Mohamed Hilal

Laboratory of Sciences and Engineering of Biomedicals Biophysics and Health, Higher Institute of Health Sciences, University Hassan First, Settat, Morocco, Morocco

Publications

• Research Article   
  From machine accuracy to clinical precision: A multilevel quality assurance approach for pelvic radiotherapy in cervical cancer
  Author(s): Ahlam Azalmad* and Mohamed Hilal
  
  Background and purpose: Accurate and reproducible dose delivery in pelvic radiotherapy for cervical cancer requires both robust machine performance and rigorous patient-centered Quality Assurance (QA). While International Guidelines Define Linear Accelerator (LINAC) QA standards, limited data describe the integration of machine-level QA with workflow-based and end-to-end clinical validation in resource-constrained environments. This study aimed to implement and evaluate a comprehensive multilevel QA framework for pelvic radiotherapy in cervical cancer. Materials and methods: A structured Quality Assurance (QA) program was implemented for an Elekta linear accelerator delivering 6 and 18 MV photon beams and 9–18 MeV electron beams to ensure compliance with clinical and international performance standards. The clinical relative dose distr.. Read More»
  

  Abstract PDF