Lewis Lukens
Associate Professor, Plant Agriculture
Maize; quantitative genetics; plant biology
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Associate Professor, Plant Agriculture
Maize; quantitative genetics; plant biology
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Professor, Pathobiology
Aquatic animal health; innate immunity
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Professor, Human Health & Nutritional Sciences
Dietary fats; breast cancer; chronic disease
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Associate Professor, Molecular and Cellular Biology
Virology; evolutionary biology; agriculture
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Professor, Human Health & Nutritional Sciences
Fatty acid biology; personalized nutrition; metabolism
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Associate Professor, Mathematics and Statistics
Predictive modeling of ecological and environmental processes via big data analytics; wildland fire occurrence prediction; modeling of spatio-temporal processes
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Associated Faculty, Department of Pathobiology; Senior Research Scientist and Chief, Innovation and Application Section, Division of Enteric Diseases, National Microbiology Laboratory, Public Health Agency of Canada
Metagenomics; genomics of food enteric pathogens and plasmids; transmission dynamics of virulence; antimicrobial resistance
M.Binf. ‘14
I started in physics, switched to Bio-Med, then finished with a degree in biology at U of G. During undergrad I was interested in computer programming and taught myself C++. On a lark, I used my learned skills to try algorithmic trading, and realized I loved completing cool AI and automation programming projects. Combining these interests, I excitedly enrolled in the U of G Master of Bioinformatics program. I enjoyed my experience in the program.
The program enabled me to get a great job at Vineland Research and Innovation Centre. The experience here has been immense. I’ve learned so much about genome assembly, NGS analysis, servers, cluster computing, variant mining, restriction enzymes, machine learning, PCR primer design, diversity/relatedness phylogenetic analysis, genetic linkage maps, QTL mapping, genome browsers, etc. I get to do all of it, on a variety of different species.
Program: Ph.D.
Advisor: Dr. Sarah Adamowicz
Research:
My Masters research is focused primarily on developing software pipelines for the analysis of DNA barcoding data from BOLD. Current research focuses on:
Professor, Plant Agriculture
Agriculture; disease and development; sequencing
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