Objectives: Xerostomia is a common post-radiotherapy (post-RT) complication in nasopharyngeal carcinoma (NPC) patients. This study evaluated the relation of post-RT parotid gland changes with the dose received. Methods: Data from 18 NPC patients treated by radiotherapy between 1997 and 2001 were collected. Parotid gland volumes were measured and compared between their pre-RT and post-RT CT images; both sets of CT were conducted with the same scanning protocol. Doppler ultrasound was used to assess the haemodynamic condition of the glands after radiotherapy. Doppler ultrasound results were compared against 18 agematched normal participants. A questionnaire was used to evaluate the patients'comments of xerostomia condition. Radiotherapy treat...
Purpose: To determine the most adequate parameter to measure the consequences of reducing the paroti...
Purpose: Xerostomia is a well known complication of radiation for head and neck cancer. It causes si...
Aims and Objectives: During course of radiation therapy, anatomical variations occur risking overdos...
Salivary glands are usually irradiated during radiotherapy for head and neck cancers, which can lead...
Background: Xerostomia is one of the commonest radiation-induced complications in patients with head...
<p><strong>Background and aims.</strong> Salivary glands are extremely susceptible...
Publications relating parotid dose-volume characteristics to radiotherapy-induced salivary toxicity ...
The response of the major salivary glands, the parotid glands, to radiation dose is patient-specific...
Introduction Xerostomia is an imminent complication of head and neck radiotherapy best assessed subj...
Background: To evaluate the factors influencing post-irradiation parotid gland function in nasophary...
Radiotherapy is a common treatment for head and neck cancer patients. Unfortunately, it produces ser...
SummaryBackgroundIrradiation of salivary glands during the treatment of head and neck cancer may lea...
Purpose: To determine the most adequate parameter to measure the consequences of reducing the paroti...
BACKGROUND: To evaluate changes in xerostomia status, salivary characteristics and gland volumes 2 y...
BackgroundThe aims of this study were to investigate temporal patterns and potential risk factors fo...
Purpose: To determine the most adequate parameter to measure the consequences of reducing the paroti...
Purpose: Xerostomia is a well known complication of radiation for head and neck cancer. It causes si...
Aims and Objectives: During course of radiation therapy, anatomical variations occur risking overdos...
Salivary glands are usually irradiated during radiotherapy for head and neck cancers, which can lead...
Background: Xerostomia is one of the commonest radiation-induced complications in patients with head...
<p><strong>Background and aims.</strong> Salivary glands are extremely susceptible...
Publications relating parotid dose-volume characteristics to radiotherapy-induced salivary toxicity ...
The response of the major salivary glands, the parotid glands, to radiation dose is patient-specific...
Introduction Xerostomia is an imminent complication of head and neck radiotherapy best assessed subj...
Background: To evaluate the factors influencing post-irradiation parotid gland function in nasophary...
Radiotherapy is a common treatment for head and neck cancer patients. Unfortunately, it produces ser...
SummaryBackgroundIrradiation of salivary glands during the treatment of head and neck cancer may lea...
Purpose: To determine the most adequate parameter to measure the consequences of reducing the paroti...
BACKGROUND: To evaluate changes in xerostomia status, salivary characteristics and gland volumes 2 y...
BackgroundThe aims of this study were to investigate temporal patterns and potential risk factors fo...
Purpose: To determine the most adequate parameter to measure the consequences of reducing the paroti...
Purpose: Xerostomia is a well known complication of radiation for head and neck cancer. It causes si...
Aims and Objectives: During course of radiation therapy, anatomical variations occur risking overdos...