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- 2023
- Congratulations to Dustin King, Amy Lee and David Vocadlo: recipients of New Frontiers in Research Fund
- SFU research aids fight against treatment-resistant superbugs
- Leroux lab Nature Communications paper identifies novel human disease gene linked to retinal degeneration, one of a growing number of genes associated with ciliary dysfunction (ciliopathies)
- Graduate student Minh Nguyen and his colleagues in the Craig lab reveal the mechanism of Type IV-pilus mediated bacterial secretion
- Global News BC: Dr. Fiona Brinkman Discusses How Scientists Track Mutations in the New Covid-19 Variants
- 2022
- Congratulations to Dr. Tim Audas on The Renewal of Tier 2 Canada Research Chair in Cellular Stress
- $2 Million Gift From SFU Professors Emeriti Helps Seed New Ideas at SFU Science
- Learn more about Dr. King's new lab that focuses on natural ‘carbon capture’ solutions
- Congratulations to Dr. Amy Lee: The Recipient of The Banting Research Foundation's 2022 Discovery Award
- MBB Alumnus Profile: Meet Dr. Razvan Cojocaru, The Recipient of Governor General’s Gold Medal
- MBB Alumnus Profile: Meet Cory Macklin Who Overcame Challenges to Win Governor General's Silver Medal
- Congratulations to Dr. Razvan Cojocaru, the recipient of Dr. Bruce Brandhorst Prizes for Best Publication and Best PhD Thesis
- Meet Our Newest Faculty: Dr. Dustin King on His Exploration of Weaving Western Science with Indigenous Ways of Knowing
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- Dr. Lynne Quarmby and Her Book "WaterMelon Snow: Science, Art, and a Lone Polar Bear" is Featured in SFU Knowledge Mobilizers Series
- Congratulations to our May 2022 Graduands
- Congratulations to Dr. Mani Larijani for Being Awarded a Prestigious New Frontiers in Research Fund Grant
- A New Paper from Beh Lab on ER-PM membrane contact site regulation by yeast ORPs and membrane stress pathways has been published in Plos Genetics Journal
- Dr. Lorena Braid is featured among new and renewed Canada Research Chairs
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Verheyen Lab
The Verheyen lab uses developmental genetics, cell biology and biochemistry to understand how organs and tissues form and grow properly to shed light on normal development and human disease.
In the Verheyen lab we have three main overlapping areas of interest. We use molecular, genetic, and biochemical approaches to understand organismal development. We characterize signal transduction pathways that drive proper differentiation and are disrupted in diseases such as cancer. We have also generated models of human developmental disorders to gain insight into mechanisms of disease. For these studies, we use Drosophila melanogaster, the fruit fly, as a genetic model organism. Most genes implicated in human disease have counterparts in the fly, enabling us to take advantage of the exquisite genetic tractability to understand protein function in numerous developmental contexts.
For more details on current research projects, visit our research lab website.
Selected Publications
- Kinsey, S.D., Vinluan, J., Shipman, G.A. and E.M. Verheyen (2021) Expression of human HIPKs in Drosophila demonstrates their shared and unique functions in a developmental model. Posted on bioRxiv. G3: Genes|Genomes|Genetics, in press.
- Ganguly*, P. Madonsela*, L., Chao, J.T., Loewen, C.J., O'Connor, T., Verheyen#, E.M. and D.W. Allan# (2021) A scalable Drosophila assay for clinical interpretation of human PTEN variants in suppression of PI3K/AKT induced cellular proliferation. * joint first authors, # joint corresponding authors. PLoS Genetics 17(9): e1009774.
- Wong, K.K-L. and E.M. Verheyen (2021) Metabolic reprogramming in cancer: mechanistic insights from Drosophila. Disease Models and Mechanisms 14, dmm048934. doi:10.1242/dmm.048934.
- Wong, K.K-L., Liao, J.Z., Shih, C.R.Y., Harden, N. and E.M. Verheyen (2020) Hyperpolarized mitochondria accumulate in Drosophila Hipk-overexpressing cells to drive tumor-like growth. Journal of Cell Science jcs250944. doi:10.1242/jcs.250944. *Dr. Wong was selected to be interviewed for the ‘First Person’ feature of the issue. **Selected for cover image.