Radiation Oncology
Precision radiation therapy planning and dose optimization
AI-Powered Radiation Oncology
Transform radiation therapy with intelligent treatment planning, automated dose optimization, and advanced safety protocols for precise cancer treatment delivery.
Treatment Planning Engine
- ✓IMRT/VMAT Optimization: Automated intensity-modulated and volumetric arc therapy planning with organ-at-risk sparing
- ✓Stereotactic Radiosurgery: Precision SRS/SBRT planning for brain metastases and extracranial targets with sub-millimeter accuracy
- ✓Adaptive Radiotherapy: Real-time plan adaptation based on daily imaging and anatomical changes during treatment course
- ✓Monte Carlo Dose Calculation: Advanced photon and electron transport modeling for accurate heterogeneous tissue dosimetry
Safety & Quality Assurance
- ✓Automated Plan Verification: Comprehensive QA checks for dose distributions, beam parameters, and treatment delivery accuracy
- ✓Critical Structure Monitoring: Real-time dose tracking for spinal cord, brainstem, and other dose-limiting organs
- ✓Machine Learning QA: Predictive models for plan deliverability and potential geometric uncertainties
- ✓Incident Learning System: Automated analysis of near-misses and adverse events with preventive recommendations
Advanced Radiation Technologies
Stereotactic Radiosurgery
Frameless SRS planning for brain metastases, AVMs, and functional disorders with advanced motion tracking and real-time verification
Proton Therapy Planning
Advanced proton beam optimization with pencil beam scanning, range uncertainty analysis, and robust treatment planning
Image-Guided RT
Daily CBCT analysis with automated registration, adaptive planning triggers, and real-time tumor tracking capabilities
Clinical Applications & Treatment Sites
Central Nervous System
- • Brain metastases and primary brain tumors
- • Stereotactic radiosurgery for functional disorders
- • Spinal cord and cauda equina tumors
- • Arteriovenous malformations (AVMs)
- • Whole brain radiotherapy with hippocampal sparing
Thoracic Oncology
- • Non-small cell lung cancer (NSCLC)
- • Stereotactic body radiotherapy (SBRT)
- • Esophageal and mediastinal tumors
- • Mesothelioma and chest wall tumors
- • Cardiac and respiratory motion management
Abdominal & Pelvic
- • Prostate cancer with IMRT/VMAT
- • Gynecologic malignancies (cervix, endometrium)
- • Pancreatic and hepatobiliary tumors
- • Colorectal and anal cancers
- • Stereotactic ablative radiotherapy (SABR)
Head & Neck
- • Nasopharyngeal and oropharyngeal cancers
- • Laryngeal and hypopharyngeal tumors
- • Salivary gland malignancies
- • Post-operative and definitive treatments
- • Parotid gland and swallowing structure sparing
Radiation Therapy Workflow Integration
Simulation & Imaging
CT simulation with automated organ segmentation, MRI/PET fusion, and treatment position optimization
Treatment Planning
AI-driven plan optimization with dose constraints, beam angle selection, and IMRT/VMAT calculations
Quality Assurance
Comprehensive plan verification, dosimetric QA, and safety checks before treatment approval
Treatment Delivery
Image-guided delivery with real-time monitoring, adaptive planning, and outcome tracking
Clinical Case Study
Patient Presentation
Case: 67-year-old male with T3N2 oropharyngeal cancer
Challenge: Bilateral neck nodes near critical structures
Goals: 70 Gy to primary, 60 Gy to nodes, parotid sparing
Constraints: Spinal cord <45 Gy, mean parotid <26 Gy
SynThera AI Solution
Planning: 9-field IMRT with automated optimization
Dose Distribution: 99.8% PTV coverage achieved
OAR Sparing: All critical structure constraints met
Planning Time: Reduced from 6 hours to 45 minutes
Outcome: Successful treatment completion with minimal xerostomia. Patient maintained quality of life with excellent local control at 2-year follow-up.
Clinical Validation & Research
Clinical Studies
- • 10,000+ treatment plans validated
- • Multi-institutional clinical trials
- • AAPM Task Group collaboration
- • Published in IJROBP and Medical Physics
Performance Metrics
- • 98.7% dose calculation accuracy
- • 85% reduction in planning time
- • 99.9% safety check reliability
- • 92% improvement in plan quality scores
Advance Your Radiation Oncology Practice
Join leading cancer centers using SynThera's AI for precision radiation therapy. Enhance treatment planning efficiency and deliver optimal patient outcomes with intelligent radiation delivery.