Alzheimers Research on SARRP Leads to Phase 1 Clinical Study

In this study, Low Dose Brain Irradiation Reduces Amyloid-ß and Tau in 3xTg-AD Mice, the researchers used the SARRP to deliver hemi-brain irradiations with a 2-beam treatment plan. The variable collimator made it possible to adjust the treatment beam size to each...

Xstrahl in Action: SARRP Enables Precise and Localized Ablation in Neurogenesis Studies

This study explores the use of SARRP in neurogenesis studies. See the full study, Localized CT-Guided Irradiation Inhibits Neurogenesis in Specific Regions of the Adult Mouse Brain, here and see more details below.

Xstrahl in Action: The Original SARRP System

This paper introduced the first small animal radiation research platform, which we here at Xstrahl further developed and commercialized. The authors identified the large, technological gap between laboratory radiation research using cabinet irradiators and clinical...
Alzheimers Research on SARRP Leads to Phase 1 Clinical Study

Alzheimers Research on SARRP Leads to Phase 1 Clinical Study

Xstrahl in Action: SARRP Enables Precise and Localized Ablation in Neurogenesis Studies

Xstrahl in Action: SARRP Enables Precise and Localized Ablation in Neurogenesis Studies

Xstrahl in Action: The Original SARRP System

Xstrahl in Action: The Original SARRP System

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Presentations

A Medical Physicist’s Perspective on Superficial & Orthovoltage Radiotherapy

A Medical Physicist’s Perspective on Superficial & Orthovoltage Radiotherapy

Case Studies

Xstrahl in Action: Xstrahl 300 Used in Treatment of Paget’s Disease

Xstrahl in Action: Xstrahl 300 Used in Treatment of Paget’s Disease

Xstrahl in Action: Xstrahl 300 used in Definitive Radiotherapy

Xstrahl in Action: Xstrahl 300 used in Definitive Radiotherapy

Office-Based Surface Radiotherapy for the Dermatology Clinic: A Two-Case Study

Office-Based Surface Radiotherapy for the Dermatology Clinic: A Two-Case Study

Simple Treatment for SCC and BCC Lesions

Simple Treatment for SCC and BCC Lesions

Xstrahl in Action: Xstrahl 300 Used to Treat NMSC with Hypofractionated Radiotherapy

Xstrahl in Action: Xstrahl 300 Used to Treat NMSC with Hypofractionated Radiotherapy

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User Spotlights

Spotlight on Precision Dermatology: Texas Physicians Work Together to Expand NMSC Treatment Options

Spotlight on Precision Dermatology: Texas Physicians Work Together to Expand NMSC Treatment Options

SARRP Research Spotlight: Dr. George Wilson

SARRP Research Spotlight: Dr. George Wilson

SARRP Research Spotlight: Dr. Chandan Guha

SARRP Research Spotlight: Dr. Chandan Guha

Glioblastoma, Pancreatic and Rectal Cancer Research at University of Glasgow

Glioblastoma, Pancreatic and Rectal Cancer Research at University of Glasgow

Our Videos

The Future of Skin Cancer Treatment

The Future of Skin Cancer Treatment

A Medical Physicist’s Perspective on Superficial & Orthovoltage Radiotherapy

A Medical Physicist’s Perspective on Superficial & Orthovoltage Radiotherapy

Superficial & Orthovoltage Radiotherapy for the Treatment of Non-Melanoma Skin Cancer and Other Benign Conditions

Superficial & Orthovoltage Radiotherapy for the Treatment of Non-Melanoma Skin Cancer and Other Benign Conditions

About Us

Find out more about our mission to expand the use of radiation therapy to improve patient care and outcomes

Radiation for Skin Cancer

Treat basal cell carcinoma and squamous cell carcinoma with low-energy radiotherapy.