The successful candidate will play a key role in validating hypotheses generated from the analysis of large-scale CRISPR/RNAi screens, drug sensitivity screening data, and molecular biology. The work will focus on novel areas of therapeutic discovery and molecular analyses of childhood brain tumors.
This candidate will assist in the development of confirmatory cellular assays and functional studies to evaluate target gene function. He/she/they will employ genetic perturbation tools (e.g. CRISPR, RNAi), cellular drug assays, and molecular biology techniques to understand the cellular importance of candidate drug targets. He/she/they will be part of a multi-disciplinary team that collaborates to drive preclinical validation of cancer targets.
The candidate is expected to work largely independently on a daily basis after training, but will be closely mentored by other lab members.
PRINCIPAL DUTIES AND RESPONSIBILITIES
- Learn and execute existing pipeline of tissue culture, in vitro bioassays, and phenotypic readouts using genetic (e.g. CRISPR, RNAi) and small molecule perturbations.
- Develop functional genetic assays to model gene function and drug response.
- Operates and maintains laboratory equipment to complete investigations.
- Prepares, orders, and maintains stocks of necessary reagents, solutions and supplies.
- Documents, compiles, and analyzes experimental data. Reports data to supervisor in oral and written reports.
- Attends team meetings and contributes to experimental planning.
- Maintains and improves technical knowledge base.
- Assist project lead with interrogating large genomic and cell line efficacy data sets.
- Other related tasks as required.