Detail-oriented researcher with expertise in molecular biology, bioinformatics, and plant pathology. Proficient in PCR, DNA extraction, QTL mapping, and GWAS analysis, with strong skills in statistical analysis using R and programming in Python, Perl, and Java. Experienced in designing and executing experiments related to plant disease diagnosis and pathogen virulence, particularly in cereal crops. Adept at data analysis, protocol development, and managing research projects from inception to completion. Passionate about advancing agricultural science through cutting-edge molecular techniques and collaborative problem-solving.
Research on Stripe Rust in Wheat: Conducted field surveys and collected Puccinia striiformis (Pst) isolates from wheat, barley, and foxtail barley across Canada. Characterized virulence using differential wheat and barley lines. Extracted high-quality DNA from urediniospores for genome sequencing and SNP analysis. Investigated fungicide tolerance by amplifying and sequencing the CYP51 gene. Performed genome-wide association studies (GWAS) to identify resistance markers in Canadian wheat panels. Results contribute to understanding virulence patterns, fungicide tolerance, and resistance in stripe rust populations in Canada.
Research on Tan Spot Disease of Wheat: Investigated the race structure of Pyrenophora tritici-repentis (Ptr) across different hosts, including durum, winter bread wheat, and grasses in western Canada. Collected and classified 144 fungal isolates by race, using bioassays and PCR analysis for effector genes (ToxA, ToxB). Evaluated susceptibility of 114 wheat genotypes and explored the genetic basis of Ptr-barley interaction using doubled-haploid barley populations. Mapped a locus controlling chlorosis (Spr1) on barley chromosome 2H. Findings contribute to understanding host-pathogen dynamics and improving disease management.