Research Areas


 

Manijeh Mokhtari (Professor)

  • Determining physico-mechanical characteristics of healthy and affected tissues by means of ultrasound imaging
  • targeted treatment by means of ultrasound (laser) in the presence of nanocarriers in drug delivery

S. Mohammad P. Firoozabadi (Professor)

  • The effects of electric and magnetic fields (EMFs) on healthy and cancerous tissues
  • ِDesign and Implement of Affective Computing system (Neuro-Feedback and HMI)
  • The effects of electric and magnetic fields (EMFs) on the NeuroMuscular System

Bijan Hashemi (Associate Professor)

  • Assessment, optimization and development of medical imaging procedures based on Monte Carlo or other simulation or experimental methods
  • Assessment, optimization and development of multi-modalities cancer treatment procedures based on photon/electron external beam radiotherapy combined with nanoparticles, hyperthermia, or other novel m
  • Assessment, optimization and development of radiology protocols (conventional/digital radiography, mammography, fluoroscopy, angiography, and CT) using experimental and simulation methods
  • Assessment, optimization and development medical diagnosis methods based on visual evoked potential (VEP) and electroretinogram (ERG)
  • Assessment, optimization and development of ionizing and non-ionizing radiation dosimetry and protection methods
  • Assessment, optimization and development of cancer radiotherapy procedures based on Monte Carlo or other simulation or experimental methods and radiobiological models

Hossein Rajabi (Associate Professor)

  • Monte Carlo (MC) simulation in Nuclear medicine
  • Internal dosimeter

Amin Banaei (Assistant Professor)

  • Treatment planning in radiotherapy
  • Dosimetry
  • Radiobiology
  • Monte Carlo simulation
  • Application of imaging in radiation therapy
  • Optimization in radiation therapy techniques
  • Optimization of medical imaging techniques