Digitized Advancements to Drive the Radiation Pneumonitis Treatment Market

Radiation Pneumonitis Treatment: Overview

According to the latest research by PMR, Radiation Pneumonitis Treatment is set to witness a 4.2% growth during the year 2021-2031. Radiation pneumonitis is an inflammation of the lung tissue induced by radiotherapy, thus affecting its therapeutic ratio. The major factor involving the occurrence of radiation pneumonitis include the size of the area receiving radiation treatment.

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The demand for radiation pneumonitis treatment is set to increase over the forecast period. This is due to the high incidence of occurrence of symptomatic radiation pneumonitis with incidence rate up to 40% in most patients receiving radiotherapy, as according to the data published by the Journal of European Society for Therapeutic Radiology and Oncology.

• Provision Healthcare LLC
• Hitachi Ltd.
• Elekta AB (pub)
• C. R. Bard Inc.
• Optivus Proton Therapy Inc.
• Mevion Medical Systems Inc.

These factors extend support to the growth in demand for radiation pneumonitis treatment. Essentially, treatment factors such as chemotherapy and immunotherapy have highest risk associated with radiation pneumonitis. These factors propel the need for radiation pneumonitis treatment.

The advancements in the understanding of molecular mechanisms involving the injury of tissues and the novel methodologies for the prevention and treatment of radiation pneumonitis has led to a drive in demand for radiation pneumonitis treatment.

Which factors are likely to augment growth of Radiation Pneumonitis Treatment?

Initially, radiation pneumonitis treatment was done by the use of cortecosteriods. The factors introduced for the management of radiation pneumonitis such as the application of therapies targeting free radical production are the most augmentative factors for radiation pneumonitis treatment.

Additionally, the assessment of treatment factors involving the targeting of cytokine and Growth Factor Expression after radiation will improve the growth of demand in radiation pneumonitis treatment prior to successful clinical models. The adoption of Intensity-modulated Therapy also associates with lower rates of radiation pneumonitis and acts as a supplementary factor for growth in radiation pneumonitis treatment.