Therapeutic dose planning method and system

Abstract

The present invention provides a therapeutic dose planning method and system. The method comprises the steps of: based on collected tissue parameters, ultrasound head parameters and preset dose parameters, calculating and obtaining equivalent thermal dose distribution, and determining a range of forming damaging in the tissues through the equivalent thermal dose distribution to display the predicted treatment effect for doctors prior to treatment so as to guide input of clinic treatment dose, and therefore, the problem is avoided that the subjective judgment of the doctors is influenced by inaccurate reading of the real-time image monitoring.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps predict how much heat can be absorbed during medical procedures compared with what they would have been doing without it. It uses these data from different sources like temperature sensors or anesthesia machines for calculation purposes. By calculating this equal amount distributed over all areas where there are damaged cells found within the body, physicians will help them make informed decisions about delivering therapy at their best level while minimizing any negative side consequences such as patient discomfort caused due to incorrect readings being made when trying to determine which area needs more medicine.

Problems solved by technology

This patents describes methods for controlling how much radiation should be given when delivering H IF UF immersion therapy with an external sound wave generator. However, current techniques have limitations such as lack accuracy due to factors like incorrect assumptions about where the cancerous region lies within the body being treated, difficulty in determining if the correct amount needs to be delivered at all times, and potential safety concerns related to radioactive ray exposure.

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