$11M Study to Jumpstart Radiation Exposure Drug Development
Researchers Becky Deegan and Kenneth Bayles of the University of Nebraska Medical Center and David Berkowitz of the University of Nebraska chemistry department are jumpstarting the development of drug therapies to protect military service members from the effects of radiation exposure. The same therapies could be used to protect cancer patients receiving radiation treatments. Photo taken in the Department of Radiation Oncology at the Fred & Pamela Buffett Cancer Center in Omaha, Nebraska. Credit: Craig Chandler, University of Nebraska-Lincoln
The U.S. Department of Defense has turned to the University of Nebraska to jumpstart the development of drug therapies to protect military service members from the effects of radiation exposure.
In an environment where for-profit pharmaceutical companies are often reluctant to embark upon financially risky drug discovery efforts, the unique four-pronged partnership established by the university and the Department of Defense could shorten the U.S. military's wait for drugs that prevent and counteract the effects of radiation exposure.
"It's an exciting collaboration among the federal government, our state university and two of its premier research campuses -- University of Nebraska Medical Center and the University of Nebraska-Lincoln -- and consultants from private pharma who are Nebraska alumni," said David Berkowitz, professor of chemistry.
This team operates under the auspices of the university's National Strategic Research Institute, one of 13 university-affiliated research centers. Nebraska has the lone research center entrusted by the military to work on chemical, biological, radiological and nuclear threats.
"This research represents the broad capacity of the University of Nebraska and its alumni consultants to tackle potentially hazardous radiation exposures around the world," said Lt. Gen. (Ret.) Robert Hinson, founding executive director of the National Strategic Research Initiative.
The University of Nebraska project for the Defense Health Agency, and in collaboration with Armed Forces Radiobiology Research Institute, has reached a second increment -- potentially awarding nearly $11 million in federal funding over the next five years. Nebraska researchers will look for therapeutics candidates the U.S. military would need to protect troops from radiation in case of exposure, as in a nuclear accident or a nuclear weapons incident.
Leveraging the full, collaborative strength of a united university system -- multiple campuses, a network of successful alums -- directed by the Department of Defense, is something new for the university.
"I've never been involved with anything like that before," Berkowitz said. "This team came together as a joint vision between the team leadership and our (Department of Defense) funders and it's pretty unusual across the country to see such a public-private-government partnership."
In fact, the university hopes this opens the door to continued partnership with private pharma in the longer term, through identifying and developing therapeutic candidates that have dual-purposing potential, Berkowitz said. Berkowitz is co-primary investigator of the project, with Ken Bayles, professor of pathology and microbiology at UNMC.
Bayles said if private pharmaceutical companies are leaving a gap, the University of Nebraska is eager to step in.
"We've pitched this concept to develop a virtual pharmaceutical company, a drug development pipeline that would coordinate the activities of all the expertise we have across all of our campuses and develop capabilities to move molecules forward for drug development," he said.
Handfuls of NU's top scientists will work on medicinal chemistry, metabolomics and bioinformatics in order to move potential drug candidates toward clinical trials. "We'll be coordinating all of these aspects like a pharmaceutical company does," Bayles said. "If we do it right, this pipeline concept is an opportunity to build the economy in Nebraska, build the pharmaceutical industry in Nebraska."
Berkowitz said the new multi-pronged, multi-campus team is complex, but, "it's working pretty well."
"We are extremely proud to be affiliated with this research and the impact it can have for the Department of Defense, Defense Health Agency and other agencies as well," Lt. Gen. Hinson said.
Consultants from pharmaceutical industry will advise Nebraska scientists on the drug development effort.
Collaborators include the following University of Nebraska scientists, who bring key expertise to the project to establish a drug development pipeline that could speed the process of developing new drugs at the Armed Forces Radiobiology Research Institute to counteract the effects of radiation exposure:
* Samuel Cohen, UNMC, toxicology. * Patrick Dussault, UNL, synthetic chemistry. * Babu Guda, UNMC, bioinformatics. * Tomas Helikar, UNL, computational systems biology. * DJ Murry, UNMC, pharmacokinetics and pharmacogentics. * Rebecca Oberley-Deegan, UNMC, radiation therapeutics. * Robert Powers, UNL, metabolomics.
Additionally, multiple University of Nebraska alums, all doctoral scientists, with current or former experience in private pharma, also are involved. This experienced consultant team includes Eugene Cordes of Philadelphia (honorary degree, UNL, 2009), Norton Peet, Holland, Mich. (Ph.D., UNL, chemistry, 1970), Kevin Woller, Antioch, Ill. (Ph.D., UNL, chemistry , 1996), Chad Briscoe, Overland Park, Kan. (Ph.D., UNL, chemistry, 2009), Ryan Hartung, Tuscon, Ariz. (B.S., UNL, chemistry, 2000).
"They are appreciative of the opportunity to give back to their home institution," said Berkowitz. "They really like the idea of the Lincoln and Omaha campuses collaborating. They really like working for the DoD. There is a patriotic aspect of helping the country and protecting our troops using the tools of biomedical science.
"That's something that has made this project special for all of us."
This article has been republished from materials provided by University of Nebraska. Note: material may have been edited for length and content. For further information, please contact the cited source.