1041402 - PHYSICAL METHODS IN ORGANIC CHEMISTRY AND RADIOCHEMISTRY
|
Provide basic knowledge of separation and spectroscopic methods commonly used in the analysis of small to medium sized organic and bioorganic molecules. Develop the attitude in term of knowledge, competencies and skills required to use a mass spectrometer and to interpret mass spectra. Educate the students in the most important aspects of mass spectrometry and radiochemistry.
|
First semester |
9 |
|
|
SPETTROMETRIA DI MASSA E RADIOCHIMICA |
|
First semester |
3 |
CHIM/03 |
|
METODI FISICI IN CHIMICA ORGANICA |
|
First semester |
6 |
CHIM/06 |
|
1026262 - CELLULAR AND FUNCTIONAL BIOCHEMISTRY
|
Objectives of the course are: Understanding the biochemical and molecular mechanisms that regulate key cellular functions; understanding the molecular basis leading to alterations of cell function and development of useful knowledge for the production of new drugs. Knowledge of the systems responsible for the signaling pathways of intra-and extracellular signal transduction, with particular attention to the role played by protein components and their mechanism of action.
|
First semester |
6 |
|
|
BIOCHIMICA CELLULARE E FUNZIONALE I |
|
First semester |
3 |
BIO/11 |
|
BIOCHIMICA CELLULARE E FUNZIONALE II |
|
First semester |
3 |
BIO/10 |
|
1022410 - PHYSIOLOGY AND ANATOMY
|
Knowledge of organs’ and systems’ functions underlying physiological mechanisms, from cellular to system level Knowledge of physiological mechanisms and pathways at the intra-cellular, inter-cellular and signalling level, and their role in integrative physiology and homeostasis Knowledge of the general systematic and structural organization of the normal human body from the tissue level to the systematic level, in particular the organs of the various systems.
|
First semester |
6 |
|
|
FISIOLOGIA |
|
First semester |
6 |
BIO/09 |
|
1056006 - Drug design and pharmaceutical biotechnologies
|
The course is aimed at providing the students conceptual basis and technical knowledge of innovative biotechnological methodologies applied to the development and production of biopharmaceutical drugs.
Module 1 Development of skill in physical-chemistry theory of medicinal chemistry. Basis of pharmacodynamic and pharmacokinetics. Structure activity relationships either qualitative or quantitative (SAR e QSAR). Building of predictive models (bioactivity or binding mode) at atomic and three-dimensional level.
Module 2 Provide the conceptual and technical bases of innovative biotechnology methods applied to the pharmaceutical development process.
|
First semester |
6 |
|
|
drug design |
|
First semester |
6 |
CHIM/08 |
|
1022426 - SPECIAL PHARMACOLOGY , DRUG AND PHARMACOLOGICAL BIOTECHNOLOGY
|
The aim of the course is to provide the fundamental pharmacological information on the principal drug classes used in clinical therapy. Particular attention will be focused on the cellular and molecular mechanism of drug action and to the rationale sustaining the development of novel therapies. The course will provide, also, the basic notions on the in vitro and in vivo experimental models used for drug discovery and development and on the principal methodological approach for the analysis and the evaluation of the experimental results. Finally, the course will include a brief overview of the most used sources on the web (databases, online bibliographic sources, etc) for the study and the update of the scientific literature.
|
Second semester |
9 |
|
|
BIOTECNOLOGIE FARMACOLOGICHE |
|
Second semester |
3 |
BIO/14 |
|
FARMACOLOGIA SPECIALE E FARMACOTERAPIA |
|
Second semester |
6 |
BIO/14 |
|
1022406 - ENZYMOLOGY AND INDUSTRIAL BIOCHEMISTRY |
The course aims to provide the biochemical basis for understanding the development of technologies used in research and production of enzymes and biomolecules useful for medicine, nutrition and industrial processes. Objectives of the course are - understanding the methodologies used for development and industrial scale production of proteins and enzymes; - knowledge of the potential applications of protein biotechnology in industrial processes, diagnostic and therapeutic, with particular reference to the pharmaceutical industry; - ability to use biochemical techniques for the purification, analysis and use of enzymes and biomolecules.
|
Second semester |
6 |
BIO/10 |
|
1022407 - PHARMACEUTICAL MICROBIOLOGY |
The course completes the formation of the student in the field of microbiology by giving a clear and detailed vision of some aspects of the subject together with critical skills that are necessary to evaluate future developments in this specific sector. The fundamental objective of the course is to give adequate informations on the following subjects: • Emerging problems in the treatment of infectious diseases and their possible solutions according to recent findings of molecular and cellular microbiology; • Drugs used in the treatment of infectious diseases (analysis of conventional methods used in research and development of drugs for infectous diseases and impact of new molecular findings on them): • Methods used to search and develop new anti-infective drugs and to identify new molecular targets of pathogens; • New approaches in the tratment of infections, methods for integrated biological control of mucosal environments by quorum sensing modulators, phages and predating bacteria; • Biological drugs (vaccines and recombinant drugs) (productive and applicative aspects); • Characterization and manipulation of mucosal microbiota in order to promote human health with particular attention to the use of probiotics, prebiotics and functional foods able to modify the mucosal microbiota; • Potentials of biotechnologic diagnostics in the different sectors of microbiologic interest.
|
Second semester |
6 |
MED/07 |
|
1022410 - PHYSIOLOGY AND ANATOMY
|
Knowledge of organs’ and systems’ functions underlying physiological mechanisms, from cellular to system level Knowledge of physiological mechanisms and pathways at the intra-cellular, inter-cellular and signalling level, and their role in integrative physiology and homeostasis Knowledge of the general systematic and structural organization of the normal human body from the tissue level to the systematic level, in particular the organs of the various systems.
|
Second semester |
3 |
|
|
ANATOMIA UMANA APPLICATA AI BIOMATERIALI |
|
Second semester |
3 |
BIO/16 |
|
1056006 - Drug design and pharmaceutical biotechnologies
|
The course is aimed at providing the students conceptual basis and technical knowledge of innovative biotechnological methodologies applied to the development and production of biopharmaceutical drugs.
Module 1 Development of skill in physical-chemistry theory of medicinal chemistry. Basis of pharmacodynamic and pharmacokinetics. Structure activity relationships either qualitative or quantitative (SAR e QSAR). Building of predictive models (bioactivity or binding mode) at atomic and three-dimensional level.
Module 2 Provide the conceptual and technical bases of innovative biotechnology methods applied to the pharmaceutical development process.
|
Second semester |
6 |
|
|
Pharmaceutical biotechnologies |
|
Second semester |
6 |
CHIM/08 |
|
Attività di tirocinio/stage |
|
Go to group
|
|
|
|