What is radiosensitivity?
Radiosensitivity is a term used to describe the degree of response that the patient has to use radiation therapy to solve the disease such as cancer. While the degree of radiosensitivity is often focused on the speed of reaction to treatment by radiation, the term is also used to indicate how the surrounding organs and tissue respond to these treatments. Measuring the degree of sensitivity to radiation allows doctors to determine the most productive level of radiation to use for effective treatment of the disease while creating minimal disturbance of the surrounding tissue.
Over the years, medical research has helped health workers to understand some factors that affect the best use of ionizing radiation in the treatment of cancer growth. One has to do with the speed of cellular division of their own surrounding tissue. Basically, cells that are actively divided or not yet mature show the highest level of sensitivity of the Naradiation treatment. Knowing it was particularly important in using radiation as part of cancer treatment, PRIt makes it easier to measure the reaction of the surrounding tissue and organs.
Some bodies and types of tissues show a relatively low level of radiosensitivity. These include spinal cord, mature bones, liver and thyroid. Others tend to show a slight amount of sensitivity to radiation, with two examples being the stomach and immature bones. The skin and any other organs that contain epithelial cell lining tend to be more sensitive to radiation; This includes organs such as rectum, bladder and cornea.
Highly radiosensitive organs include testicles, ovaries and intestines. Lymphoid organs and bone marrow also show a large amount of radio -season. Depending on the placement of cancer, the ATT doctors will empty and determine the best dosage on treatment that has a maximum impact on the tumor itself, while causing as little damage to the organs in the immediate area. This process has improved over the years because newerTechniques have allowed radiation to be administered with accuracy, thereby limiting the extent of potential damage to the smaller area.
In many cases, the process of tumor radiation during cancer treatment is very small damage to nearby organs and tissues. Damage is often temporary and the individual experiences complete regeneration of healthy tissue because healthy cells continue to divide and ripen. During the radiation treatment process, healthcare professionals always remember the level of radiosensitivity exposed to the patient, allowing both the dosage and the frequency of treatment to achieve the best results.