Imaging and Radiotherapy techniques REPLICA E - REGIONE MOLISE - IRCCS NEUROMED POZZILLI

Educational objectives

The student acquires knowledge related to the principles of elementary physics
and related applications in health care. The student addresses.
aspects of descriptive statistics, elements of probability, statistical inference,
statistical methods for qualitative and quantitative data, multivariate analysis,
sensitivity, specificity, predictive value. The student acquires the
knowledge of the fundamentals of chemistry and biochemical propaedeutics.
By the end of the course, the student must know the chemical basis
of life processes; must know how to set in molecular terms some
fundamental aspects of biology

Educational objectives

The student acquires knowledge related to the principles of elementary physics
and related applications in health care. The student addresses.
aspects of descriptive statistics, elements of probability, statistical inference,
statistical methods for qualitative and quantitative data, multivariate analysis,
sensitivity, specificity, predictive value. The student acquires the
knowledge of the fundamentals of chemistry and biochemical propaedeutics.
By the end of the course, the student must know the chemical basis
of life processes; must know how to set in molecular terms some
fundamental aspects of biology

Educational objectives

The student acquires knowledge related to the principles of elementary physics
and related applications in health care. The student addresses.
aspects of descriptive statistics, elements of probability, statistical inference,
statistical methods for qualitative and quantitative data, multivariate analysis,
sensitivity, specificity, predictive value. The student acquires the
knowledge of the fundamentals of chemistry and biochemical propaedeutics.
By the end of the course, the student must know the chemical basis
of life processes; must know how to set in molecular terms some
fundamental aspects of biology

Educational objectives

The student acquires knowledge related to the principles of elementary physics
and related applications in health care. The student addresses.
aspects of descriptive statistics, elements of probability, statistical inference,
statistical methods for qualitative and quantitative data, multivariate analysis,
sensitivity, specificity, predictive value. The student acquires the
knowledge of the fundamentals of chemistry and biochemical propaedeutics.
By the end of the course, the student must know the chemical basis
of life processes; must know how to set in molecular terms some
fundamental aspects of biology

Educational objectives

The student acquires knowledge related to the principles of elementary physics
and related applications in health care. The student addresses.
aspects of descriptive statistics, elements of probability, statistical inference,
statistical methods for qualitative and quantitative data, multivariate analysis,
sensitivity, specificity, predictive value. The student acquires the
knowledge of the fundamentals of chemistry and biochemical propaedeutics.
By the end of the course, the student must know the chemical basis
of life processes; must know how to set in molecular terms some
fundamental aspects of biology

Educational objectives

The student acquires knowledge related to the histological features
of epithelial, connective, hematopoietic, osteocartilaginous tissue,
muscular and nervous tissue. He/she acquires knowledge related to the characteristics
morphology and modes of functioning of systems,
apparatuses and organs in man and their interactions.

Educational objectives

The student acquires knowledge related to the histological features
of epithelial, connective, hematopoietic, osteocartilaginous tissue,
muscular and nervous tissue. He/she acquires knowledge related to the characteristics
morphology and modes of functioning of systems,
apparatuses and organs in man and their interactions.

Educational objectives

The student acquires knowledge related to the histological features
of epithelial, connective, hematopoietic, osteocartilaginous tissue,
muscular and nervous tissue. He/she acquires knowledge related to the characteristics
morphology and modes of functioning of systems,
apparatuses and organs in man and their interactions.

Educational objectives

The student acquires knowledge related to the histological features
of epithelial, connective, hematopoietic, osteocartilaginous tissue,
muscular and nervous tissue. He/she acquires knowledge related to the characteristics
morphology and modes of functioning of systems,
apparatuses and organs in man and their interactions.

Educational objectives

The student acquires knowledge related to the morpho-
functional and metabolic characteristics of the prokaryotic and eukaryotic cell.
He/she achieves knowledge of the fundamentals of the genetic code and the
regulation of gene expression, mechanisms of inheritance
and the nature of gene mutations. Addresses aspects of pathology
genetic and developmental, molecular and cellular pathology and pathology
environmental, acquires knowledge of the fundamentals of transformation
neoplasticity and inflammation. The student acquires
basic knowledge of microorganisms pathogenic to humans, the relationships
between host and pathogenic organisms.

Educational objectives

The student acquires knowledge related to the morpho-
functional and metabolic characteristics of the prokaryotic and eukaryotic cell.
He/she achieves knowledge of the fundamentals of the genetic code and the
regulation of gene expression, mechanisms of inheritance
and the nature of gene mutations. Addresses aspects of pathology
genetic and developmental, molecular and cellular pathology and pathology
environmental, acquires knowledge of the fundamentals of transformation
neoplasticity and inflammation. The student acquires
basic knowledge of microorganisms pathogenic to humans, the relationships
between host and pathogenic organisms.

Educational objectives

The student acquires knowledge related to the morpho-
functional and metabolic characteristics of the prokaryotic and eukaryotic cell.
He/she achieves knowledge of the fundamentals of the genetic code and the
regulation of gene expression, mechanisms of inheritance
and the nature of gene mutations. Addresses aspects of pathology
genetic and developmental, molecular and cellular pathology and pathology
environmental, acquires knowledge of the fundamentals of transformation
neoplasticity and inflammation. The student acquires
basic knowledge of microorganisms pathogenic to humans, the relationships
between host and pathogenic organisms.

Educational objectives

The student acquires knowledge related to the morpho-
functional and metabolic characteristics of the prokaryotic and eukaryotic cell.
He/she achieves knowledge of the fundamentals of the genetic code and the
regulation of gene expression, mechanisms of inheritance
and the nature of gene mutations. Addresses aspects of pathology
genetic and developmental, molecular and cellular pathology and pathology
environmental, acquires knowledge of the fundamentals of transformation
neoplasticity and inflammation. The student acquires
basic knowledge of microorganisms pathogenic to humans, the relationships
between host and pathogenic organisms.

Educational objectives

The student acquires knowledge related to the morpho-
functional and metabolic characteristics of the prokaryotic and eukaryotic cell.
He/she achieves knowledge of the fundamentals of the genetic code and the
regulation of gene expression, mechanisms of inheritance
and the nature of gene mutations. Addresses aspects of pathology
genetic and developmental, molecular and cellular pathology and pathology
environmental, acquires knowledge of the fundamentals of transformation
neoplasticity and inflammation. The student acquires
basic knowledge of microorganisms pathogenic to humans, the relationships
between host and pathogenic organisms.

Educational objectives

The student acquires knowledge of biological and radiation protection effects.
Knowledge for the application of quality controls
of equipment in radiodiagnostics, radiotherapy and
nuclear medicine. The student shall acquire knowledge in the study of
electromagnetic radiation and its application in rm.

Educational objectives

The student acquires knowledge of biological and radiation protection effects.
Knowledge for the application of quality controls
of equipment in radiodiagnostics, radiotherapy and
nuclear medicine. The student shall acquire knowledge in the study of
electromagnetic radiation and its application in rm.

Educational objectives

The student acquires knowledge of biological and radiation protection effects.
Knowledge for the application of quality controls
of equipment in radiodiagnostics, radiotherapy and
nuclear medicine. The student shall acquire knowledge in the study of
electromagnetic radiation and its application in rm.

Educational objectives

The purpose of the integrated course is to acquaint participants with the theoretical foundations of
image detection: from analog to digital; provide the knowledge
theoretical and practical knowledge of the physical and technological foundations of imaging and radiation therapy equipment.

Educational objectives

The purpose of the integrated course is to acquaint participants with the theoretical foundations of
image detection: from analog to digital; provide the knowledge
theoretical and practical knowledge of the physical and technological foundations of imaging and radiation therapy equipment.

Educational objectives

The purpose of the integrated course is to acquaint participants with the theoretical foundations of
image detection: from analog to digital; provide the knowledge
theoretical and practical knowledge of the physical and technological foundations of imaging and radiation therapy equipment.

Educational objectives

The purpose of the integrated course is to acquaint participants with the theoretical foundations of
image detection: from analog to digital; provide the knowledge
theoretical and practical knowledge of the physical and technological foundations of imaging and radiation therapy equipment.

Educational objectives

The purpose of the integrated course is to acquaint participants with the theoretical foundations of
image detection: from analog to digital; provide the knowledge
theoretical and practical knowledge of the physical and technological foundations of imaging and radiation therapy equipment.

Educational objectives

The course aims to address the main diseases of the
musculoskeletal system, rheumatologic diseases and their main
radiographic pictures in order to perform the optimal radiographic examinations
and how to set up level II diagnostic examinations.
The student should know how to perform examinations of
radiological diagnostics for dentistry

Educational objectives

The course aims to address the main diseases of the
musculoskeletal system, rheumatologic diseases and their main
radiographic pictures in order to perform the optimal radiographic examinations
and how to set up level II diagnostic examinations.
The student should know how to perform examinations of
radiological diagnostics for dentistry

Educational objectives

The course aims to address the main diseases of the
musculoskeletal system, rheumatologic diseases and their main
radiographic pictures in order to perform the optimal radiographic examinations
and how to set up level II diagnostic examinations.
The student should know how to perform examinations of
radiological diagnostics for dentistry

Educational objectives

The course aims to address the main diseases of the
musculoskeletal system, rheumatologic diseases and their main
radiographic pictures in order to perform the optimal radiographic examinations
and how to set up level II diagnostic examinations.
The student should know how to perform examinations of
radiological diagnostics for dentistry

Educational objectives

The general objectives of the course are to know the grammatical elements,
lexical and syntactic basics of the English language, to know how to recognize
and apply this basis to the critical reading of a medical text
- scientific.

Educational objectives

Through the radiology internship experience, the student should acquire
the skills necessary to perform the following activities
professional:
-Know the type of department location;
Receive, identify, collect any previous documentation,
Prepare patients for procedures;
- Choose and adopt appropriate behaviors with respect to the individual patient;
- Adopt methods in every situation to ensure maximum
of radiation protection;
- Comply in every situation with the code of ethics;
- Organize their work and participate in the organization of the department/
service;
- Work as a team;
- Identify critical elements in the diagnostic/therapeutic process
Related to the protection of privacy.
- Identify the main personal protective equipment from radiation
Ionizing radiation by describing their correct use.
- Prepare the diagnostic room with respect to the radiological examination to be performed
Managing the radiological procedure expected at a diagnostic room,
ensuring:
- the radiological diagnosis
- protection to the patient and operators involved
- the safety of the patient.

Educational objectives

The integrated course aims to bring the student to know the
fundamental elements of connection between medicine and law, to know how to carry out
professional activity in compliance with legal norms, to
be aware of the main deontological obligations in force in the
professional field. The student must acquire knowledge regarding
the different risk factors and occupational pathologies in the health professions
health care also in relation to current regulations.
The student must acquire knowledge of the fundamentals of epidemiology
and prevention of infectious diseases, environmental hygiene,
food and nutrition.

Educational objectives

The integrated course aims to bring the student to know the
fundamental elements of connection between medicine and law, to know how to carry out
professional activity in compliance with legal norms, to
be aware of the main deontological obligations in force in the
professional field. The student must acquire knowledge regarding
the different risk factors and occupational pathologies in the health professions
health care also in relation to current regulations.
The student must acquire knowledge of the fundamentals of epidemiology
and prevention of infectious diseases, environmental hygiene,
food and nutrition.

Educational objectives

The integrated course aims to bring the student to know the
fundamental elements of connection between medicine and law, to know how to carry out
professional activity in compliance with legal norms, to
be aware of the main deontological obligations in force in the
professional field. The student must acquire knowledge regarding
the different risk factors and occupational pathologies in the health professions
health care also in relation to current regulations.
The student must acquire knowledge of the fundamentals of epidemiology
and prevention of infectious diseases, environmental hygiene,
food and nutrition.

Educational objectives

The integrated course aims to bring the student to know the
fundamental elements of connection between medicine and law, to know how to carry out
professional activity in compliance with legal norms, to
be aware of the main deontological obligations in force in the
professional field. The student must acquire knowledge regarding
the different risk factors and occupational pathologies in the health professions
health care also in relation to current regulations.
The student must acquire knowledge of the fundamentals of epidemiology
and prevention of infectious diseases, environmental hygiene,
food and nutrition.

Educational objectives

The integrated course aims to bring the student to know the
fundamental elements of connection between medicine and law, to know how to carry out
professional activity in compliance with legal norms, to
be aware of the main deontological obligations in force in the
professional field. The student must acquire knowledge regarding
the different risk factors and occupational pathologies in the health professions
health care also in relation to current regulations.
The student must acquire knowledge of the fundamentals of epidemiology
and prevention of infectious diseases, environmental hygiene,
food and nutrition.

Educational objectives

Knowledge of radiologic anatomy including neuroradiology and
use of diagnostic methods. Study techniques in radiology
conventional skeletal, respiratory, digestive appa-rate, maxillofacial and genito-urinary apparatus

Educational objectives

Knowledge of radiologic anatomy including neuroradiology and
use of diagnostic methods. Study techniques in radiology
conventional skeletal, respiratory, digestive appa-rate, maxillofacial and genito-urinary apparatus

Educational objectives

Knowledge of radiologic anatomy including neuroradiology and
use of diagnostic methods. Study techniques in radiology
conventional skeletal, respiratory, digestive appa-rate, maxillofacial and genito-urinary apparatus.

Educational objectives

Knowledge of radiologic anatomy including neuroradiology and
use of diagnostic methods. Study techniques in radiology
conventional skeletal, respiratory, digestive appa-rate, maxillofacial and genito-urinary apparatus

Educational objectives

The student should acquire knowledge for the purpose of using equipment
in the application of the most appropriate techniques in the diagnostic
vascular radiology and interventional radiology. The student
must have knowledge about the main vascular interventional procedures
and extra-vascular.

Educational objectives

The student should acquire knowledge for the purpose of using equipment
in the application of the most appropriate techniques in the diagnostic
vascular radiology and interventional radiology. The student
must have knowledge about the main vascular interventional procedures
and extra-vascular.

Educational objectives

The student should acquire knowledge for the purpose of using equipment
in the application of the most appropriate techniques in the diagnostic
vascular radiology and interventional radiology. The student
must have knowledge about the main vascular interventional procedures
and extra-vascular.

Educational objectives

The student should acquire knowledge for the purpose of using equipment
in the application of the most appropriate techniques in the diagnostic
vascular radiology and interventional radiology. The student
must have knowledge about the main vascular interventional procedures
and extra-vascular.

Educational objectives

The course aims to bring awareness of the fundamentals of planning
and organization of health services: health legislation
Italian and the organization of services in terms of policy objectives
health and performance. The student is led to acquire
basic knowledge of business organization as well as the fundamentals
of labor law and public administration. The student
must know and be able to use computer programs
basics.

Educational objectives

The course aims to bring awareness of the fundamentals of planning
and organization of health services: health legislation
Italian and the organization of services in terms of policy objectives
health and performance. The student is led to acquire
basic knowledge of business organization as well as the fundamentals
of labor law and public administration. The student
must know and be able to use computer programs
basics.

Educational objectives

The course aims to bring awareness of the fundamentals of planning
and organization of health services: health legislation
Italian and the organization of services in terms of policy objectives
health and performance. The student is led to acquire
basic knowledge of business organization as well as the fundamentals
of labor law and public administration. The student
must know and be able to use computer programs
basics.

Educational objectives

The course aims to bring awareness of the fundamentals of planning
and organization of health services: health legislation
Italian and the organization of services in terms of policy objectives
health and performance. The student is led to acquire
basic knowledge of business organization as well as the fundamentals
of labor law and public administration. The student
must know and be able to use computer programs
basics.

Educational objectives

The course aims to bring awareness of the fundamentals of planning
and organization of health services: health legislation
Italian and the organization of services in terms of policy objectives
health and performance. The student is led to acquire
basic knowledge of business organization as well as the fundamentals
of labor law and public administration. The student
must know and be able to use computer programs
basics.

Educational objectives

The study of radiation dosimetry, their units of measurement, quantities
dosimetry, radiation protection quantities, applied dosimetry,
clinical dosimetry, determination of physical parameters of beams
of radiation used in diagnostics and radiation therapy, calculation of the
dode to biological tissues in radiation therapy, clinical protocols and treatment plans
in radiation therapy.

Educational objectives

The study of radiation dosimetry, their units of measurement, quantities
dosimetry, radiation protection quantities, applied dosimetry,
clinical dosimetry, determination of physical parameters of beams
of radiation used in diagnostics and radiation therapy, calculation of the
dode to biological tissues in radiation therapy, clinical protocols and treatment plans
in radiation therapy

Educational objectives

The study of radiation dosimetry, their units of measurement, quantities
dosimetry, radiation protection quantities, applied dosimetry,
clinical dosimetry, determination of physical parameters of beams
of radiation used in diagnostics and radiation therapy, calculation of the
dode to biological tissues in radiation therapy, clinical protocols and treatment plans
in radiation therapy.

Educational objectives

The study of radiation dosimetry, their units of measurement, quantities
dosimetry, radiation protection quantities, applied dosimetry,
clinical dosimetry, determination of physical parameters of beams
of radiation used in diagnostics and radiation therapy, calculation of the
dode to biological tissues in radiation therapy, clinical protocols and treatment plans
in radiation therapy.

Educational objectives

The study of radiation dosimetry, their units of measurement, quantities
dosimetry, radiation protection quantities, applied dosimetry,
clinical dosimetry, determination of physical parameters of beams
of radiation used in diagnostics and radiation therapy, calculation of the
dode to biological tissues in radiation therapy, clinical protocols and treatment plans
in radiation therapy

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography and
Main diagnostic ultrasound examinations. Breast diagnostics; bone minera- lometry.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography and
Main diagnostic ultrasound examinations. Breast diagnostics; bone minera- lometry.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography and
Main diagnostic ultrasound examinations. Breast diagnostics; bone minera- lometry

Educational objectives

DIAGNOSTIC RADIOLOGY
- Manage the radiology procedure provided at a diagnostic room for
studies with m.d.c., ensuring:
- radiologic diagnosis
- protection to the patient and operators involved
- the safety of the patient
- the correct use of the contrast medium.
- Prepare the diagnostic room with respect to the radiological examination to be performed
- Describe the characteristics of contrast agents used in radiology
correlating them with the modalities of use and the specific radiological examinations.
- Describe the operating procedures provided for the TSRM at a Diagnostic
Mammography correlating them with the equipment used.
COMPUTED TOMOGRAPHY
- Describe :
- the correct use of contrast media
- Describe the characteristics of contrast agents used in CT by correlating them
to the methods of use and the specific radiological examinations.
- From critical analysis of radiograms, interpret the anatomical parts in
evidence by describing the technical-methodological expedients applied
in order to obtain that radiological image.
NUCLEAR MEDICINE
Students who have assiduously attended the Department of
Nuclear, will be able to:
- Identify the supervised area and the controlled area; recognize the
differences in the above areas, in terms of exposure limits for the
personnel working there, as well as know and manage, for patients the
mandatory internal routes for radiation protection reasons.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography
And major diagnostic ultrasound examinations. Breast diagnostics; mineralometry
bone, provide the essentials for the setting
methodology and technical parameters of CT and MRI examinations, in the main
pathologies of the central nervous system as a function of the quality
image. To acquire knowledge of neurological anatomy
normal and the main pathological pictures.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography
And major diagnostic ultrasound examinations. Breast diagnostics; mineralometry
bone, provide the essentials for the setting
methodology and technical parameters of CT and MRI examinations, in the main
pathologies of the central nervous system as a function of the quality
image. To acquire knowledge of neurological anatomy
normal and the main pathological pictures.

Educational objectives

The student acquires knowledge related to vertebro
spinal cord, degenerative pathology of the nervous system. He/she acquires
knowledge related to brain tumors, epilepsy, studies
pet and spect. Deepens the study of the snc, bone tissue, the
myocardium, radiation therapy: equipment, techniques, treatment plans.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography
And major diagnostic ultrasound examinations. Breast diagnostics; mineralometry
bone, provide the essentials for the setting
methodology and technical parameters of CT and MRI examinations, in the main
pathologies of the central nervous system as a function of the quality
image. To acquire knowledge of neurological anatomy
normal and the main pathological pictures.

Educational objectives

The course covers general aspects related to emergency medicine and
the importance of early intervention_ assessment of parameters
vitals, cardiopulmonary resuscitation (BLS - “basic life support”). Methods
of approach and first treatment of the surgical critical patient.

Educational objectives

The course covers general aspects related to emergency medicine and
the importance of early intervention_ assessment of parameters
vitals, cardiopulmonary resuscitation (BLS - “basic life support”). Methods
of approach and first treatment of the surgical critical patient.

Educational objectives

The course covers general aspects related to emergency medicine and
the importance of early intervention_ assessment of parameters
vitals, cardiopulmonary resuscitation (BLS - “basic life support”). Methods
of approach and first treatment of the surgical critical patient.

Educational objectives

The course covers general aspects related to emergency medicine and
the importance of early intervention_ assessment of parameters
vitals, cardiopulmonary resuscitation (BLS - “basic life support”). Methods
of approach and first treatment of the surgical critical patient.

Educational objectives

The course covers general aspects related to emergency medicine and
the importance of early intervention_ assessment of parameters
vitals, cardiopulmonary resuscitation (BLS - “basic life support”). Methods
of approach and first treatment of the surgical critical patient.

Educational objectives

The student acquires knowledge related to vertebro
spinal cord, degenerative pathology of the nervous system. He/she acquires
knowledge related to brain tumors, epilepsy, studies
pet and spect. Deepens the study of the snc, bone tissue, the
myocardium, radiation therapy: equipment, techniques, treatment plans.

Educational objectives

Contrast media in diagnostic imaging. Principles of ultrasonography and
Main diagnostic ultrasound examinations. Breast diagnostics; bone minera- lometry.

Educational objectives

The student acquires knowledge related to vertebro
spinal cord, degenerative pathology of the nervous system. He/she acquires
knowledge related to brain tumors, epilepsy, studies
pet and spect. Deepens the study of the snc, bone tissue, the
myocardium, radiation therapy: equipment, techniques, treatment plans.

Educational objectives

Know the fields of application of general psychology in the field of
organizational - management: personnel management, leadership,
selection, evaluation, professional training, communication
and relationships, group dynamics, work motivation,
the reward-punishment system, career development. Knowledge of the fundamentals
of the history of medicine. The epistemological status of
medicine and evolution of the concept of disease: ontological concepts,
functional, normative and evolutionary concepts of disease. Evolution of the
ideas of health and disease: the experimental and microbiological revolution,
molecular and genomic medicine.

Educational objectives

Know the fields of application of general psychology in the field of
organizational - management: personnel management, leadership,
selection, evaluation, professional training, communication
and relationships, group dynamics, work motivation,
the reward-punishment system, career development. Knowledge of the fundamentals
of the history of medicine. The epistemological status of
medicine and evolution of the concept of disease: ontological concepts,
functional, normative and evolutionary concepts of disease. Evolution of the
ideas of health and disease: the experimental and microbiological revolution,
molecular and genomic medicine.

Educational objectives

Know the fields of application of general psychology in the field of
organizational - management: personnel management, leadership,
selection, evaluation, professional training, communication
and relationships, group dynamics, work motivation,
the reward-punishment system, career development. Knowledge of the fundamentals
of the history of medicine. The epistemological status of
medicine and evolution of the concept of disease: ontological concepts,
functional, normative and evolutionary concepts of disease. Evolution of the
ideas of health and disease: the experimental and microbiological revolution,
molecular and genomic medicine.

Educational objectives

Know the fields of application of general psychology in the field of
organizational - management: personnel management, leadership,
selection, evaluation, professional training, communication
and relationships, group dynamics, work motivation,
the reward-punishment system, career development. Knowledge of the fundamentals
of the history of medicine. The epistemological status of
medicine and evolution of the concept of disease: ontological concepts,
functional, normative and evolutionary concepts of disease. Evolution of the
ideas of health and disease: the experimental and microbiological revolution,
molecular and genomic medicine.

Educational objectives

The professional laboratories for medical radiology technicians (TSRMs - Technician Sanitari di Radiologia Medica) are highly specialized environments designed for the practical training and continuing education of professionals in the field of diagnostic imaging and radiation therapy. These labs combine advanced technology, radiological safety, and clinical simulation to provide a comprehensive educational experience.

Educational objectives

Seminar activities for medical radiology technicians (TSRMs) are educational meetings, often short and intensive, dedicated to the in-depth study of specific, topical or multidisciplinary issues in medical imaging, radiation therapy and nuclear medicine. They may be aimed at undergraduate students or professionals in continuing education (CME).

Educational objectives

The purpose of the thesis is to engage the student in a formalization work,
design and research, which will contribute substantially
to the completion of his or her professional and scientific training.
The content of the thesis must be related to topics or disciplines
closely related to the professional profile.

Educational objectives

NUCLEAR MEDICINE
Upon completion of the educational experience in Nuclear Medicine, students will be
Able to:
- Describe the acquisition protocols of the following scintigraphic investigations:
- myocardial scintigraphy;
- parathyroid scintigraphy;
- perfusory brain scintigraphy;
- brain scintigraphy with receptor tracer (123IDATSCAN);
- adrenal cortical scintigraphy.
- For each of the above investigations, the appropriate
patient positioning, the dose to be administered, and the
criteria for correctness.
- Describe and apply the dose fractionation process of radiotracer
positronic used in PET-CT.
- Describe and apply the acquisition and processing protocols used
in PET-TAC and related correctness criteria;
- Analysis of RIS-PACS Image Transmission Systems employed in the service
Nuclear Medicine.
- Performance of brain and myocardial SPET.
- Searching for infectious processes with labeled granulocytes.
- Knowledge of radiopharmaceutical labeling.
- Use radiopharmaceuticals other than Technetium, such as Gallium-67, Iodine-123,
Iodine-131, F-18.
- Control personal and environmental contamination.
- Interact with other staff involved in the diagnostic process, with mentors,
with internship supervisors with respect for organizational hierarchy
and with a view to teamwork.

Educational objectives

ADEs, or Elective Educational Activities, for medical radiology technicians (TSRMs) are optional educational modules included within the undergraduate curriculum (typically in three-year degree programs in Medical Radiology Imaging and Radiotherapy Techniques). These activities allow students to explore specific topics in more depth, broaden their skills, and tailor their training to their professional interests.