Automated Contouring Radiotherapy Software Market Size, Growth Analysis Report, Forecast to 2028

As radiation therapy has become more complex in its procedures, new methods are devised to treat patients.  Many features are being constantly added to improve the traditional application, with the same end goal of treating the cancer growth. Radiotherapy depends on an accurate definition of tumor and normal tissues. Variations in contours defining the tumor and normal tissues are analyzed using contouring studies, where multiple contours are generated either by a number of observers (inter-observer) or a single observer (intra-observer).

Automated contouring software are frequently used in order to investigate the differences between multiple databases. However, there is no single accepted contouring method widely proposed. The field of radiotherapy has succeeded on the base of many advancements, in this case, the image-guided radiotherapy, which has substantially grown in the past 15 years. To streamline the complex procedures involved in radiotherapy multimodality, IGRT technologies are used for better and understandable results.

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Considerable Impact on Current Practices

Several reasons state that manual contouring is an error-prone subject to both inter and intra participants. The modern technology-based models working on the new conformal radiation techniques, such as intensity modulated radiotherapy to proton beam radiation therapy (PBRT), are observing a shift towards use of compatible automated contouring radiotherapy software. The changes taking place throughout the course need a practice of a week or more to account each detail such as dosage delivered and constant observations made by the manual labor involved in the procedure.

The scope of errors is reduced with the incipient of modern automated contouring radiotherapy software in the healthcare sector. Besides the abovementioned gaps in the healthcare sector and the fact that there are radiation therapies covering a part large of the sector, the automated software provides a routinely defined high level of automation and improved patient outcomes.  The effective approach provided by the automated contouring radiotherapy software provides a considerable impact on the older practices, which require more time and space.

Factors Driving the Automated Contouring Radiotherapy Software Market

The global market for automated contouring radiotherapy software is driven by the increasing adoption rate for radiotherapy procedures. The number of cancer patients globally by every passing year is growing. However, 40% of the population fails to receive a proper treatment due to high cost and accessibility. Healthcare bodies are providing different resources in order to omit the rise in cases of oncology, whereas low and middle economy countries are coming with an upfront investment in order to provide aid to the society.

Automated contouring radiotherapy software is completely dependent on the type of radiotherapy device used, and with high incidence of oncological cases observed the demand for automated contouring radiotherapy software is increasing. Also, increasing government funding for research in advanced medical treatment with concern to safety of patients is expected to drive the revenue growth of global automated contouring radiotherapy software market.

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