Engineering and Science Behind the Hampton University Proton Therapy Institute

#Proton #Radiation #Cyclotron
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Though proton therapy may seem relatively new, the idea of utilizing energetic protons as a treatment for cancer was first published by scientist Robert R. Wilson in 1946. Early treatments were performed at nuclear physics facilities, such as the Harvard Cyclotron Laboratory, and eventually gave way to the first hospital-based proton therapy center in 1990. Since then, almost a dozen of these proton cancer treatment centers have been established in the United States. Hampton University Proton Therapy Institute (HUPTI) was the eighth center to rise to prominence, and has evolved to become the largest facility of its kind in the world.



  Date and Time

  Location

  Hosts

  Registration



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  • 40 Enterprise Pkwy
  • Hampton, Virginia
  • United States 23666

  • Contact Event Host
  • 757-727-5299

  • Starts 04 September 2018 08:40 PM UTC
  • Ends 20 September 2018 01:00 AM UTC
  • No Admission Charge


  Speakers

Dr. Vahagn Nazaryan Dr. Vahagn Nazaryan

Topic:

The Hampton University Proton Therapy Institute

The executive director of the Hampton Proton Therapy Intitute gives an overview about the science and engineering involved in radiation treatment at the facility.  

Biography:

Vahagn Nazaryan, Ph.D., Executive Director
 
Dr. Vahagn Nazaryan oversees all clinical and operational aspects of the institute, including physics, dosimetry, radiation therapy, clinic services, HUPTI technology service and maintenance, and research at the institute. Previously, Nazaryan has been a key physicist in the successful opening and operation of the institute, a medical physics research supervisor and assistant professor at HU. Nazaryan has also served four years in administration for ProTom International, a cutting edge proton therapy delivery system manufacturer, most recently the senior vice president of physics and technology. Nazaryan is involved in several research projects that seek to improve the effectiveness of proton therapy and has served as co-PI on several research grants with over a dozen research publications to his credit. He coauthors two patents in radiation therapy delivery methods. Nazaryan received a Ph.D. in Particle Physics from The College of William and Mary, and an M.S. in Physics from Yerevan State University in Armenia.





Agenda

6 - 6:30      Networking

6:30 - 7:15 Presentation/Dinner

7:15 - 8      Facility Tour