, I enjoy engaging in outdoor activities and seeking new challenges, which helps me maintain a balance between focused research and personal growth.
Hello there! This is Tahmid, a student with a multidisciplinary background. I hold an undergraduate degree in Chemical and Food Process Engineering and currently pursuing a master's degree specializing in Analytical Chemistry. My research focuses on waste valorization, bioactive compound extraction, and sustainable materials, integrating green chemistry, polyphenols, nanomaterials, and advanced analytical techniques. I am passionate about developing innovative solutions for materials science and human/plant health applications, contributing to a more sustainable future. As an Erasmus Mundus Scholar, I had the opportunity to pursue my research master's across Portugal and Spain, which exposed me to diverse scientific perspectives and enriched my adaptability and problem-solving skills. Throughout my academic journey, I have remained determined and resilient, overcoming challenges to push the boundaries of research in food and environmental science. Beyond academia, I have a deep passion for photography and traveling, capturing the beauty of different cultures and landscapes through my lens. Exploring new places fuels my creativity and curiosity, both in science and life. Moreover, I am a football lover and die-hard FC Barcelona fan. I believe the upcoming journey will be instrumental shaping my career and taking me one step closer towards my goal. Can't wait to start.
