RadioModels

RadioModels is a user-friendly tool that helps you see and understand how radiation therapy affects cancer patients. It's mainly used for educational purposes to calculate dosimetry and the risks of complications based on specific details.

Explore Treatment Risks

This software has various methods for studying risks related to radiogenic cancer treatments and dose fractionation. Plus, it provides several mathematical formulas to help estimate the effects of relative and absolute risks across many patients. You can easily track the ERR (Excess Relative Risk), EAR (Excess Absolute Risk), and LAR (Lifetime Attributable Risk).

Analyze Specific Cases

You can analyze treatment effects in different breast cancer cases, like Breast Fibrosis Risk after Radiotherapy or Ipsilateral Breast Tumor Recurrence. There are also models for Linear-Quadratic-Linear (LQL) Cell Survival, which includes adjustments for damage repair and repopulation effects, plus Normal Tissue Complication Probability.

Study Ionizing Radiation Effects

The software also covers models that look at ionizing radiation effects (BEIR VII) in relation to radiogenic cancer risk. Before diving into your analysis, you can set parameters like average population age, general exposure levels, gender, latency period, or even the cancer site. This means you can examine impacts on organs like the thyroid, stomach, liver, lungs, leukemia cases, and more. The results show how many patients are affected by radiation injury risks and their recovery confidence.

Instant Graph Generation

Based on your inputs, RadioModels can quickly create graphs for leukemia rates in the United States. You can check out both mortality rates and incidence based on gender and age groups.

Personalized Patient Insights

Plus, it allows you to look at individual patient effects based on daily or weekly treatment schedules along with customized radiation doses. The tool estimates suitable radiation dosages while considering biological impacts on the heart as well as tissue complication probabilities. You'll get a visual graph showing treatment progression over time alongside dose fractionation.

A Simulation Tool for Dosimetry

RadioModels Quantitative Mathematical Models in Radiation Oncology acts as a dosimetry simulator that calculates doses effectively. It provides multiple mathematical models aimed at helping you observe biological responses to radiation therapy: BEIR VII model, Linear-Quadratic-Linear Cell Survival model, and Normal Tissue Complication Probability linked to therapeutic irradiation models.