Portal Dosimetry In Radiotherapy is a free software for the analysis of dosimetry in radiotherapy. It is easy to use, fast and provides results in minutes. Portal Dosimetry In Radiotherapy helps you guard against treatment errors and increases the quality of your treatment decisions.
What is Portal Dosimetry In Radiotherapy?
Portal Dosimetry In Radiotherapy is a dosimetry software that provides radiation therapy treatment planning, dose calculation, and reporting. It is used to manage radiotoxicity and optimize treatment outcomes.
The Portal Dosimetry In Radiotherapy can help you to:
- Plan your radiation therapy treatments by estimating your patient's likely radiation exposure;
- Calculate the doses needed to achieve specific radiation therapy goals;
- Report your treatment results in easy to understand visualizations.
How to Login to Portal Dosimetry In Radiotherapy
If you are looking to access your Portal Dosimetry data then you need to login. To login you will need your patient number, which is found on the front of your Portal Dosimetry booklet.Once logged in, you will be able to view all of your data and make any changes that you require.
What are the Benefits of Portal Dosimetry In Radiotherapy?
The benefits of portal dosimetry in radiotherapy include improved accuracy and precision of treatment, improved patient outcomes, and reduced treatment time. Portal dosimetry is a technique that uses radiation beams to measure the dose received by a patient. This information can then be used to adjust the radiation therapy treatments delivered to the patient.
Portal dosimetry has been found to be more accurate than traditional methods of dosimetry. The accuracy of portal dosimetry is based on the principle that the beam delivered to the patient will be similar no matter where on the body the beam is aimed. In traditional dosimetry, the dose received by a patient can vary depending on where on the body the beam is aimed. This inaccuracy can lead to incorrect doses being given to patients, which can lead to negative effects such as increased cancer rates.
Portal dosimetry also offers greater precision than traditional dosimetry. Precision refers to the ability of a measurement to give an accurate representation of the true magnitude or size of a phenomenon. Traditional dosimetry measures the radiation dose delivered to a patient in terms of an arbitrary unit known as a roentgen (R). A ro