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Dose-dependent changes in cardiac function, strain and remodelling in a pre-clinical model of heart base irradiation

Xstrahl in Action Advances in conformal radiotherapy (RT) techniques and image-guidance have significantly reduced organs at risk (OAR) exposure, which has been associated with improved safety profiles. However, opportunities remain to further optimise treatments...

DNA Damage Response (DDR) in Peripheral Blood Lymphocytes after Exposure to X-rays with Different Physical Properties

Xstrahl in Action In radiology, low X-ray energies (<140 keV) are used to obtain an optimal image while in radiotherapy, higher X-ray energies (MeV) are used to eradicate tumor tissue. In radiation research, both these X-ray energies are being used to extrapolate...

Dosimetric Validation of SmART-RAD for X-ray Cabinet Radiobiology Irradiators

Xstrahl in Action This paper describes the use and dosimetric validation of a newly developed Monte Carlo (MC) tool, SmART-RAD, to simulate the X-ray field in a range of standard commercial X-ray cabinet irradiators used for preclinical irradiations. Comparisons are...
Dose-dependent changes in cardiac function, strain and remodelling in a pre-clinical model of heart base irradiation

Dose-dependent changes in cardiac function, strain and remodelling in a pre-clinical model of heart base irradiation

DNA Damage Response (DDR) in Peripheral Blood Lymphocytes after Exposure to X-rays with Different Physical Properties

DNA Damage Response (DDR) in Peripheral Blood Lymphocytes after Exposure to X-rays with Different Physical Properties

Dosimetric Validation of SmART-RAD for X-ray Cabinet Radiobiology Irradiators

Dosimetric Validation of SmART-RAD for X-ray Cabinet Radiobiology Irradiators

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Grenz Radiation Therapy Commissioning for Medical Physicists

Grenz Radiation Therapy Commissioning for Medical Physicists

Superficial Radiation Therapy Post-Op for Keloids: Protocols, Techniques, and Outcomes

Superficial Radiation Therapy Post-Op for Keloids: Protocols, Techniques, and Outcomes

Case Studies

Electronic brachytherapy and superficial radiation therapy are excellent treatment options for patients with basal cell or squamous cell carcinomas

Electronic brachytherapy and superficial radiation therapy are excellent treatment options for patients with basal cell or squamous cell carcinomas

Two Case Histories: Office-Based Radiation Therapy for the Dermatology Clinic

Two Case Histories: Office-Based Radiation Therapy for the Dermatology Clinic

Treating My Skin Cancer with Superficial Radiation Therapy was the Perfect Alternative to Surgery

Treating My Skin Cancer with Superficial Radiation Therapy was the Perfect Alternative to Surgery

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Spotlight on CRUK RadNet Centre Glasgow

Spotlight on CRUK RadNet Centre Glasgow

The Dermatology Insider 2023

The Dermatology Insider 2023

Using Radiation Therapy in the Veterinary Practice

Using Radiation Therapy in the Veterinary Practice

Two Case Histories: Office-Based Radiation Therapy for the Dermatology Clinic

Two Case Histories: Office-Based Radiation Therapy for the Dermatology Clinic

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Grenz Radiation Therapy Commissioning for Medical Physicists

Grenz Radiation Therapy Commissioning for Medical Physicists

Superficial Radiation Therapy Post-Op for Keloids: Protocols, Techniques, and Outcomes

Superficial Radiation Therapy Post-Op for Keloids: Protocols, Techniques, and Outcomes

El papel de la radioterapia superficial y de ortovoltaje

El papel de la radioterapia superficial y de ortovoltaje

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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.