Canadian Nuclear Laboratories is bringing together the finest minds to form a diverse, vibrant and dynamic workforce culture energized by the innovative capacity of students, new graduates and mid-career professionals, underpinned by senior world renowned experts. We hire numerous students each semester from colleges and universities to support our research and perform other assignments. If you are looking for interesting and challenging work this summer then keep reading, and if you meet the requirements of this role, apply today.
Department: Radiobiology & Health
Number of Positions: 1
Duration: 4 to 12 months (beginning in May - length depending on successful candidate)
Discipline: University program in any biology-related field (e.g., Cell Biology, Molecular Biology, Biochemistry, immunology etc.)
Year of study: Completed a minimum of two years of university
Location: Chalk River, ON
NOTE:
All students applying for student positions at CNL must be returning to full-time studies upon completion of their work term. Exceptions will be made for students who require a work term in order to graduate.
Students must submit a resume, cover letter and copy of an up-to-date transcript by the posting close date of November 23, 2022 @ 11:59pm to ensure consideration for student employment.
INTRO
The Radiobiology and Health branch of Canadian Nuclear Laboratories (CNL) is seeking an enthusiastic undergraduate or graduate student with a strong passion in life sciences who is interested in participating in an exciting research study exploring the effects of radiation on different cell types with a special focus on the cell cycle pathway. The co-op placement will last between 4 months to 12 months starting in May 2023.
Cell cycle pathway is intricately linked with cellular responses to radiation. Molecular mechanisms of cellular responses to high doses of radiation have been extensively studied in the past decades, however, the effects of low dose ionizing radiation (LDIR) on the cell cycle remain elusive. In this study, we aim to determine how LDIR modulates cell cycle regulatory proteins and checkpoints in different cell types - from cancerous cells to normal cells and stem cells. This project will greatly contribute to assessing the risks and benefits of LDIR in humans and pave the way for future research determining the effects of Targeted alpha therapy on cell cycle regulation. A successful candidate will be involved in experiments such as measuring the effects of radiation in vitro system, culturing of mouse or tumor cell lines, and extraction of RNA/protein. Other conventional methods (western blot, fluorescent microscopy, CRISPR) may also be part of this project. Students also take part in reviewing literature and writing scientific reports. Results will be published in peer-reviewed scientific journals.
RESPONSIBILITIES
Duties include but not limited to:
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