School of Specialization in Medical Physics - Applied Acoustics
Caterina Guiot
Physical basis of ultrasound imaging and doppler flowmetry. Quality controls of the instrumentation. Traditional and advanced (contrast, 3D) imaging modalities. Spectral and color-powered doppler flowmetry modes. High Intensity Focused Ultrasound (HIFU).
School of Specialization in Physical Medicine and Rehabilitation and in Orthopedics and Traumatology - Applied Physics
Caterina Guiot
Physical basis of ultrasound imaging and dopplerflowmetry. Quality controls of instrumentation. Introduction to biomechanic physics. Provide the student with the basic knowledge to understand the analysis of movements and its clinical applications.
TeachingSchool of Specialization in Vascular Surgery and Cardiac Surgery - Physiology
Federico D'Agata
Physical principles of vascular circulation. Physical foundations of ultrasonographic imaging and Doppler flowmetry. Basics of statistics for experimental data analysis in the context of Specialty Thesis.
TeachingPhD in Complex System for Quantitative Biomedicine - Seminar - How to write a clinical trial
Ilaria Stura
The course focuses on managing clinical trials involving humans, aiming to develop the ability to draft clinical protocols for ethics committees. Upon completion, students will gain technical knowledge on protocol structuring and the key stakeholders involved, as well as practical skills in drafting a protocol, integrating medical-biological and statistical knowledge.
TeachingSchool of Specialization in Medical Physics - Advanced Magnetic Resonance Imaging
Federico D'Agata, Fabrizio Pizzagalli
Multiple arrays (LIC and HIC), coils combination. Accelerated imaging techniques (SENSE, GRAPPA, CAIPI, EPI, partial acquisition, multiband, non-Cartesian techniques, Compressed sensing). Quantitative Imaging (MRF). Imaging Genetics. Mega-analysis methods.
Master's degree in Medicine and Surgery Turin - Physics Channel B
Caterina Guiot, Ilaria Stura
The student will acquire a detailed knowledge of the physical laws and of the instruments of scientific analysis necessary for a reasonable understanding of the physical phenomenology present in the subjects studied in the degree course.
TeachingMaster's degree in Medicine and Surgery Turin - Physics Channel D
Federico D'Agata, Ilaria Stura
At the end of the course, the student will be able to deal with the analytical approach of a Physics problem, solve its calculations, and describe with appropriate language topics about Applied Physics in Medicine.
TeachingLM Biotechnology for Neuroscience - Data Science - Statistics and data analysis
Caterina Guiot, Fabrizio Pizzagalli, Ilaria Stura
The course aims to provide statistical tools for the exploration and analysis of multimodal data using R programming routines. The course is taught in English.
TeachingLM Biotechnology for Neuroscience - Neuroimaging I - Neuroimaging technologies II
Federico D'Agata
This module will deal with the principles of MRI, explaining its physical basis and how it can be used for imaging biological tissues in the medical context.
TeachingLM Biotechnology for Neuroscience - Neurostimulatory techniques - III
Federico D'Agata
Learn the mechanisms of interaction between electromagnetic or mechanical waves with the cells of biological tissues and neurons.
TeachingLM Biotechnology for Neuroscience - Neuroimaging II - Neuroimaging genetics
Fabrizio Pizzagalli
Students will learn about neuroimage processing, design workflows to process brain images and basic usage of popular NeuroImaging softwares focusing on genetic association.
TeachingLM Biotechnology for Neuroscience - Analisys of movement - Biomechanics of movement
Caterina Guiot
Provide the student with the basic knowledge to understand the analysis of movements and its clinical applications.
TeachingLM Biotechnology for Neuroscience - Clinical trials, from ethics to practice - How to write a clinical trial
Ilaria Stura
Provide the student with theoretical and practical skills for conducting clinical studies in Italy, with a particular focus on legal aspects and the approval of Ethical Committees.
TeachingCdL Nursing - Applied Physics Channel A
Caterina Guiot
CdL Pediatric Nursing - Medical Physics
Caterina Guiot
CdL Obstetrics - Principles of physics and ultrasonography
Caterina Guiot
CdL Imaging and Radiotherapy Medical Radiology Techniques (Turin) - Medical physics
Federico D'Agata
CdL Orthoptics and Ophthalmic Assistance - Applied Physics
Fabrizio Pizzagalli
CdL Neurophysiopathology Techniques - Applied Physics
Federico D'Agata
CdL Dental Hygiene - Applied Physics
Federico D'Agata
CdL Speech Therapy - Applied physics
Fabrizio Pizzagalli
CdL Audiometric Techniques - Applied Physics I
Fabrizio Pizzagalli
CdL Hearing Aid Techniques - Applied Physics I
Fabrizio Pizzagalli
CdL Audiometric Techniques - Applied Physics II
Fabrizio Pizzagalli
CdL Hearing Aid Techniques - Applied Physics II
Fabrizio Pizzagalli
CdL Physiotherapy - Applied Physics I
Caterina Guiot
CdL Physiotherapy - Applied Physics II
Caterina Guiot
CdL Neuro and Psychomotricity Therapy for the Age of Development - Applied Physics
Caterina Guiot
Echoguided methods in the nursing and midwifery professions
Caterina Guiot
Physical basis of ultrasound and ultrasound quality control.
Teaching