Travis Shaffer

Q: What is Travis Shaffer email address?

Email Travis Shaffer at travis.shaffer@regeneron.com. This email is the most updated Travis Shaffer email found in 2026.

Q: How to contact Travis Shaffer?

To contact Travis Shaffer send an email to travis.shaffer@regeneron.com.

Principal Scientist at Regeneron | Briarcliff Manor, New York, United States

About Travis Shaffer

Travis Shaffer serves as a Principal Scientist at Regeneron, where he plays a pivotal role in advancing molecular imaging technologies for both in vivo and in vitro applications. With a strong foundation in radiochemistry and protein conjugation, Travis leads innovative projects that focus on developing cutting-edge fluorescent biosensors for preclinical studies. His expertise in quantitative flow cytometry and radiochemical assays enables him to design and implement robust experimental workflows that enhance the accuracy and reliability of imaging modalities.

One of Travis's key responsibilities includes managing the 89Zr preclinical radiolabeling workflow, which is crucial for the development of targeted imaging agents that can provide insights into disease mechanisms and therapeutic responses. His work in overseeing bioconjugation workflows ensures that the synthesis and quality control of nanoparticles, including adeno-associated viruses (AAV) and virus-like particles (VLP), meet the rigorous standards required for translational research.

Travis's proficiency in nanoparticle synthesis and conjugation chemistry allows him to explore novel approaches to enhance the efficacy of imaging agents. By integrating advanced techniques in in vivo optical and nuclear imaging, he is at the forefront of developing tools that facilitate real-time monitoring of biological processes. His commitment to innovation, coupled with his extensive skill set in radiolabeling, flow cytometry, and the use of aptamers and antibodies, positions him as a leader in the field of molecular imaging, driving forward Regeneron's mission to improve patient outcomes through groundbreaking research.

Travis Shaffer Work