Among the methods that use radiation for treatment, tomotherapy is one of the best. There are many benefits for those who use the technique, such as: a very god precision, complete integration, efficient treatments, total assurance, true accuracy, adaptable dose delivery and integrated quality assurance. The technique is not a regular radiation procedure and it raises above all classical ways.
With image guidance and high precision, the method can lead to accurate treatments. Physicians can see 3D images every day if they use a CT scanner and these pictures can help patients before they follow a treatment. The solutions that are provided have minimum side effects.
The precision is given by tens of thousands of narrow beamlets that each one is targeting the tumor. Because beamlets are transmitted from various angles, the system is the most precise of all. The system also offers complete integration of a treatment process, including easy software that is able to make planning, setup patients, deliver treatments and a centralized database.
The efficiency of treatments is given by treatment plans with two to twelve target-specific gantry angles. Clinicians can have CT images for every patient, daily. The images are used for positioning and ensure a plan delivery with true accuracy.
The dose that is given to patients can be seen by clinicians. Patients can be assured that they receive the necessary dose. The quality is assured through a calendar based productivity tool. Doctors can monitor the system performance and various parameters that are related to it.
There are many advantages for Tomotherapy, as this method improves the work of a clinician. The correct treatment can be chosen, because of the high data accuracy. Clinicians are not the only persons who can take advantage of the system, as patients can also have benefits from it. Accuracy, efficiency, dose adaptability, quality assurance and precision are amongst the treatment benefits.
With image guidance and high precision, the method can lead to accurate treatments. Physicians can see 3D images every day if they use a CT scanner and these pictures can help patients before they follow a treatment. The solutions that are provided have minimum side effects.
The precision is given by tens of thousands of narrow beamlets that each one is targeting the tumor. Because beamlets are transmitted from various angles, the system is the most precise of all. The system also offers complete integration of a treatment process, including easy software that is able to make planning, setup patients, deliver treatments and a centralized database.
The efficiency of treatments is given by treatment plans with two to twelve target-specific gantry angles. Clinicians can have CT images for every patient, daily. The images are used for positioning and ensure a plan delivery with true accuracy.
The dose that is given to patients can be seen by clinicians. Patients can be assured that they receive the necessary dose. The quality is assured through a calendar based productivity tool. Doctors can monitor the system performance and various parameters that are related to it.
There are many advantages for Tomotherapy, as this method improves the work of a clinician. The correct treatment can be chosen, because of the high data accuracy. Clinicians are not the only persons who can take advantage of the system, as patients can also have benefits from it. Accuracy, efficiency, dose adaptability, quality assurance and precision are amongst the treatment benefits.
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