I am investigating how the record of ancient viral genetic elements archived in the genome of the tiny nematode C. elegans can help anticipate novel genetic variations in new viruses that are encountered.

Research: Investigating the biological role of disease relevant genes in yeast and humans cells using proteomic and genome wide CRISR screens.Highlights:- Recipient of the Grace Science Foundation Fellowship- Co-Authored 2 scientific articles

- Recipient of the prestigious OIRM fellowship valued at $50,000/Yr (I declined acceptance of it due to my departure from the UHN)- Developed proficiency in working with human embryonic stem cells and tissue culture.- Developed proficiency in differentiating human embryonic stem cells into insulin-expressing pancreatic Beta-like cells over a three-week period- Developed proficiency in differentiating human embryonic stem cells into lung progenitors

Doctoral Research: Characterized the role of MADD-4, A novel secreted guidance cue required for midline-oriented guidance in the tiny nematode C. elegans

As a teaching assistant in the department of Molecular Genetics, I was responsible for:- Grading monthly quizzes, short essays and final exams- Providing critical feedback to students on their performance

Characterized the role of PRY-1/Axin during vulval development in the nematode C. briggsae

As a Teaching assistant at McMaster my responsibilities were:- Leading weekly tutorials for a group of 40-50 students- Mentoring students on their academic needs and providing critical feedback on their performance- Educating students on the scientific method and critical thinking- Grading quizzes, assignments and exams- Invigilating exams

Graduated with the highest GPA