Breast Cancer Research Scientist: Targeted Therapies

University of Minnesota; Saint Paul (MN); On-site; USD 46,000 - 49,000; Full time

Job summary

The University of Minnesota is seeking a researcher to study targeted therapy for breast cancer growth and metastasis. The role involves studying natural killer cell therapies, growth factor signaling, and resistance mechanisms using organoids and xenografts, with in vivo imaging to monitor responses.

Responsibilities include conducting supervised experiments, performing mouse work, and maintaining rigorous lab records. Strong communication and independent problem‑solving are essential.

Qualifications

• Bachelor's degree in biology, biochemistry, or related discipline plus 2 years full‑time research, or six years related experience.
• Experience with cell culture of cell lines, flow cytometry and mouse work.
• Strong verbal and written communication skills.
• Preferred: experience with biochemical and analytical assays.
• Preferred: western blotting/immunoblotting and fluorescence imaging or immunohistochemistry.
• Ability to read and evaluate scientific papers; document results and contribute to manuscript editing; strong computer and organizational skills.

Responsibilities

• Research – 65%: perform supervised lab work on signaling and targeting in breast cancer; analyze signaling pathways; plan experiments and problem-solve independently.
• Mouse work – 25%: inject and monitor tumor cells in mice, measure growth, image, process samples, and collect tissues.
• Lab administration – 10%: maintain lab, order supplies, manage hazardous waste, safety records, and literature reviews.

Skills

Cell culture

Flow cytometry

Mouse work

Verbal communication

Written communication

Education

Bachelor's degree in biology or biochemistry

Job description

The University of Minnesota is seeking a researcher to study targeted therapy for breast cancer growth and metastasis. The role involves studying natural killer cell therapies, growth factor signaling, and resistance mechanisms using organoids and xenografts, with in vivo imaging to monitor responses.

Responsibilities include conducting supervised experiments, performing mouse work, and maintaining rigorous lab records. Strong communication and independent problem‑solving are essential.