Programs in Radiation Sciences
Radiation Sciences offers the following programs:
Radiographers use radiation and other forms of energy to look inside the human body. This area of diagnostic medicine is called imaging technology or radiography. Diagnostic techniques include radiography (x-ray),computed tomography (CT), and magnetic resonance imaging (MRI).
Nuclear medicine technology uses radioactive material for both diagnosis and therapy. Procedures consist of imaging studies, analysis of biologic specimens, and therapy. In imaging studies, patients are administered a radioactive material which localizes in a specific organ or system of the body.
Radiologist assistants (RAs) are advanced-level radiologic technologists who enhance patient care by extending the capacity of the radiologist in the diagnostic imaging environment. This is a new career path for radiographers who desire to increase their professional role and responsibility in the clinical setting.
The Department also offers a program for certified radiologic technologists to complete their bachelor's degree. The degree completion programs are available on a full- or part-time basis. To be eligible for admission to a completion program, the applicant must be certified (ARRT or NMTCB) in the appropriate discipline or eligible for certification.
The Second Modality BS programs are for certified radiographers who desire to continue their professional education and concentrate in either Nuclear Medicine Technology or Radiation Therapy. All programs are full-time.
The Ph.D. program in Health Related Sciences will provide experienced health professionals with advanced knowledge and skills so that they may assume positions in teaching, research and administration upon graduation.
Radiation therapy utilizes ionizing radiation in a strictly controlled environment to treat disease, primarily cancer. High energy x-rays, gamma rays, and electron beams are common forms of ionizing radiation used. Ionizing radiation can be administered using external beam therapy or by placing a radioactive material directly into a body tissue or cavity. The ultimate goal of radiation therapy is to destroy all abnormal cells while sparing the surrounding normal tissue as much as possible.
The VCU Department of Radiation Sciences current outcomes data may be found at: Mandated Outcomes Radiation Sciences.