MIM Software

Step 1: Import CT and MRI images of the prostate region into MIM Maestro.

Step 2: Use automated contouring tools to delineate the prostate gland and surrounding organs at risk.

Step 3: Create a treatment plan using intensity-modulated radiation therapy (IMRT) or volumetric modulated arc therapy (VMAT).

Step 4: Optimize the plan to maximize dose to the tumor while minimizing dose to critical structures.

Step 1: Acquire pre- and post-therapy SPECT/CT images of the patient.

Step 2: Register the images and segment the target lesions and organs at risk.

Step 3: Calculate the absorbed dose to each structure using MIM SurePlan™ MRT.

Step 4: Adjust the administered activity based on the dosimetry results to achieve the desired therapeutic effect while limiting toxicity.

Step 1: Import all relevant treatment plans into MIM Maestro.

Step 2: Register the plans to a common anatomy.

Step 3: Sum the dose distributions from each plan to create a composite plan.

Step 4: Evaluate the composite plan to identify areas of high dose and potential toxicity.

Step 1: Import PET/CT or SPECT/CT images into MIM LesionID™ Pro.

Step 2: Use automated tools to identify and segment tumors throughout the body.

Step 3: Calculate the total tumor burden based on lesion size and metabolic activity.

Step 4: Track changes in tumor burden over time to assess treatment response.

Step 1: Import amyloid PET images into MIMneuro™.

Step 2: Use the Centiloid scaling tool to quantify amyloid plaque burden.

Step 3: Compare the Centiloid value to established thresholds to determine the likelihood of Alzheimer’s disease.

Step 4: Generate a report summarizing the findings for clinical decision-making.