In Vivo Scientist, Osteoarthritis and Rejuvenation presso Retro
Retro · Redwood City, Stati Uniti d'America · On-site
- Ufficio in Redwood City
In this role you will:
- Support the development of the osteoarthritis (OA) research pipeline,.
- Drive in vivo side of the program, including designing and executing OA studies with either healthy animals or disease models, performing drug administration, histological analysis, and comprehensive characterization (biodistribution, gene expression profiling, PK/PD, and toxicology).
- Conduct intra-articular (IA) injections for therapeutic delivery.
- Collaborate with cross-functional teams (Vivarium, Computational biology) to integrate preclinical findings.
- Maintain accurate records and protocols, analyze and interpret experimental data; provide scientific and development insights and in-depth data interpretation to inform decision-making within the team and for senior leadership.
- Work with other departments and CROs as necessary to plan and expedite project objectives.
You will thrive in this role if you:
- Have 3+ years of osteoarthritis (OA) in vivo research experience in either academia or industry.
- Have PhD or equivalent years of related industry experience.
- Have proven experience designing, leading, and conducting in vivo experiments.
- Hands-on experience in drug dosing, model generation for osteoarthritis, histology, immunohistochemistry, and/or immunofluorescence.
- Are experienced in analyzing and quantifying histological and imaging data.
- Strong collaboration and communication skills; thrives in a highly interdisciplinary, team-first environment
- Are passionate about novel translational research and rejuvenation therapies.
- Are intellectually curious, timeline sensitive, and detail-oriented; maintaining high standards for research data while actively and accurately communicating your findings.
It’s a bonus if you:
- Perform and train technical in vivo team members on surgical induction of osteoarthritis models in mice and rats.
- Have expertise in structural damage assessment, including histopathology (e.g., OARSI scoring) and advanced imaging modalities.
- Are familiar with behavioral and functional assessments relevant to OA (e.g., weight bearing, gait analysis).
- Have prior experience in gene therapy development