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Medical Radiation Oncology
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Image courtesy of Elekta 
Image courtesy of Elekta 
Image courtesy of Elekta 
Image courtesy of Elekta 
Image courtesy of Elekta 
Image courtesy of Elekta
Technology and Treatments

Gamma Knife ICON
Treatments: Frameless and frame-based gamma knife radiosurgery (SRS) and fractionated stereotactic radiotherapy (SRT), (Brain Mets, benign conditions, and functional disorders):
- Brain Mets-Single, Multiple & re-peat SRS
- Salvage role for gliomas
- Benign conditions- meningioma, pituitary adenomas, schwannoma, craniopharyngioma, haemangioblastoma, and central neurocytoma
Elekta Linear Accelerator – Versa HD


Treatments:
- Three-dimensional conformal radiotherapy (3D-CRT)
- IMRT
- VMAT
- IGRT – Imaging- Cone Beam CT, MV & kV planar imaging
- SBRT
- Electron Therapy
- TBI


Brachytherapy
- Remote afterloader HDR brachytherapy
- Eye Plaque LDR brachytherapy
Raystation
- Improved workflows for dose tracking and adaptive re-planning
- Faster loading of patient cases with a large amount of data
- Localize isocenter function now available in all beam lists
- Improved conformance to target for VMAT segments
- Significantly faster optimization of CyberKnife plans with cone and iris
- Improved dose centering during delivery when using Motion Synchronization for Radixact treatment machines
- Possibility to define several machine parameters per beam quality
Enhanced leaf and jaw tip modeling for electrons
- Display of gamma curves and dose difference curves during beam modeling
- Point-based optimization
- Nuclear interaction correction (NIC) introduced in the light ion pencil beam dose engine
- Improved LET computation using the trichrome fluence model
Gamma Knife Lightning
- Potential beam-on time reduction by up to 50%
- Simultaneous dose control to multiple targets and organs at risk
- High-quality conformal treatment plans in less than a minute

Oncentra
- Applicator modeling and library planning allow increased efficiency in brachytherapy planning.
- IPSA and HIPO inverse optimization algorithms offer ideal dosimetry even with complex interstitial geometries.