Our team's research work consists of developing the patient quality assurance procedure in conformal intensity modulated radiotherapy "IMRT". This methodology consists of explicitly setting the objectives that we wish to achieve in terms of dose distribution in the target volume and in the organs at risk and asking specific software to calculate, for each of the beams used, the modulation of intensity that allows these objectives to be achieved.
The objective is to master and put into service this new technique to optimize and develop treatment plans for different cases of cancer and to master the calculation of doses in 3D radiotherapy for the case of lung cancer (Case of adapted respiration) . The development of patient quality assurance using diodes within the Blida CAC. A second research program consists of: Quantifying the dose due to radiation diffused in diagnosis and interventional radiology for optimization of personnel radiation protection. This work aims to evaluate the dose generated by the radiation diffused by the patient in radiodiagnosis and interventional radiology as well as to target its limits. Quantification of the dose will be carried out using the experimental means available at the CRNA laboratory and by integrating relevant parameters from knowledge of radiation physics, notably radiation-matter interaction. On a third axis, a research program based on the optimization of an experimental device (choice of materials making up the shielding and their dimensions) using a neutron source. The device is optimal when the detection limits of the constituent elements of all types of sample to be analyzed are minimal.
Research topics
KHELIFI Rachid - Teacher
Email: khelifi@univ-blida.dz
Phone: + 213 771 20 85 24
Research activities:
- Study of an in situ analysis system by neutron activation with gamma prompts using isotopic sources.
- Development of patient quality assurance procedures in conformal radiotherapy with intensity modulation. “IMRT”
- CNEPRU Research Project:
- Responsible for a Research project: Development of 3D dosimetric aspects in radiotherapy, USDB. D00420100030, approved in 2011
- Member of the Research project: Microanalysis by Nuclear Techniques and Neutron Matter Interaction. USTHB, N°D 00220060131, approved in 2007
- Member of the Research project: Microanalysis by Nuclear Techniques and Neutron Matter Interaction. USTHB, N°D 00220060131, renewed, 2011
LARABI Karima -MAA
Email: larabikarima@gmail.com
Phone: + 213 555 36 71 79
Research activities:
- Complementary dosimetry of the extremities in nuclear medicine and radiation protection of personnel in nuclear medicine.
- Optimization of radiation protection in diagnostic radiology and interventional radiology.
LAOUES Mustapha
-MAB
Comparative study between HDR brachytherapy and 80 MeV proton therapy in the case of the treatment of ocular melanomas.
Email: Laouesmus192@gmail.com
Phone: + 213 774 72 47 65
Research activities:
Relatively recent techniques, notably simulation of radiotherapy treatments (ocular and gynecological brachytherapy) based on the Monte Carlo MCNP5 and Geant4 GATE code,
Ould Mohamed Mounir Sidi Mohamed-MAB
BOUKHALFA Salma - Calibration of a gamma detection system for the determination of natural radioactivity for different types of samples.
BERKANI Yasmina - Measurement of the dose delivered by high-energy photon beams in highly heterogeneous environments.
Email: boukhalfasalma@gmail.com
Phone: + 213 669 17 14 15