Base: $75,000.00 - $108,333.33; bonus/equity: not ...
Onsite
In vivo animal handling and injections
Cell culture and transfection techniques
Execution of molecular biology assays
We are committed to advancing the understanding of disease mechanisms and translating these insights into meaningful therapeutic solutions for patients with rare monogenic neurodevelopmental disorders
Job Summary
We are committed to advancing the understanding of disease mechanisms and translating these insights into meaningful therapeutic solutions for patients with rare monogenic neurodevelopmental disorders.
Perform experiments and studies in support of rare disease research projects and company drug discovery goals using a broad range of in vitro and in vivo techniques.
Enjoy a thoughtful, well-crafted rewards package that recognizes your contribution and amplifies your impact while working at the forefront of drug discovery harnessing cutting-edge AI, data, and digital platforms.
Matching Summary
We are committed to advancing the understanding of disease mechanisms and translating these insights into meaningful therapeutic solutions for patients with rare monogenic neurodevelopmental disorders.
Salary
Base: $75,000.00 - $108,333.33; Bonus/Equity: Not specified; Benefits: Company employee benefit programs including health and wellbeing benefits
Skills & Requirements
Must-have
in vivo animal handling and injections
cell culture and transfection techniques
execution of molecular biology assays
data analysis and experimental interpretation
laboratory safety and good practices
team collaboration and communication
Nice-to-have
experience with rare neurodevelopmental disorder models
high-throughput screening and assay development
integration of human biology datasets
familiarity with bioinformatics tools
pharmaceutical or biotechnology research experience
flexibility to adapt workflows
Key Requirements
Bachelor's degree plus 4 years research experience or Master's plus 1 year
strong in vivo technical expertise including multiple injection routes
experience with in vivo models of rare neurodevelopmental disorders