Pulse Breeding and Genetics Research laboratory
Welcome to the Pulse Breeding and Genetics Lab in the Department of Plant Science at McGill University.
My research group is built on the idea that the world can be made a better place through science and technology. Plant breeders contribute towards that goal by solving problems and driving agricultural production and innovation forward.
What is our mission?:
We are driven by the idea that education and passion lift people to their fullest potential, and plant breeding research and innovation is the major way of delivering prosperity and sustainability to rural and urban communities alike.
We work in pulse legumes because they are a resource-efficient and dense source of protein, energy, and nutrients. They are a delicious component of a multitude of diets around the world and provide health benefits to over 1 billion humans. In the case of common bean (Phaseolus vulgaris L.) in certain countries, pulses provide 45% of the daily protein supply in children and 13% in adults. Also, they provide micronutrients such as vitamin A, iron, and zinc which play a major role among children in the alleviation of anemia, general body morbidity and mortality, mental impairment, stillbirths or low child birth weight, blindness, and infant mortality.
Our lab focuses on the development of superior cultivars of edible pulses, such as common bean, chickpea, and dry peas under sustainable production systems. We make use of the information generated in the field to formulate new research ideas that ultimately provide solutions to the problems of Canadian and world pulse growers while generating new knowledge.
Our research topics focus on breeding, genetics and genomics, germplasm exploration, quantitative genetics, abiotic stress tolerance, disease resistance, quality, agronomic performance, human nutrition, and sensory profile. We also work in the development of high-throughput phenotyping tools for plant breeding applications.
To make Quebec and Canada leaders in production, processing quality, and consumer preference of dry beans and pulses.
Release pulse varieties for farmers, processors, and end-users
Increase consumption of pulses by improving consumer-driven quality traits (e.g. plant-based protein)
Generate new genetic variation and exchange with the pulse breeding community
Perform agronomic research on the optimal utilization of the varieties developed
Implement emerging technologies into agricultural systems
Offer thought leadership to improve agriculture in Quebec and Canada
Collaborate with the private and public sectors to increase agricultural productivity and sustainability
Collaborate with international partners to improve pulse production around the world
Train MS and PhD students in plant breeding and genetics
Pulse Breeding and Genetics Lab - 2023
Valerio Hoyos-Villegas, PhD
Assistant Professor, Department of Plant Science
valerio.hoyos-villegas at mcgill.ca
office: Raymond R02-21b
lab: Raymond R2-004 east