Programmes de Formation
Série de webinaires
Association des Stagiaires
Stages, Échanges & Bourses
Programme de formation sur les compétences techniques fondamentales
Ressources en Glycomique
Vaccines & Hesitancy Resources
Ressources pour l’école Secondaire
Le comité exécutif de l'association des stagiaires GlycoNet (GTA-EC) représente les intérêts de tous les membres de l'association. En plus de fournir une perspective de stagiaire au programme de formation de GlycoNet, le comité facilite les événements et les réunions de réseautage, contribue aux communications du Réseau et travaille à promouvoir GlycoNet auprès de la communauté élargie. Le GTA-EC se réunit régulièrement pour discuter des idées et des problèmes qui comptent le plus pour la prochaine génération de glycoscientifiques canadiens, et pour s'assurer que les stagiaires de GlycoNet ont accès à un ensemble diversifié d'opportunités pendant leur période dans le Réseau.
Ifthiha is a postdoctoral fellow who joined the Mahal Lab in October 2021. She completed her Ph.D. in Biology at Concordia University, Montreal in the summer of 2021. During her Ph.D., she worked in the lab of Dr. David Kwan, where she focused on researching and harnessing the substrate flexibility of enzymes involved in natural product glycosylation towards better therapeutics. Before joining Concordia, she obtained her BSc (Honors) in Plant Biotechnology from the University of Colombo, Sri Lanka. She is currently working on two research projects: 1) Identifying the underlying glycogenes regulating lectin binding through CRISPR-Cas9 mediated gene editing, and 2) Identifying the host glycomic response to influenza H1N1 as a function of obesity using lectin microarray technology. Outside of the lab, she enjoys baking and travelling.
La présidente du GTA-EC applique les termes de référence de l'association des Stagiaires. Elle est la porte-parole officiel du GTA. La présidente siège en tant que membre du comité de formation de GlycoNet et représentante du GTA.
I am currently in the PhD program in Dr. Michael Riddell’s lab at York University, Toronto. I originally came to Canada on an exchange scholarship from India, went on to complete a Master’s degree and worked for 2 years as a Research Associate for Dr. Riddell. My master’s thesis focused on metabolic aspects of neurodegenerative diseases such as Alzheimer’s and Parkinsons, which later became my link to diabetic research that I am now heavily focused on. As a Research Associate to Dr. Riddell, I worked on pre-clinical drug development research for hypoglycemia prevention in type 1 diabetes, culminating in Phase 1 clinical trial studies currently underway. My PhD research will focus on further pre-clinical investigations of the same drug, a somatostatin type 2 receptor antagonist (SSTR2a), for hypoglycemia prevention in type 2 diabetes. Outside of the lab, I enjoy travelling, cooking, reading, and trying new foods.
I am pursuing a M.Sc. in Microbiology and Immunology in Dr. Don Sheppard’s lab at McGill University. Prior to this, I completed a B.Sc. in Microbiology and Immunology with an undergraduate thesis project that focused on chytrid fungi. While these fungi have been leading a global amphibian pandemic for decades, there is still very little known about them. My research, which is a direct extension of my undergraduate work, aims to provide insight into chytrid life cycles by characterizing the structure and function of chytrid cell wall polysaccharides. Outside of the lab, I enjoy cooking, cycling, making pottery, and watching (many) films!
I received my B.Sc. Honours in Chemistry at the University of British Columbia Okanagan in 2020, training in the research lab of Dr. Wesley Zandberg between 2018 and 2021. I worked on projects using analytical tools to enable the high throughput analysis of dairy carbohydrates. I also worked on a project that allowed me to perform some collaborative work with the Macauley lab. I have since joined the Macauley lab for graduate studies at the University of Alberta, where I am interested in better understanding the activity and specificity of sialyltransferase enzymes.
I am a MSc student in Dr. Simon Wisnovsky’s lab in the Faculty of Pharmaceutical Sciences at the University of British Columbia. I recently completed my BSc in Microbiology at the University of Victoria this year, where I also participated in a Co-op program. For my last Co-op work term, I had a research project in the Wisnovsky Lab investigating the immune functions between the glyco-immune checkpoint receptor, Siglec-7 and a glycoprotein called CD43, which I am excited to continue on with as a MSc student. Glycoprotein ligands can be quite complex and difficult to characterize, understanding how they engage with receptors can reveal therapeutic targets for cancer treatments. Outside of the lab, I like to hike, read and try new brunch places on the weekends.
I completed my BSc in Genomic Biotechnology at Universidad Autónoma de Nuevo León in 2019. As an undergrad, I joined multiple research labs both in Mexico and Canada but ultimately fell in love with the SynBio world while working under Dr. David Kwan’s supervision at Concordia University. After working shortly in the Clinical Trials industry, I decided to go back to the Kwan lab to start my MSc in Biology, where I’m exploring the applications of synthetic biology in the drug discovery and development process. Currently, my Master’s research focuses on finding small molecule inhibitors for fucosyltransferase enzymes that are relevant in cancer using high-throughput methods. Whenever I’m not in the lab you can find me in my kitchen baking and decorating cookies, or sitting on my couch re-watching Christopher Nolan’s Batman saga for the 28356th time.
I am a chemistry Ph.D. student in Le University of British Columbia, Okanagan working under the supervision of Dr. Wesley Zandberg. Before joining UBC, I pursued B.Sc. in chemistry in Meru University in Kenya, an M.Sc. in chemistry in University of Siena Italy, and Master of Instrumental Chemical Analysis at Trent University in Peterborough, Ontario, Canada. I am fascinated by the dynamic aspect of glycosylation and the power the glycans have in our bodies in health and disease. I love the great efforts being put in place by researchers et funders worldwide to promote glycosylation studies and I am happy to be part of this great community. My current research is focusing on the development of analytical methods for glycosylation studies (especially mucus-linked glycans), that are considered high-throughput. I am especially focused on the precision of these methods and the impact of sample preparation methods on data quality. Other than academia I enjoy spiritual growth, chatting with family and friends, road trips, community volunteering, listening to music et trying new foods.
I am a PhD candidate in the Capicciotti Lab at Queen’s University. I completed a BSc in Chemistry at Queen’s University in 2020 with an undergraduate thesis project on the chemical synthesis of O-glycans. My current research focuses on new ways to access defined O-glycan structures through chemoenzymatic synthesis and extraction of glycans from natural sources. These O-glycans are useful for studying glycan-protein binding interactions and determining their functional effects in cell-based assays. Outside of the lab, I enjoy swimming, cooking and reading.
Réseau Canadien de la Glycomique
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