Dr.Yassine OULHOUQ
Professeur de Physique Medicale
Universite Mohammed Premier, Oujda, Maroc
Faculte des Sciences, Oujda, Maroc
A Biographie
Dr.Yassine OULHOUQ est chercheur et professeur de physique medicale a l'Universite Mohammed Premier, Faculte des Sciences, Oujda, Maroc. Il est specialise dans la simulation Monte Carlo appliquee a la physique medicale, avec une expertise approfondie dans les plateformes GATE et PRIMO.
Ses recherches portent sur la dosimetrie des faisceaux d'electrons et de photons utilises en radiotherapie externe, avec un accent particulier sur la validation des modeles de simulation par rapport aux mesures experimentales.
En plus de ses recherches, le Dr.OULHOUQ se consacre au developpement d'outils scientifiques open-source pour la communaute de physique medicale. Il est le createur de DosiPlot, une application multiplateforme de visualisation et d'analyse des donnees dosimetriques.
Interets de recherche
Simulation Monte Carlo
Developpement et validation de modeles Monte Carlo avec GATE et PRIMO pour le calcul precis de dose en radiotherapie externe.
Dosimetrie electrons & photons
Etude des parametres dosimetriques des faisceaux d'electrons et de photons : PDD, profils, facteurs d'output pour les accelerateurs lineaires cliniques.
IA pour la prediction dosimetrique
Application du machine learning et du deep learning pour la prediction dosimetrique rapide et precise en planification de traitement.
Effets des masques thermoplastiques
Etude de l'impact dosimetrique des masques d'immobilisation thermoplastiques sur la distribution de dose.
Enseignement & Formation
Master et Licence en Physique Medicale et Radioprotection
Publications scientifiques
18 papersEnhancement of electron beam conformity in MRI-guided radiotherapy with parallel magnetic fields: a Monte Carlo analysis
M Rezzoug, Y Oulhouq, O Hamzaoui, M Zerfaoui, A Rrhioua, D Bakari
Radiological Physics and Technology
Evaluation of shielding materials against photoneutrons in radiotherapy through Monte Carlo simulation with FLUKA
I Ait Ouaggou, Y Oulhouq, D Bakari, A Rrhioua, M Zerfaoui
Applied Radiation and Isotopes, 227, 112259
Evaluation of the impact of anatomical region-specific HU-RED conversion curves on VMAT treatment planning for head and neck cancer
I Hattal, A Rrhioua, A El Outmani, M Zerfaoui, D Bakari, Y Oulhouq et al.
Egyptian Journal of Radiology and Nuclear Medicine, 57(1), 5
Investigating the impact of target area surface curvature on dosimetric characteristics of external beam radiation therapy using Monte Carlo simulation
M Rezzoug, M Zerfaoui, Y Oulhouq, A Rrhioua, S Didi, D Bakari
Radiation Physics and Chemistry, 235, 112828
Comparative analysis of eMC algorithm dose calculations using GATE validation: impact of tissue heterogeneity on electron beam dosimetry
M Rezzoug, M Zerfaoui, Y Oulhouq, A Rrhioua, O Hamzaoui, D Bakari
Physical and Engineering Sciences in Medicine, 48(4), 2021-2041
Local diagnostic reference level based on size-specific dose estimates: case of chest-abdomen-pelvis CT examination in a Moroccan hospital
I Ait Ouaggou, D Bakari, M Zerfaoui, A Rrhioua, Y Oulhouq et al.
Radiation Effects and Defects in Solids, 180(3-4), 325-336
Phantom evaluation of involuntary mis-centering in CT Scan: consequences for radiation dose and image quality
M Zerfaoui, K Bahhous, M Talbi, Y Oulhouq, A Rrhioua, S Didi, D Bakari
Emergency Radiology
Comparative evaluation of coplanar and non-coplanar VMAT for nasopharynx cancer radiotherapy: Dosimetric and clinical implications
K El Ouardy, M Zerfaoui, A Rrhioua, Y Oulhouq, D Bakari, L El Hamidi
Onkologia i Radioterapia, 18(7)
Exploring the impact of anode material on x-ray photon fluence and characteristics: a Monte Carlo simulation study
H Ouhadda, M Zerfaoui, K Bahhous, Y Oulhouq, A Didi, A Rrhioua et al.
Nuclear Analysis, 3(2), 100112
A comparative study of boost dose delivery techniques in breast cancer radiotherapy optimising efficacy and minimising toxicity
K El Ouardy, M Zerfaoui, Y Oulhouq, K Bahhous, A Rrhioua, D Bakari
Radiation Protection Dosimetry, 200(5), 459-466
Varian Clinac 2100 linear accelerator simulation employing PRIMO phase space model
M Rezzoug, M Zerfaoui, Y Oulhouq, A Rrhioua, S Didi, M Hamal et al.
Radiation Physics and Chemistry, 207, 110859
Cited by 10Evaluation of ambient dose equivalent for photoneutrons around linear accelerator and their radioprotection quantities
I Ait Ouaggou, D Bakari, A Rrhioua, M Zerfaoui, Y Oulhouq, M Talbi et al.
Radiation Physics and Chemistry, 212, 111096
Cited by 4Using PRIMO to determine the initial beam parameters of Elekta Synergy linac for electron beam energies of 6, 9, 12, and 15 MeV
M Rezzoug, M Zerfaoui, Y Oulhouq, A Rrhioua
Reports of Practical Oncology and Radiotherapy, 28(5), 592-600
Cited by 3Monte Carlo evaluation of particle interactions within the patient-dependent part of Elekta 6 MV photon beam applying IAEA phase space data
D Krim, D Bakari, M Zerfaoui, A Rrhioua, Y Oulhouq
Reports of Practical Oncology and Radiotherapy, 26(6), 928-938
Cited by 7Dosimetric comparison of three-field and four-field 3D conformal radiation therapy ballistics for rectal cancer treatment
D Krim, A Rrhioua, M Zerfaoui, D Bakari, Y Oulhouq, N Hanouf
Materials Today: Proceedings, 45, 7597-7602
Dosimetric effect resulting from the collimator angle, the isocenter move, and the gantry angle errors
Y Oulhouq, A Rrhioua, M Zerfaoui, D Bakari
Iranian Journal of Medical Physics, 16(5), 355-361
Cited by 3The comparison of two calculation algorithms to evaluate the dosimetric effects of thermoplastic masks used in radiotherapy
Y Oulhouq, M Zerfaoui, D Bakari, A Rrhioua, M Machichi, S Berhili
Materials Today: Proceedings, 13, 1102-1107
Cited by 3Simulation of the dose calculation and distribution in radiation Therapy Treatment Planning System
M Machichi, Y Oulhouq, A Rrhioua, M Zerfaoui, D Bakari
Materials Today: Proceedings, 13, 982-990
Logiciels & Outils
DosiPlot
Application multiplateforme pour l'analyse et la visualisation des donnees dosimetriques en physique medicale. Disponible en version desktop (Windows) et bientot sur Google Play.
Informations de contact
Affiliation
Universite Mohammed Premier
Faculte des Sciences
Oujda, Maroc