How ETHOS and Edge Are Revolutionising Precision Cancer Treatment with AI-Powered Radiation Therapy

Modern medical innovation has transformed cancer care, making radiation treatments safer, faster, and more precise. Today, leading cancer care centres, including the best oncology hospital in Delhi, use advanced radiation therapy techniques that combine artificial intelligence, real-time imaging, and adaptive planning to create personalised treatment strategies. Unlike traditional radiation therapy approaches where treatment plans are created before therapy begins and remain unchanged, AI-powered systems can evaluate daily anatomical changes and help deliver customised radiation doses with enhanced accuracy.

Technologies such as the ETHOS with HYPERSIGHT and IDENTIFY Technology and EDGE with HyperArc and ExacTrac Dynamic are at the forefront of this transformation. These advanced platforms help radiation oncologists target cancer cells effectively while minimising exposure to surrounding healthy tissues.

Evolution Of Adaptive Radiation Therapy 

Traditional radiotherapy uses imaging scans to develop a treatment plan before the start of therapy. However, the human body is constantly changing. Over several days or weeks of treatment, tumours may shrink, organs may shift, and patient anatomy may vary due to natural physiological changes.

Advanced cancer care centres like Yashoda Medicity, recognised as the best oncology hospital in Noida, address these challenges through adaptive radiation therapy. This approach uses artificial intelligence and real-time imaging to analyse changes in anatomy and optimise radiation delivery during treatment.

Adaptive radiation therapy allows doctors to modify treatment plans based on the patient's current condition, helping reduce unnecessary radiation exposure to nearby organs and improving treatment precision.

ETHOS With HYPERSIGHT And IDENTIFY 

The ETHOS therapy platform represents a significant advancement in AI-powered adaptive radiation care. Using artificial intelligence, ETHOS assists radiation oncologists in analysing complex anatomical structures and generating updated treatment plans efficiently during the treatment session.

AI-Driven Adaptive Radiation Workflow

High-Speed HyperSight Imaging:
HyperSight technology captures high-resolution CT images rapidly during treatment sessions, allowing doctors to evaluate daily changes in the patient's anatomy.

AI-Powered Organ Segmentation:
Artificial intelligence helps automatically identify and outline tumour areas and nearby healthy organs using updated imaging information.

Real-Time Dose Re-Optimisation:
The system assists doctors in recalculating and adjusting radiation treatment plans according to the patient's current anatomy.

IDENTIFY Surface-Guided Delivery:
IDENTIFY uses advanced 3D optical tracking technology to continuously monitor patient positioning and enables adjustments or interruption of treatment if significant movement occurs.

This advanced platform operates through two integrated technologies:

HYPERSIGHT Technology

The HYPERSIGHT cone beam CT imaging system provides detailed imaging within the treatment environment, enabling radiation oncologists to assess anatomical changes during therapy.

Advanced oncology centres, including the best medical oncology hospital in Delhi, use such imaging capabilities to support precise treatment planning and improve radiation delivery accuracy based on patient-specific requirements.

IDENTIFY Technology

IDENTIFY is an image-guided radiation therapy system that tracks patient positioning without requiring permanent skin tattoos or invasive markers.

Using a non-invasive 3D optical camera system, IDENTIFY monitors patient movement throughout treatment and supports accurate radiation delivery by helping maintain correct positioning.

Pinpoint Accuracy with Edge Radiosurgery

While adaptive radiation therapy focuses on adjusting treatment plans based on anatomical changes, radiosurgery platforms such as Edge are designed to deliver highly focused radiation doses with exceptional precision.

At Yashoda Medicity, advanced radiosurgery technology such as the Edge platform supports precise treatment delivery for selected cancer cases involving complex and difficult-to-reach tumour locations, including the brain, spine, lungs, and liver.

Click here: Best Cancer Department in Delhi NCR

Key Features and Clinical Capabilities of Edge Radiosurgery

HyperArc High-Definition Delivery:
HyperArc technology uses advanced beam planning techniques to target single or multiple brain metastases with high precision without requiring open surgery.

ExacTrac Dynamic Positioning:
This technology combines thermal imaging with real-time X-ray guidance to detect and correct even minor patient movements during treatment.

High Dose Rate Radiosurgery:
The platform enables concentrated radiation delivery in shorter treatment sessions while maintaining accuracy and patient comfort.

Comparison of Advanced Treatment Modalities

Different radiation therapy platforms serve different clinical requirements. Specialists at the best medical oncology hospital in Delhi evaluate factors such as tumour location, size, movement, and patient-specific needs before selecting the most suitable treatment approach.

ETHOS Adaptive Therapy vs. Edge Radiosurgery

Primary Strength:
ETHOS adjusts treatment plans according to daily anatomical changes, while Edge focuses on delivering highly precise radiation doses to targeted tumour areas.

AI Integration:
ETHOS uses AI-assisted workflows for organ identification and adaptive treatment planning, while Edge supports advanced beam planning and precision targeting.

In-Room Imaging:
ETHOS incorporates HYPERSIGHT imaging for treatment adaptation, while Edge uses ExacTrac Dynamic technology with thermal imaging and real-time X-ray guidance.

Ideal Applications:
ETHOS is suitable for cases where anatomical variations may occur during treatment, including certain abdominal, pelvic, and head-and-neck cancers. Edge is designed for highly precise treatment delivery in areas such as the brain, spine, and lungs.

Surface Tracking:
ETHOS uses IDENTIFY 3D optical imaging for patient monitoring, while Edge uses advanced positioning systems to maintain treatment accuracy.

How AI-Powered Radiation Improves Patient Care

The integration of artificial intelligence with advanced radiation delivery systems provides several benefits:

Targeted Tumour Treatment:
High-definition imaging helps radiation oncologists focus treatment on cancerous areas while protecting surrounding healthy tissues.

Improved Treatment Efficiency:
AI-assisted workflows help streamline treatment planning and delivery.

Reduced Side Effects:
Real-time monitoring and adaptive planning help minimise unnecessary radiation exposure to healthy organs.

Enhanced Patient Comfort:
Surface-guided technologies can reduce the need for permanent skin markings and support a more comfortable treatment experience.

Comprehensive Multidisciplinary Oncology Care

Advanced radiation technology delivers the best results when combined with a comprehensive cancer care approach. Patients benefit from collaboration between radiation oncologists, medical oncologists, surgical oncologists, radiologists, and other specialists.

At Yashoda Medicity, multidisciplinary tumour boards evaluate complex cancer cases and develop personalised treatment strategies based on each patient's diagnosis.

Families seeking advanced cancer care can access specialised services at the best oncology hospital in Noida, where advanced infrastructure and expert teams work together to provide comprehensive treatment support.

Conclusion

Artificial intelligence-powered radiation therapy has transformed modern cancer care by enabling adaptive treatment planning, precise radiation delivery, and improved protection of healthy tissues.

Patients receiving treatment at the best oncology hospital in Delhi benefit from advanced technology platforms that support personalised treatment strategies while prioritising safety, accuracy, and comfort.

At Yashoda Medicity, specialised oncology teams combine advanced AI-driven radiation systems with multidisciplinary expertise to provide comprehensive cancer care tailored to every patient's needs.

Also Read: India’s Trusted Destination for Advanced and Integrated Healthcare Services

To learn more about advanced adaptive radiation therapy or schedule a consultation, connect with Yashoda Medicity today.

FAQs

What is adaptive radiation therapy?

Adaptive radiation therapy uses advanced imaging and artificial intelligence to adjust treatment plans according to changes in a patient's anatomy during therapy.

How does the ETHOS platform improve treatment at Yashoda Medicity?

The ETHOS platform uses AI-assisted workflows to analyse patient anatomy, identify critical structures, and support updated radiation treatment planning.

What is the main benefit of the Edge radiosurgery platform?

The Edge platform delivers highly precise radiation beams for treating complex tumour locations such as the brain, spine, and lungs.

Why is surface-guided tracking helpful for patients?

Surface-guided tracking monitors patient positioning in real time and supports accurate radiation delivery without requiring permanent skin markings.

How do multidisciplinary tumour boards enhance patient care at Yashoda Medicity?

Multidisciplinary tumour boards bring together specialists from radiation oncology, medical oncology, surgery, and other fields to develop personalised treatment plans for every patient.