Clinical-Dosimetric relationship between lacrimal gland dose and ocular toxicity after intensity-Modulated radiotherapy for sinonasal tumours

Keyphrases

• Intensity-modulated Radiotherapy 100%
• Dosimetric 100%
• Lacrimal Gland 100%
• Ocular Toxicity 100%
• Sinonasal Tumor 100%
• Akaike Information Criterion 85%
• Maximum Tolerated Dose 57%
• Mean Dose 42%
• Logistic Regression 28%
• Significant Predictors 28%
• Late Toxicity 28%
• Treatment Planning 14%
• Patients with Cancer 14%
• Paranasal Sinuses 14%
• Radiotherapy Planning 14%
• Nasal Cavity 14%
• Radiation Therapy 14%
• Radiation Dose 14%
• Organs at Risk 14%
• Statistical Analysis 14%
• Radiotherapy 14%
• Dose-response Relationship 14%
• Acute Toxicity 14%
• Oncology 14%
• Lacrimal 14%
• Conjunctivitis 14%
• Criteria-based 14%

Medicine and Dentistry

• Neoplasm 100%
• Intensity Modulated Radiation Therapy 100%
• Lacrimal Gland 100%
• Eye Toxicity 100%
• Akaike Information Criterion 85%
• Logistic Regression Analysis 28%
• Radiation Therapy 28%
• Treatment Planning 14%
• Nasal Cavity 14%
• Paranasal Sinus 14%
• Dose Response 14%
• Radiation Therapy Planning 14%
• Oncology 14%
• Acute Toxicity 14%
• Conjunctivitis 14%

Pharmacology, Toxicology and Pharmaceutical Science

• Neoplasm 100%
• Eye Toxicity 100%
• Dose Toxicity 100%
• Akaike Information Criterion 100%
• Dose-Response Relationship 16%
• Acute Toxicity 16%