Medical Biotechnology

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

Knowledge of the ethical principles and the relevant regulatory and soft law framework for the biomedical biotechnology sector. Knowledge and application of the principles and rules of research ethics in biomedical research and clinical trials. Knowledge of the principles and standards of research integrity and the ability to identify the main types of research misconduct.
Analysis of international charters and relevant policy documents. Analysis of informed consent forms and participant information sheets for experimental activities. Knowledge and ability to apply the main legal instruments protecting fundamental rights and freedoms related to the processing of personal data in healthcare and scientific research. Ethical evaluation of a research project. Evaluation of the ethical and bio-legal aspects of advanced therapies.

Educational objectives

Laboratory and Molecular Diagnostics
To provide a foundation of knowledge regarding the general principles and most commonly used techniques in the molecular diagnosis of human diseases.
To learn the principles and objectives of laboratory and molecular diagnostics in biotechnology applied to medical diagnostics. To understand the potential and limitations of the biomolecular approach, both qualitative and quantitative. Understanding the objectives, potential, and limitations of high-throughput automated approaches. Practical application to specific genetic diseases.

Molecular Diagnostics and Imaging
Acquiring the methodologies that enable the selection of the best and safest molecular diagnostic techniques for tissue application for the purpose of personalized cancer treatments.
To inform the student about: the utility and scope of pathological anatomy; the difference between clinical diagnosis and histological diagnosis; methods for analyzing pathological tissue at both the morphological and molecular levels.
To learn the basics of radioisotopes, radiopharmaceuticals, and instrumentation for in vivo molecular imaging using radioactive or fluorescent probes.

Educational objectives

Laboratory and Molecular Diagnostics
To provide a foundation of knowledge regarding the general principles and most commonly used techniques in the molecular diagnosis of human diseases.
To learn the principles and objectives of laboratory and molecular diagnostics in biotechnology applied to medical diagnostics. To understand the potential and limitations of the biomolecular approach, both qualitative and quantitative. Understanding the objectives, potential, and limitations of high-throughput automated approaches. Practical application to specific genetic diseases.

Molecular Diagnostics and Imaging
Acquiring the methodologies that enable the selection of the best and safest molecular diagnostic techniques for tissue application for the purpose of personalized cancer treatments.
To inform the student about: the utility and scope of pathological anatomy; the difference between clinical diagnosis and histological diagnosis; methods for analyzing pathological tissue at both the morphological and molecular levels.
To learn the basics of radioisotopes, radiopharmaceuticals, and instrumentation for in vivo molecular imaging using radioactive or fluorescent probes.

Educational objectives

Laboratory and Molecular Diagnostics
To provide a foundation of knowledge regarding the general principles and most commonly used techniques in the molecular diagnosis of human diseases.
To learn the principles and objectives of laboratory and molecular diagnostics in biotechnology applied to medical diagnostics. To understand the potential and limitations of the biomolecular approach, both qualitative and quantitative. Understanding the objectives, potential, and limitations of high-throughput automated approaches. Practical application to specific genetic diseases.

Molecular Diagnostics and Imaging
Acquiring the methodologies that enable the selection of the best and safest molecular diagnostic techniques for tissue application for the purpose of personalized cancer treatments.
To inform the student about: the utility and scope of pathological anatomy; the difference between clinical diagnosis and histological diagnosis; methods for analyzing pathological tissue at both the morphological and molecular levels.
To learn the basics of radioisotopes, radiopharmaceuticals, and instrumentation for in vivo molecular imaging using radioactive or fluorescent probes.

Educational objectives

Laboratory and Molecular Diagnostics
To provide a foundation of knowledge regarding the general principles and most commonly used techniques in the molecular diagnosis of human diseases.
To learn the principles and objectives of laboratory and molecular diagnostics in biotechnology applied to medical diagnostics. To understand the potential and limitations of the biomolecular approach, both qualitative and quantitative. Understanding the objectives, potential, and limitations of high-throughput automated approaches. Practical application to specific genetic diseases.

Molecular Diagnostics and Imaging
Acquiring the methodologies that enable the selection of the best and safest molecular diagnostic techniques for tissue application for the purpose of personalized cancer treatments.
To inform the student about: the utility and scope of pathological anatomy; the difference between clinical diagnosis and histological diagnosis; methods for analyzing pathological tissue at both the morphological and molecular levels.
To learn the basics of radioisotopes, radiopharmaceuticals, and instrumentation for in vivo molecular imaging using radioactive or fluorescent probes.

Educational objectives

Laboratory and Molecular Diagnostics
To provide a foundation of knowledge regarding the general principles and most commonly used techniques in the molecular diagnosis of human diseases.
To learn the principles and objectives of laboratory and molecular diagnostics in biotechnology applied to medical diagnostics. To understand the potential and limitations of the biomolecular approach, both qualitative and quantitative. Understanding the objectives, potential, and limitations of high-throughput automated approaches. Practical application to specific genetic diseases.

Molecular Diagnostics and Imaging
Acquiring the methodologies that enable the selection of the best and safest molecular diagnostic techniques for tissue application for the purpose of personalized cancer treatments.
To inform the student about: the utility and scope of pathological anatomy; the difference between clinical diagnosis and histological diagnosis; methods for analyzing pathological tissue at both the morphological and molecular levels.
To learn the basics of radioisotopes, radiopharmaceuticals, and instrumentation for in vivo molecular imaging using radioactive or fluorescent probes.

Educational objectives

Insegnamento a scelta dello studente

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

The course aims to provide students with the foundations to:
Explore the main theories regarding the origin and evolution of viruses and parasites;
Understand the cellular and molecular basis of interactions between microorganisms and their hosts, as well as the mechanisms underlying microbial pathogenicity;
Analyze the causes and mechanisms responsible for major viral and parasitic diseases;
Explore the molecular mechanisms underlying antiviral resistance;
Understand the applications of key biotechnologies in the diagnosis, prevention, and treatment of microbial infections.
These objectives will be achieved through lectures, seminars, and interactive educational activities.

Educational objectives

Knowledge of the ethical principles and the relevant regulatory and soft law framework for the biomedical biotechnology sector. Knowledge and application of the principles and rules of research ethics in biomedical research and clinical trials. Knowledge of the principles and standards of research integrity and the ability to identify the main types of research misconduct.
Analysis of international charters and relevant policy documents. Analysis of informed consent forms and participant information sheets for experimental activities. Knowledge and ability to apply the main legal instruments protecting fundamental rights and freedoms related to the processing of personal data in healthcare and scientific research. Ethical evaluation of a research project. Evaluation of the ethical and bio-legal aspects of advanced therapies.

Educational objectives

Gain an understanding of the clinical application of biomaterials, particularly metallic, composite, polymeric, and ceramic biomaterials.
Gain an understanding of the biocompatibility and pathology of biomaterials.
Acquire knowledge of the basic tissue reactions associated with the use of biomaterials. Understand the general aspects of pathology resulting from the use of biomaterials. Understanding the significance of experimental models in the development and study of biomaterials.
Learning the basic principles related to materials used in medicine, particularly biomaterials. Knowledge of the main methods for characterizing and producing materials.
Understanding the potential and limitations of the application of biomaterials in medicine.

Educational objectives

Gain an understanding of the clinical application of biomaterials, particularly metallic, composite, polymeric, and ceramic biomaterials.
Gain an understanding of the biocompatibility and pathology of biomaterials.
Acquire knowledge of the basic tissue reactions associated with the use of biomaterials. Understand the general aspects of pathology resulting from the use of biomaterials. Understanding the significance of experimental models in the development and study of biomaterials.
Learning the basic principles related to materials used in medicine, particularly biomaterials. Knowledge of the main methods for characterizing and producing materials.
Understanding the potential and limitations of the application of biomaterials in medicine.

Educational objectives

Gain an understanding of the clinical application of biomaterials, particularly metallic, composite, polymeric, and ceramic biomaterials.
Gain an understanding of the biocompatibility and pathology of biomaterials.
Acquire knowledge of the basic tissue reactions associated with the use of biomaterials. Understand the general aspects of pathology resulting from the use of biomaterials. Understanding the significance of experimental models in the development and study of biomaterials.
Learning the basic principles related to materials used in medicine, particularly biomaterials. Knowledge of the main methods for characterizing and producing materials.
Understanding the potential and limitations of the application of biomaterials in medicine.

Educational objectives

Gain an understanding of the clinical application of biomaterials, particularly metallic, composite, polymeric, and ceramic biomaterials.
Gain an understanding of the biocompatibility and pathology of biomaterials.
Acquire knowledge of the basic tissue reactions associated with the use of biomaterials. Understand the general aspects of pathology resulting from the use of biomaterials. Understanding the significance of experimental models in the development and study of biomaterials.
Learning the basic principles related to materials used in medicine, particularly biomaterials. Knowledge of the main methods for characterizing and producing materials.
Understanding the potential and limitations of the application of biomaterials in medicine.

Educational objectives

Knowledge of the principles of continuum mechanics and the basic equations of fluid dynamics, as applied in particular to hemodynamics.

Educational objectives

Knowledge of the principles of continuum mechanics and the basic equations of fluid dynamics, as applied in particular to hemodynamics.

Educational objectives

Knowledge of the principles of continuum mechanics and the basic equations of fluid dynamics, as applied in particular to hemodynamics.

Educational objectives

Knowledge of the principles of continuum mechanics and the basic equations of fluid dynamics, as applied in particular to hemodynamics.

Educational objectives

Knowledge of the principles of continuum mechanics and the basic equations of fluid dynamics, as applied in particular to hemodynamics.

Educational objectives

Insegnamento a scelta dello studente