Dr. Kyle Kinney, a 2014 graduate of Morningside University, has always been passionate about science and discovery. Today, he channels that passion as a staff scientist at Integrated DNA Technologies (IDT), where he works on CRISPR gene editing. This revolutionary technology is shaping the future of medicine. However, Kyle’s journey to this exciting career began in Sioux City, Iowa, and was deeply influenced by his time at Morningside College.

Growing up in Sioux City, Kyle was no stranger to Morningside. His sister graduated in 2004, and his mother, a 2003 graduate, worked as a transfer counselor at the school for many years. These connections, combined with his desire for smaller class sizes and close relationships with professors, made Morningside the perfect choice.

Kyle credits professors like David Elder and Brian McFarland for shaping his academic experience. David Elder, who taught one of Kyle’s first college courses, became a mentor and a source of support throughout his four years. Meanwhile, Brian McFarland helped Kyle develop an appreciation for chemistry, even making challenging courses like analytical chemistry approachable and enjoyable.

Biochemistry was a pivotal course, helping Kyle connect his knowledge of biology and chemistry to real-world, clinically relevant systems. “It made all the prior chemistry I’d learned feel useful and applicable,” he said.

Kyle’s time at Morningside wasn’t all about academics. He competed in track and field for four years, served as a resident assistant and head resident, and was involved in organizations like Omicron Delta Kappa and Beta Beta Beta. These experiences helped him develop leadership skills and a strong sense of community.

After graduating, Kyle’s passion for science led him to IDT, where he now works on CRISPR gene editing. His role involves ensuring the safety of gene-editing technologies, particularly in clinical applications. One of his most notable contributions was his involvement in a groundbreaking project with the Children’s Hospital of Philadelphia (CHOP). Kyle’s team helped develop a life-saving gene-editing therapy for a baby with a rare metabolic disorder. The therapy, which required collaboration across multiple companies, was completed in record time and published in the New England Journal of Medicine. 

For students interested in pursuing a career in science, Kyle emphasizes the importance of hands-on research. “If you’re curious about research, get involved early,” he advised. “Ask your professors about their projects or look into summer internships. It’s a great way to gain experience, build your resume, and figure out if research is the right path for you.”

Kyle’s journey from Morningside to the forefront of gene-editing technology is a testament to the power of curiosity, hard work, and the supportive community he found at his alma mater. Whether he’s mentoring the next generation of scientists or contributing to life-saving therapies, Kyle continues to make a meaningful impact in the world of science.