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- Bachelor of Science in Medical Radiation Sciences
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Breadcrumbs
Radiation Therapy
Radiation therapy is the treatment of cancer and other diseases using radiation. In high doses, radiation kills cells or keeps them from growing and dividing. Because cancer cells grow and divide more rapidly than most of the normal cells around them, radiation therapy can successfully treat many kinds of cancer.
Radiation Therapy can be delivered in different ways. External beam radiotherapy uses machines to focus radiation on a cancer site. Depending on the radiation beam energy, it can be used to destroy cancer cells both on the surface and deeper in the body. The higher the energy of the beam, the deeper the radiation can penetrate into the target tissue.
Internal radiotherapy, or brachytherapy, places radioactive implants directly in a tumour or body cavity. In this treatment, the radiation dose is concentrated in a small very area.
What does a Radiation Therapist do?
Working closely with doctors, medical physicists, patients and other members of the health care team, Radiation Therapists navigate highly technical equipment while delivering empathetic and patient-centered care. Radiation Therapists use advanced computer systems and radiation therapy equipment to design and implement treatment plans and deliver radiation treatment, including:
- Planning all treatment details, including calculating the radiation dose and simulating its distribution
- Positioning the patient and operating the radiation therapy equipment
- Constructing and fitting accessory devices that shape, modify and direct the radiation to destroy cancerous tissue
- Therapists also play an important role in counseling patients on possible side effects from treatments and provide advice on how best to minimize these effects. Because radiation treatments often extend over several weeks, a special supportive relationship often develops between the therapist, the patient and the patientβs family.
Is Radiation Therapy a good choice for you?
Radiation Therapists are detail-oriented and enjoy applying their knowledge of biology, mathematics and physics, since their work requires precision and the safe operation of sophisticated equipment. In addition to employing technical expertise in computerized systems used to for the simulation and planning of treatment details, Radiation Therapists provide the patient and their family with in-depth and continuous care, support, and counseling throughout the treatment process. Although future career opportunities may take you into other work environments, Radiation Therapists are typically employed in Cancer Centres and work with their patients during scheduled appointments over weeks or several months.
Future career opportunities as a Radiation Therapist include research activities, advanced roles such as advanced practice (APRT(T) certification, management, education, sales/marketing, other specialties such as magnetic resonance imaging (MRI) and computed tomography (CT), higher education at a masterβs level, and working abroad.
Graduates of the Radiation Therapy stream of the MRS program will earn a BSc in Medical Radiation Sciences from the University of Toronto and an Advanced Diploma in Health Sciences (Radiation Therapy) from The Michener Institute. MRS graduates are eligible to write the national certification exam offered by the Canadian Association of Medical Radiation Technologists (CAMRT) and may pursue advanced studies at U of T or Michener, such as:
- Magnetic Resonance Imaging (MRI)
- Master of Applied Science (Institute of Medical Sciences)
- Master of Health Administration
MRS Clinical Placements - Radiation Therapy
Radiation Therapy students gain experience through non-paid clinical placements at one or more sites across Ontario including sites in Mississauga, Newmarket, Barrie, Ottawa, Kingston, Oshawa, Sudbury, Thunder Bay, Windsor and Toronto*. There are also out-of-province opportunities** in New Brunswick, Newfoundland and Nova Scotia. (see below). Radiation Therapy students graduate with 42 weeks of clinical experience:
- 8 weeks at the end of Year 1
- 4 weeks at the end of Year 2
- 30 weeks in Year 3
*Please note that placement at your first-choice site is not guaranteed and that clinical site locations are subject to change.
Out-of-Province Opportunities**
Radiation Therapy applicants who wish to explore their career outside of Ontario may be eligible for the following MRS Out-of-Province Opportunities:
If interested, applicants must establish these out of province opportunities when they receive an offer of admission.
- New Brunswick - Saint John School of Radiation Therapy, Horizon Health Network
- Newfoundland and Labrador Health Services (NLHS) - Provincial Cancer Care Program
- Nova Scotia - Cancer Care Program, Nova Scotia Health Authority
**Please note that your eligibility for these Out-of-Province opportunities are subject to terms and conditions set by the sponsoring agency.
MRS Course List* - Radiation Therapy
*Subject to Change
YEAR 1 FALL β SEMESTER 1
MRS142H1 / RSRT310 β Introduction to Radiation Physics
MRS143H1 / RBRT310 β Radiobiology & Radiation Protection
MRS159H1 / ANAT110 β Anatomy for Medical Radiation Sciences
MRS227H1 / PMRS111 β Patient Care in Medical Radiation Sciences I
MRS281H1 / IGRD110 β Comparative Medical Imaging
MRS144H1 / ONRT120 β Introduction to Clinical Oncology
YEAR 1 WINTER β SEMESTER 2
MRS145H1 / RSRT320 β Radiation Beams and Their Interactions
MRS228H1 / PMRS121 β Patient Care in Medical Radiation Sciences II
MRS155H1 / RTRT120 β Radiation Therapy Methodology I
MRS164H1 / ANRD121 β Relational Anatomy
MRS162H1 / PSRD120 β Physiology
YEAR 1 SUMMER β SEMESTER 3
MRS156H1 / CLRT130 β Introduction to Clinical Radiation Therapy
Selective I
YEAR 2 FALL β SEMESTER 4
MRS146H1 / ONRT410 β Clinical Oncology I
MRS158H1 / RTRT240 β Radiation Therapy Methodology II
MRS244H1 / RSRT231 β Treatment Planning I
MRS257H1 / RTIM240 β Imaging in Radiation Therapy
MRS266H1 / RMIP240 β Introduction to Research Methods
MRS260H1Y / EMRS240 β Experiential Learning in IPEC
YEAR 2 WINTER β SEMESTER 5
MRS150H1 / ONRT420 β Clinical Oncology II
MRS160H1 / RTRT250 β Radiation Therapy Methodology III
MRS245H1 / RSRT241 β Treatment Planning II
MRS269H1 / HBRD241 β Clinical Behavioural Sciences
MRS229H1 / PCRT250 β Patient Care in Radiation Therapy
MRS260H1Y / EMRS240 β Experiential Learning in IPEC (Continued)
YEAR 2 SUMMER β SEMESTER 6
MRS232H1 / HIRT130 β Health Improvement Initiatives
MRS241H1 / CLRT261 β Simulated Clinical Practice: Radiation Therapy
MRS230H1 / TCRT266 β Transition to Clinical Radiation Therapy
Selective II
YEAR 3 FALL β SEMESTER 7
MRS242H1 / CLRT371 β Clinical Radiation Therapy II
RMRD370 / MRS398Y1 β Research Methods
- OR -
MRS397H1 / RPRD370 β Research in Practice
YEAR 3 WINTER β SEMESTER 8
MRS243H1 / CLRT380 β Clinical Radiation Therapy III
RMRD370 / MRS398Y1 β Research Methods (Continued)
- OR -
Selective III