Co-op: In Vitro Retinal & Vascular Biology Research

Merck; Cambridge (MA); On-site; USD 39,000 - 111,000; Full time

Job summary

Merck’s Cambridge, MA research labs are seeking a motivated co-op in the Retinal and Vascular Biology group to perform in vitro barrier function assays and culture retinal cell models. The role involves data interpretation and collaboration across teams in Cambridge and South San Francisco.

The ideal candidate is a Master's or Ph.D. student with hands-on lab experience and strong scientific communication abilities, contributing to targets in retinal disease and vascular biology.

Qualifications

• Prior laboratory experience in cell culture and basic molecular or cellular biology techniques.
• Strong organizational skills and attention to detail.
• Ability to analyze data and communicate scientific findings effectively.
• High level of motivation, curiosity, and passion for scientific research.

Responsibilities

• Perform in vitro assays to evaluate endothelial barrier function and vascular integrity.
• Culture and maintain retinal and vascular cell models used in barrier function assay.
• Assess compounds representing diverse mechanisms of action and characterize their effects on endothelial biology.
• Analyze, interpret, and present experimental data to project teams.
• Contribute to the optimization and advancement of in vitro vascular integrity assays.
• Participate in team meetings and scientific discussions related to retinal disease and therapeutic target discovery.
• Maintain accurate and detailed records in electronic laboratory notebooks and adhere to safe laboratory practices.

Skills

Cell culture

Molecular biology

Data analysis

Scientific communication

Education

Master's or Ph.D. candidate in Biology/related field

Job description

Merck’s Cambridge, MA research labs are seeking a motivated co-op in the Retinal and Vascular Biology group to perform in vitro barrier function assays and culture retinal cell models. The role involves data interpretation and collaboration across teams in Cambridge and South San Francisco.

The ideal candidate is a Master's or Ph.D. student with hands-on lab experience and strong scientific communication abilities, contributing to targets in retinal disease and vascular biology.