Cell Gene Therapy Scientist

As a Cell Gene Therapy Scientist at Eurofins Scientific, your responsibilities include performing mammalian cell culture passaging, continuous maintenance, and conducting precise cell counting. You'll also be utilizing micro pipettes for cell-based assays such as ELISA and Alphalisa, while meticulously maintaining electronic lab notebooks and GMP-compliant records.

To qualify for the Cell Gene Therapy Scientist position at Eurofins Scientific, candidates should hold a relevant master’s degree coupled with at least one year of pharmaceutical industry experience, though a PhD is preferred. Candidates must also have an understanding of molecular and cell biology, as well as experience with cell-based and plate-based assays.

The Cell Gene Therapy Scientist role at Eurofins Scientific offers a plethora of benefits, including comprehensive medical, dental, and vision coverage, life and disability insurance, a 401(k) plan with company matching, and generous paid vacation and holiday time, which contribute to a well-rounded work-life balance.

The Cell Gene Therapy Scientist position at Eurofins Scientific is primarily a full-time in-lab role located in Malvern, PA. Given the essential nature of cell culture and assay work, remote work options may not be available, but there is flexibility for some off-shift hours as needed.

Core skills required for the Cell Gene Therapy Scientist role at Eurofins Scientific include accurate pipetting abilities and aseptic techniques, strong organizational skills for maintaining records, and the adaptability to learn new techniques and manage multiple tasks in a dynamic laboratory setting.

Ensuring accuracy in pipetting requires a steadiness of hand and an understanding of the equipment. Always use calibrated pipettes, be mindful of the calibration of the tips, and practice aseptic techniques to prevent contamination.

When discussing your experience with cell-based assays, highlight specific techniques you have utilized, such as ELISA or Alphalisa. Describe how you implemented them in past projects and the outcomes achieved, focusing on your contribution to overall project success.

My approach to maintaining GMP compliance includes regular training on procedures, meticulous record-keeping, and a constant review of lab practices against regulatory standards. This ensures our data integrity and product quality.

I embrace dynamic changes by maintaining a flexible mindset and a proactive approach. Constant communication with team members and a readiness to adapt strategies help me efficiently implement new protocols without disrupting workflow.

In a previous role, I led a project focused on optimizing a cell culture method that reduced the timeframe by 30%. By analyzing current protocols and implementing small changes, I achieved significant efficiency gains, which impressed management and improved output.

I am motivated by the potential impact of my work on patient lives. Cell gene therapy represents cutting-edge innovation, and the prospect of contributing to groundbreaking therapies excites me, as I enjoy being part of transformative research that can lead to real-world applications.

I maintain accurate electronic lab notebooks by documenting experiments in real-time, ensuring that my notes are clear and detailed. Regularly reviewing and updating my entries helps preserve accuracy and integrity, which is crucial for regulatory compliance.

I find that using a hemocytometer after trypan blue staining yields the most reliable cell counting results. This technique allows for the differentiation between live and dead cells, providing a comprehensive view of cell viability in my experiments.

In a busy lab environment, I prioritize tasks by assessing urgency and impact on overall project timelines. Creating a structured plan each day helps me stay organized, while flexibility allows for adjustments as necessary based on evolving priorities.

I have hands-on experience in developing new laboratory methodologies, which involved collaboration with cross-functional teams, designing experiments, and iterating based on data analysis. This skill is crucial for innovation in any role, especially as a Cell Gene Therapy Scientist.