NEWS
OKLAHOMA CITY – Analisa Kester, a first-year University of Oklahoma College of Pharmacy student, has been accepted into the highly competitive Nuclear Pharmacy Internship program at RLS Radiopharmacies for summer 2025. RLS specializes in sterile compounding and dispensing radioactive pharmaceuticals that radiologists use for diagnostics and treatment.
“We are so proud of Analisa as she receives this well-deserved recognition,” said Melissa Medina, dean of the College of Pharmacy. “It is a testament to the superior instruction she has received through the nuclear pharmacy program as well as her nuclear pharmacy knowledge, skills, and potential as a future nuclear pharmacist. We can’t wait to see what Analisa accomplishes with this incredible opportunity.”
As an intern, Kester will work as a core team member and participate in hands-on training, including kit preparation, dose drawing, and quality control. She will expand her nuclear pharmacy knowledge, allowing her to share these techniques with her peers.
“When I was introduced to RLS and heard they were offering an internship, I thought this would be the perfect opportunity to combine my love for chemistry and medicine and see the wonderful things they can create,” said Kester. “I think being able to have the experience with this type of medicine will open doors for me that I could not even imagine.”
After she graduates, Kester would like to pursue a career in Indian Health Services. She is a member of the Comanche Tribe and wants to help those in her community. She received her Bachelor of Forensic Science and Bachelor of Chemistry degrees from the University of Central Oklahoma.
About the University of Oklahoma
Founded in 1890, the University of Oklahoma is a public research university located in Norman, Oklahoma. As the state’s flagship university, OU serves the educational, cultural, economic and health care needs of the state, region and nation. For more information about the university, visit www.ou.edu.
With funding from NASA, Steven Cavallo is leading a global study of how small disturbances in the polar tropopause, a region roughly 30,000 feet above Earth’s surface, eventually grow into massive winter storms impacting millions.
A newly funded research project led by David Schvartzman will use trailblazing technology to transform understanding of lightning and electrification, helping to improve storm warnings and better assess the risk of structural damage and power outages from thunderstorms.
This spring, the University of Oklahoma will launch a comprehensive Campus Master Planning effort for the Norman campus to guide the development of its physical environment over the next decade and beyond, ensuring it aligns with the University’s increasing impact across its mission areas of teaching and research and its ongoing commitment to the student experience.
