Description

In this role, you will drive cancer research by integrating multi-omics data and molecular techniques to uncover how mitochondrial dysfunction impacts disease while mentoring junior lab members.

Requirements

• •PhD in cancer biology, biochemistry, molecular biology or equivalent
• •Experience in cellular metabolism or mitochondrial biology
• •Knowledge of research procedures and statistical methods
• •Ability to work effectively in a team
• •Desirable experience in mouse models
• •Animal license and experience writing animal protocols
• •Research background in epigenetics as a plus
• •Proficiency in written and spoken English
• •Great communication skills
• •Curiosity-driven science and excellent problem-solving skills

Tasks

• •Investigate mitochondrial dysfunction in cancer pathophysiology
• •Utilize cell lines and mouse models
• •Study metabolism using molecular biology and biochemistry
• •Apply computational techniques to molecular research
• •Perform metabolic, proteomic, and transcriptomic multi-omics analyses
• •Integrate datasets to generate new hypotheses
• •Record and analyze experimental data accurately
• •Present and report research findings
• •Drive an independent research project
• •Supervise junior lab members and technicians

Tools & Technologies

Benefits