Università degli Studi di Roma "Tor Vergata"

Aim: principles of analysis of the molecules with the principal system of identification.----------------------------------------------------Quantitative and qualitative analaysis; Error; Data
analysis; Equilibrium in solution; Titrations

Voltammetry and polarography; Systematic
analysis; Elements of atomic spectroscopy; Elements of Molecular spectroscopy; Polarimetry.





Suggested
texbooks

Fundamentals of analytical chemistry. Crouch,
Skoog, West, Holler. 8th edition 2003, (or more recent), Brooks/Cole ISBN-10:
0534417973

Aim:The course provides the essential knowledge of
the major concepts, principles and applications of microbiology. Trough this
course you will learn about what microorganisms are, how they function, and how
their related pathogenetic mechanism work. Areas covered are: Microbiology;
Bacteriology; Mycology; Parassitology; Virology. These objectives will be
achieved through lectures, seminars and educational interactive activities
designed to facilitate learning, and to improve the ability to address and
resolve the main questions of Medical Microbiology. Some peculiar arguments and
topics will be presented and studied in depth.------------------------------------------General Bacteriology

Criteria for classification and taxonomy of bacteria. The
bacterial cell. Bacterial spores. Bacterial genetics. Metabolism and bacterial
growth. Host-parasite relationship: the action of pathogenic bacteria. Immune
sera and vaccines. Principles of microbiological diagnostics. Antibacterial
drugs and mechanisms of resistance.

Special Bacteriology

Staphylococci. Streptococci. Pneumococci.
Enterococci. Bacilli and clostridia. Corinebatteri and Listeria.
Enterobacteriaceae. Pseudomonas. Vibrios. Campylobacter and Helicobacter. Haemophilus. Bordetella and
Brucella. Yersinia and Pasteurella. Neisseria. Anaerobic microorganisms. Legionella. Mycobacteria. Spirochete.
Mycoplasma. Rickettsiae. Chlamydia.

General Mycology

The mycetes: structure, dimorphism and replication. Mechanisms of pathogenicity.

Special Mycology

Mycosis by opportunistic fungi. Mycosis superficial, skin,
subcutaneous and systemic.

General Parasitology

Systematics and zoological nomenclature. Biological associations.
General information about life cycles of pests. Parasitic specificity.
Parasite-host interactions. Pathogenic action of parasites. Parasitic diseases
of medical importance.

Special Parasitology

Protozoan parasites of man. Cestodes, trematodes and nematodes of
human relevance.

Arthropod pests and vectors of major human parasitic diseases.

General Virology

Nature, origin and morphology of viruses. Viral nucleic acids,
proteins and lipids. Multiplication of animal viruses. Virus-cell interaction.
Persistence and latency. Cell culture, cycle reproductive isolation of animal
viruses, adaptation and virulence. Inactivation of viruses: physical and
chemical agents. Cell surface antigens encoded by viruses. Immune response to
viral infection. Interferons. Vaccines. Antiviral chemotherapy.



Special Virology

Adenovirus. Herpesvirus. Poxvirus. Papovavirus. Parvovirus.
Picornavirus. Mixovirus. Paramyxovirus. Rhabdovirus. Togavirus and other
viruses transmitted by insects. Filoviruses. Rubella virus. Reovirus and
rotavirus. Hepatitis. Retrovirus. Human Retroviruses. Oncogenic RNA and DNA
viruses. Prions.

ImmunologyInnate (Non-Specific) and Acquired (Specific ) Immunity; Cell and
organs of the Immune System Hematopoiesis; Enrichment of hematopoietic stem
cells; Clinical uses of pluripotent stem cells; B-lymphocytes: maturation,
activation and differentiation; Major Hystocompatibility Complex; Antigens; Antigen
processing and presentation; Immunoglobulins: structure and function; Polyclonal
antibodies and monoclonal antibodies Antigen-antibody interactions; T-lymphocytes:
maturation, activation and differentiation; T-cell receptors; Cytokines; The
Complement System; Leukocyte migration and inflammation; Cell-mediated and
humoral effector responses; Cytotoxicity; Hypersensitive reactions; Vaccines; Autoimmunity;
Immunodeficiency diseases; The Immune System in AIDS; Transplantation
immunology: basis and manifestations of graft rejection, tissue

Typing, immunosuppressive therapy; Cancer and Immune System; Experimental
Systems in Immunology: animal models, cell culture systems.





Suggested textbooks

Immunobiology from P. Travers,
C.A. Janeway.

Cellular and Molecular
Immunology from A.K. Abbas, A.H. Lichtman.

Patrick R. Murray, Ken S. Rosenthal, Michael A. Pfaller “Medical
Microbiology”,

6th Edition, 2008.

Slide set of the
lessons.

Aim:The
object of the course is to create general understanding amongst the students in
the subject of molecular biology. The students will have basic knowledge of the
molecular biology both in prokaryotic and eukaryotic systems. The students will
learn about classics molecular biology methodologies as well as new techniques to
understand the new findings of the genomic approach. It is expected that they
will be more confident to use the acquired knowledge in pursuing their future
orientation as pharmacists or in drug development and other industrial
applications.----------------------------------------Nucleotides: structure and properties; The double helix;
Semiconservative replication; Chemistry of DNA; Supercoiling; Chromatin
components and structure; Histone-DNA interactions; Histone posttranslational modifications;
Gene expression and methylation; Sequence components; Repetitive and non repetitive
DNA; Genes: shapes, sizes and structures; Polycistronic bacterial genes;
Eukaryiotic genes are interrupted; Gene families; Bacterial genome is a single
replicon while eukaryotic chromosomes contains many; Origin of replication; DNA
polymerases; Proteins participating to DNA replication; The two DNA strands are
replicated in a coordinated manner; Systems that repair DNA; Messenger RNA:
structure and function; Eukaryotic mRNAs structure; Eukaryotic mRNAs splicing
and processing; Transfer RNA: structure and function; tRNA primary, secondary
and tertiary structure; Ribosomal RNA: structure and function; Bacterial RNA
polymerases; Sigma factors and the control of bacterial transcription; Transcription
units; Bacterial transcription: initiation, synthesis and termination; Eukaryotic
RNA polymerases; RNA polymerase II promoters; Transcription factors cooperating
with RNApol II in transcription initiation; The process of mRNA transcription
initiation; Transcription factors: DNA sequences recognition, structures and
function; General mechanisms for activation or repression of transcription;
Homeo domains; Leucine zippers; Steroid hormone receptors; Chromatin structure
and transcription; Histone methylation and acetylation regulate transcription; Protein
expression can be regulated various step other than transcription; Genetic code;
tRNA and mRNA roles; Ribosomes: structure and function; tRNA activation;
Codon-anticodon recognition; Initiation, elongation and termination of protein
synthesis; Restriction enzymes; Plasmids; DNA sequences can be obtained in
various ways; Vectors for cloning DNA; DNA cloning; RNA can be copied in DNA;
Gene isolation from genomes; Chromosome walking; The human genome project; Nucleic
acids hybridising; Methods for studying mRNA expression; Polymerase chain
reaction; DNA sequencing; Cloned genes can be expressed in prokaryotic and
eukaryotic systems.





Suggested textbooks

Genes VIII , Lewin.

Aim:The object of the course is to create general understanding amongst the students in the subject of molecular biology. The students will have basic knowledge of the molecular biology both in prokaryotic and eukaryotic systems. The students will learn about classics molecular biology methodologies as well as new techniques to understand the new findings of the genomic approach. It is expected that they will be more confident to use the acquired knowledge in pursuing their future orientation as pharmacists or in drug development and other industrial applications.----------------------------------------Nucleotides: structure and properties; The double helix;
Semiconservative replication; Chemistry of DNA; Supercoiling; Chromatin
components and structure; Histone-DNA interactions; Histone posttranslational modifications;
Gene expression and methylation; Sequence components; Repetitive and non repetitive
DNA; Genes: shapes, sizes and structures; Polycistronic bacterial genes;
Eukaryiotic genes are interrupted; Gene families; Bacterial genome is a single
replicon while eukaryotic chromosomes contains many; Origin of replication; DNA
polymerases; Proteins participating to DNA replication; The two DNA strands are
replicated in a coordinated manner; Systems that repair DNA; Messenger RNA:
structure and function; Eukaryotic mRNAs structure; Eukaryotic mRNAs splicing
and processing; Transfer RNA: structure and function; tRNA primary, secondary
and tertiary structure; Ribosomal RNA: structure and function; Bacterial RNA
polymerases; Sigma factors and the control of bacterial transcription; Transcription
units; Bacterial transcription: initiation, synthesis and termination; Eukaryotic
RNA polymerases; RNA polymerase II promoters; Transcription factors cooperating
with RNApol II in transcription initiation; The process of mRNA transcription
initiation;





Suggested textbooks

Genes VIII , Lewin.

Aim:The object of the course is to create general understanding amongst the students in the subject of molecular biology. The students will have basic knowledge of the molecular biology both in prokaryotic and eukaryotic systems. The students will learn about classics molecular biology methodologies as well as new techniques to understand the new findings of the genomic approach. It is expected that they will be more confident to use the acquired knowledge in pursuing their future orientation as pharmacists or in drug development and other industrial applications.----------------------------------------Transcription factors: DNA sequences recognition, structures and
function; General mechanisms for activation or repression of transcription;
Homeo domains; Leucine zippers; Steroid hormone receptors; Chromatin structure
and transcription; Histone methylation and acetylation regulate transcription; Protein
expression can be regulated various step other than transcription; Genetic code;
tRNA and mRNA roles; Ribosomes: structure and function; tRNA activation;
Codon-anticodon recognition; Initiation, elongation and termination of protein
synthesis; Restriction enzymes; Plasmids; DNA sequences can be obtained in
various ways; Vectors for cloning DNA; DNA cloning; RNA can be copied in DNA;
Gene isolation from genomes; Chromosome walking; The human genome project; Nucleic
acids hybridising; Methods for studying mRNA expression; Polymerase chain
reaction; DNA sequencing; Cloned genes can be expressed in prokaryotic and
eukaryotic systems.





Suggested textbooks

Genes VIII , Lewin.

The aim of the course is to give knowledges on therapeutic drug
monitoring as well as onanalysis of specific drugs of abuse in the clinical biochemistry
laboratory.------------Program introduces students to Pharmacogenetics with the
goal of preparing them to a likely future prospect: individualize drug prescribing
on the basis of an individual genotype; Clinical utility and indications, blood
sample collection and processing; Serum drug concentrations and their
significance; Therapeutic range, elimination half-life, recommendation for
blood sampling, elimination, clinical aspects; Immunosuppressive drugs
(cyclosporine, tacrolimus), antiepileptic drugs (carbamazepine, phenytoin,
phenobarbital, valproic acid), antibiotics (vancomicin, amikacyn),
antineoplastic drugs (metotrexate), lithium, theophylline, digoxin; Alcohol,
cocaine, opiates, barbiturates, cannabinoids, amphetamines; General concepts,
screening methods and confirmation tests;The need for predictive
pharmacogenetics-based therapeutic recommendations; Applications in oncology,
gastroenterology, rheumatology, psychiatry, acute and chronic pain,
cardiovascular diseases; Assay techniques: restriction length polymorphisms,
sequencing, microarray; Cytochromes P450 family, glutathione s-transferases,
N-acetyltransferase, thiopurine s-methyltrasnferase,
UDP-glucuronosuyltransferases, diidropirimidina deidrogenasi, oppioid receptor,
catecol-O-methyltransferase, P-glycoprotein.

Fundamental theoretical principles; Physical
and chemical properties of drug molecules; Systematic qualitative inorganic
analysis; Flame spectrometry, Common apparatus and basic techniques; Separative
techniques; Spectroscopic techniques; Pharmaceutical analysis of some Inorganic
drugs.





Suggested textbooks

David G. Watson, Pharmaceutical Analysis, Elsevier 2005.

Lecture Notes +
Journal articles provided by the teacher

A Textbook for Pharmacy Students and Pharmaceutical Chemists. David G. Watson, Elsiever 2005

The aim of the course is to give knowledges on therapeutic drug monitoring as well as onanalysis of specific drugs of abuse in the clinical biochemistry laboratory.------------Fundamental theoretical principles; Physical
and chemical properties of drug molecules; Systematic qualitative inorganic
analysis; Flame spectrometry, Common apparatus and basic techniques; Separative
techniques; Spectroscopic techniques; Pharmaceutical analysis of some Inorganic
drugs.





Suggested
texbooks

A Textbook for Pharmacy Students and
Pharmaceutical Chemists. David G. Watson, Elsiever 2005

The aim of the course is to give knowledges on therapeutic drug monitoring as well as onanalysis of specific drugs of abuse in the clinical biochemistry laboratory.------------The Program introduces students to Pharmacogenetics with the
goal of preparing them to a likely future prospect: individualize drug prescribing
on the basis of an individual genotype; Clinical utility and indications, blood
sample collection and processing; Serum drug concentrations and their
significance; Therapeutic range, elimination half-life, recommendation for
blood sampling, elimination, clinical aspects; Immunosuppressive drugs
(cyclosporine, tacrolimus), antiepileptic drugs (carbamazepine, phenytoin,
phenobarbital, valproic acid), antibiotics (vancomicin, amikacyn),
antineoplastic drugs (metotrexate), lithium, theophylline, digoxin; Alcohol,
cocaine, opiates, barbiturates, cannabinoids, amphetamines; General concepts,
screening methods and confirmation tests;The need for predictive
pharmacogenetics-based therapeutic recommendations; Applications in oncology,
gastroenterology, rheumatology, psychiatry, acute and chronic pain,
cardiovascular diseases; Assay techniques: restriction length polymorphisms,
sequencing, microarray; Cytochromes P450 family, glutathione s-transferases,
N-acetyltransferase, thiopurine s-methyltrasnferase,
UDP-glucuronosuyltransferases, diidropirimidina deidrogenasi, oppioid receptor,
catecol-O-methyltransferase, P-glycoprotein.





Suggested textbooks

David G. Watson, Pharmaceutical Analysis, Elsevier 2005.

Lecture Notes +
Journal articles provided by the teacher

The module aims at studying
the main targets of drug action with special emphasis to biodrugs, innovative
pharmacological therapies and recent research on novel targets and its application
in the design of therapeutics.--------------

General principles of biological drug targets.

Biological drug targets:

Components of cell membrane; Secreted proteins; Signal
transduction pathways; Mitochondria; RNA (oligonucleotide
anti-sense, RNA interference); DNA, telomere structures and telomerase; DNA repair
enzymes; Cell cycle checkpoints; Epigenetic-enzymes; Proteasome pathway.







Suggested textbooks

Goodman & Gilman’s The Pharmacological Basis of Therapeutics,
11th Edition (2005),

Laurence Brunton, John Lazo, Keith L Parker, McGraw Hill.

The Cell: A Molecular Approach, 5th ed. (2009), G.M. Cooper and
R.E. Hausman, ASM

Press and Sinauerc Associates, Inc.

Lecture notes from the lessons.

Hammond: Cellular and Molecular
Neurophysiol

Aim: principles of Medical Statistics.___________________________Defining the objectives; Methods of
randomisation; Laboratory experiments; Experimental units; Types of studies;
Randomised studies; Cohort studies; Case-control studies; Cross-sectional studies;
Types of data; Frequency distributions; Histograms and other frequency graphs;
Shapes; Of frequency distributions; Cumulative distributions; Median and
quantiles; The means (arithmetic, geometric…); Variance and standard deviation;
Degrees of freedom; Rates and proportions; Significant figures; Presenting
tables; Pie chart; Bar charts; Scatter diagrams; Misleading graphs; Probability;
Properties of probabilities; Conditional probabilities; Bayes formula; Probability
distributions and random variables; The binomial distribution; The Poisson
distribution; Probability for continuous variables; The normal distribution;
Properties of the normal Distribution; The normal plot; P-P plot; Standardised
normal table; Sampling and sampling distributions; Standard error of a sample
mean; Standard error; Of a proportion; Confidence intervals; The difference
between two means; The difference between two proportions; Testing a hypothesis;
Principles of significance tests; The null hypothesis; Significance; Levels and
types of errors; The p-value; One and two sided tests; Comparing the means of
large samples; Comparing two proportions; Comparing the means of small samples (the
t-distribution); Comparing two variances (the F-distribution); Scatter diagrams;
Regression; Using the regression line for prediction; Analysis of Residuals; Significance test for the
regression coefficient; Correlation; Significance test for the correlation
coefficient; The Mann Whitney U test; The Wilcoxon matched pairs test;
Spearman’s rankCorrelation coefficient; Kendall’s rank correlation coefficient;
Parametric or non Parametric methods; The chi-squared test for association;
Tests for 2 by 2 tables; Yates continuity correction for the 2 by 2 table; The
odds ratio; Standard error for the log odds ratio.





Suggested textbooks

An Introduction to Medical Statistics, M.
Bland, Oxford
Medical Publications, 2008.

Medical Statistics: a commonsense approach,
M.J. Campbell and M. Machin, Wiley, NY,

1999.

The Biochemistry aims to provide students with a thorough understanding of the structure-function relationships of the main classes of biomolecules, and to provide the basis for the study of metabolism and its regulation.----------------------------------Biomolecules and Biochemical Methods; Water and pH;Aminoacids and
Peptides; Proteins: Structure and Function; Myoglobin and Hemoglobin; Enzymes:
Properties, Kinetics, Mechanism of Action, Regulation of Activity, Inhibitors; Water
Soluble Vitamins and Coenzymes; Bioenergetics: The Role of ATP, Biological Oxidation, The Respiratory Chain
andOxidative Phosphorylation; Carbohydrates of Physiologic
Significance; Lipids of Physiologic Significance; Lipid Soluble Vitamins; Purines,
Pyrimidines and Nucleic Acids; Nutrition, Digestion and Absorption of Proteins,
Lipids and Carbohydrates; Overview of Intermediary Metabolism; Glycolysis and
the Oxidation of Pyruvate; Metabolism of Glycogen, Gluconeogenesis and
Control of the Blood Glucose; The Pentose Phosphate Pathway and other Pathway
of Hexose Metabolism; The Citric Acid Cycle;Fatty Acids Oxidation: Ketogenesis.
Metabolism of Unsaturated Fatty Acids and Eicosanoids; Biosynthesis of Fatty Acids.
Cholesterol Synthesis, Transport and Excretion; Integration of Metabolism and
the Provision of Tissue Fuels; Lipid Transport and Storage; Catabolism of Proteins
and of Aminoacid Nitrogen; Transamination; Oxidative Deamination; Urea
cycle; Nucleotides, Metabolism of Purine
and Pyrimidine Nucleotides.





Suggested textbooks

Harper’s Illustrated Biochemistry 28th ed.

R.K. Murray, D.A. Bender, K.M. Botham, P.J. Kennelly, V.W.
Rodwell, P.A. Weil.

Principles of Biochemistry, Biochemistry 6th edition by Berg and
Stryer/Lehninger

The
Biochemistry aims to provide students with a thorough understanding
of the structure-function relationships of the main classes of biomolecules, and to provide the basis for the study of
metabolism and its regulation.----------------------------------The Pentose Phosphate Pathway and other Pathway
of Hexose Metabolism; The Citric Acid Cycle;Fatty Acids Oxidation: Ketogenesis.
Metabolism of Unsaturated Fatty Acids and Eicosanoids; Biosynthesis of Fatty Acids.
Cholesterol Synthesis, Transport and Excretion; Integration of Metabolism and
the Provision of Tissue Fuels; Lipid Transport and Storage; Catabolism of Proteins
and of Aminoacid Nitrogen; Transamination; Oxidative Deamination; Urea
cycle; Nucleotides, Metabolism of Purine
and Pyrimidine Nucleotides.





Suggested textbooks

Harper’s Illustrated Biochemistry 28th ed.

R.K. Murray, D.A. Bender, K.M. Botham, P.J. Kennelly, V.W.
Rodwell, P.A. Weil.

Principles of Biochemistry, Biochemistry 6th edition by Berg and
Stryer/Lehninger

The Biochemistry aims to provide students with a thorough understanding of the structure-function relationships of the main classes of biomolecules, and to provide the basis for the study of metabolism and its regulation.----------------------------------Biomolecules and Biochemical Methods; Water and pH;Aminoacids and
Peptides; Proteins: Structure and Function; Myoglobin and Hemoglobin; Enzymes:
Properties, Kinetics, Mechanism of Action, Regulation of Activity, Inhibitors; Water
Soluble Vitamins and Coenzymes; Bioenergetics: The Role of ATP, Biological Oxidation, The Respiratory Chain
andOxidative Phosphorylation; Carbohydrates of Physiologic
Significance; Lipids of Physiologic Significance; Lipid Soluble Vitamins; Purines,
Pyrimidines and Nucleic Acids; Nutrition, Digestion and Absorption of Proteins,
Lipids and Carbohydrates; Overview of Intermediary Metabolism; Glycolysis and
the Oxidation of Pyruvate; Metabolism of Glycogen, Gluconeogenesis and
Control of the Blood Glucose.





Suggested textbooks

Harper’s Illustrated Biochemistry 28th ed.

R.K. Murray, D.A. Bender, K.M. Botham, P.J. Kennelly, V.W.
Rodwell, P.A. Weil.

Principles of Biochemistry, Biochemistry 6th edition by Berg and
Stryer/Lehninger

Aim: the chemical basis of the solution, foundamental principles of thermodynamics and electrochemical properties.--------------------------------Chemical equilibria; The reaction kinetics and the
catalysis; The basic thermodynamics of the chemical equilibria; The heat, the
enthalpy, the entropy and the Gibbs free energy; The
redox reactions and the basis of electrochemistry; The solutions; The electrolytes; The ionic dissociation and the weak dissociation equilibria; The
hydrolysis of salts; The buffers; The pH scale; Basic
electrochemistry, the conducibility and potentiometry; The
Nernst equation and the electrochemical scale of redox potentials; The
coordination chemistry in solution and its use for chemical analysis and
microanalysis;





Suggested textbooks

Chemistry , Science of Change (3rd ed.
1998, 4th ed. 2003), D.W. Oxtoby, W.H.

Freeman, and T. Black, Harcourt-Brace.

Chemistry: The Molecular Nature of Matter
and Change (4th ed.), M. Silverberg,

McGraw-Hill, 2006.

Aim.This discipline studies the causes and
mechanisms of diseases. The course program provides students with opportunities
to elucidate the mechanisms and origins of human diseases at fundamental levels
emphasizing systemic processes based on molecular and cellular pathologic
events.------------------

Genetic disorders; Infectious diseases;
Environmental pathology; Subcellular responses to injury; Cellular aging;
Amyloidosis; Acute and chronic inflammation; Tissue renewal and repair;
Regeneration, healing, and fibrosis thermoregulation; Neoplasia; Hemodynamic disorders, thromboembolic disease,
and shock; Heart pathophysiology; Hypertension; Atherosclerosis; Red blood cell
disorders; Bleeding disorders; Diseases of white blood cells; Lung
pathophysiology; Gastrointestinal
tract and liver pathophysiology; Kidney pathophysiology; Endocrine system
pathophysiology.





Suggested
textbooks

Robbins and Cotran Pathologic Basis of Disease
8E. Kumar et al.

Aim:Knowledge
of biochemical functions and main physiological processes of plants....................Organization of the Plant Cell; Cell Wall,
Membranes and Organelles; Water and Solute Transport;Water Absorption and transport; Passive and Active transport of Solutes;
Membrane Transport Processes; Membrane Transport Proteins: Channels, Carriers,
Pumps; Translocation of Photosynthates in the Phloem: Phloem loading; The
Pressure-Flow Model.; The Light Reactions: Introduction; Organization of the
Photosynthetic Apparatus; Mechanism of Electron Transport; Proton Transport and
ATP Synthesis; Photoinhibition and Photoprotection; Carbon Reactions: The
Calvin Cycle: Reactions and Regulation; The C2 Oxidative Photosynthetic Carbon
Cycle; Adaptations of Photosynthesis: The C4 Carbon Cycle; Crassulacean Acid
Metabolism (CAM); Biosynthesis of Starch and Sucrose; Plant Defense; Different
Classes of Metabolites; Phytochrome-Induced Responses; Structure and Function
of Phytocromes; Phytocrome Signalling Pathways; Plant Hormones: Structure,
Physiological effects and Mechanism of Action of Auxins, Gibberellins, Citokinines, Ethilene, Ascisic Acid.





Suggested
textbooks

Plant Physiology, Fifth Edition 2010, Taiz-
Zeiger; Sinhauer Associates Inc Publishers Sunderland Massachussets, USA

Aim: study of the principal properties of medicinal plants and their application.---------------------------------------International code of botanical nomeclature, plant
names and classification, taxonomic according to dichotomous and molecular
characters of plants. Tissues producing secondary metabolites: stems and roots,
flowers, fruits, seeds and leaves. Compounds, source and human use, ethnobotany
and herbal medicines. Identification of marker compounds in herbal drugs.
Botanical drugs and stem cells. Plant toxicity. Mushroom (amanita muscaria).
Fungi (claviceps purpurea).

Phytochemicals in selected flowering families:
aloaceae (aloe vera); apocynaceae (rauwolfia serpentina, strophanthus sp.,
vinca sp.); asteraceae (matricaria chamomilla); cannabaceae (cannabis sp.);
erythroxylaceae (erythroxylum coca); iridaceae (colchicum autumnale);
leguminosae (physostigma venenosum); liliaceae (veratrum sp.); malvaceae (sida
acuta, malva officinalis, theobroma cacao); menispermaceae (chondrodendron
tomentosum); papaveraceae (papaver somniferum); rubiaceae (coffea arabica);
rutaceae (pilocarpus sp.); scropohulariaceae (digitalis purpurea); solanaceae
and alkaloids (atropa belladonna, datura stramonium, mandragora officinarum),
nicotiana tabacum); salicaceae (salix sp.).



Suggested
textbooks

Slide set of the lessons

Aim: principal study of analytical methodology applied to the biological molecules............................................................Elementary analysis; Physical separations
methodologies; Functional groups of organic molecules; Molecular spectroscopy: Principles
and fundamentals; Digitalization of signal: ADC conversion, S/N and its
effects. Fourier Transform of signal.; IR spectroscopy; Nuclear Magnetic
Resonance (NMR) spectroscopy; Mass spectrometry; Analysis strategies.





Suggested
texbooks

The spectrometric identification of organic
compounds. Silverstein, Webster, Kiemle. 7th edition (2005) or more recent,
Wiley & sons. ISBN-10: 0471393622

Aim: principal study of analytical methodology applied to the biological molecules............................................................Nuclear Magnetic
Resonance (NMR) spectroscopy; Mass spectrometry; Analysis strategies.





Suggested
texbooks

The spectrometric identification of organic
compounds. Silverstein, Webster, Kiemle. 7th edition (2005) or more recent,
Wiley & sons. ISBN-10: 0471393622

Aim: principal study of analytical methodology applied to the biological molecules............................................................Elementary analysis; Physical separations methodologies; Functional groups of organic molecules; Molecular spectroscopy: Principles and fundamentals; Digitalization of signal: ADC conversion, S/N and its effects. Fourier Transform of signal.; IR spectroscopy.Suggested texbooksThe spectrometric identification of organic compounds. Silverstein, Webster, Kiemle. 7th edition (2005) or more recent, Wiley & sons.ISBN-10: 0471393622

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Drugs and drugs targets: an overview; Drug
discovery, design and development; Relationship of functional groups to
pharmacological activity, Antisense therapeutic ­agents Drug metabolism Tools of
the trade; Combinatorial and parallel synthesis, computer in med chemistry,
quantitative structure-activity relationship (QSAR); Selected topics: Antibacterial
agents, anticancer agents, Cholinergic, anticholinergic and
anticholinesterases, drugs acting on the adrenergic nervous sistem, opioid
analgesics, antiulcer agents, drugs affecting the hormonal system, drugs
affeting the cardiovascolar system.





Suggested
texbooks

An Introduction to Medicinal Chemistry of
Graham L.Patrick

Foye’s principles of Medicinal Chemistry of
Lemke, Williams, Roche and Zito

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Selected topics: Antibacterial
agents, anticancer agents, Cholinergic, anticholinergic and
anticholinesterases, drugs acting on the adrenergic nervous sistem, opioid
analgesics, antiulcer agents, drugs affecting the hormonal system, drugs
affeting the cardiovascolar system.





Suggested
texbooks

An Introduction to Medicinal Chemistry of
Graham L.Patrick

Foye’s principles of Medicinal Chemistry of
Lemke, Williams, Roche and Zito

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Drugs and drugs targets: an overview; Drug
discovery, design and development; Relationship of functional groups to
pharmacological activity, Antisense therapeutic ­agents Drug metabolism Tools of
the trade; Combinatorial and parallel synthesis, computer in med chemistry,
quantitative structure-activity relationship (QSAR).



Suggested
texbooks

An Introduction to Medicinal Chemistry of
Graham L.Patrick

Foye’s principles of Medicinal Chemistry of
Lemke, Williams, Roche and Zito

Aim: Study of the principal basis of the molecular pharmacology applied to human system and notion of pharmacogenomics.--------------------------------Pharmacodynamics: relationship dose/effects; series of doses; ED50, LD50, Therapeutic window; Receptors: Classification, Structural, Functional Organization And Pharmacological Modulation; Ionotropic Receptors And Metabotropic Receptors; Methods For The Study Of Membrane Receptors;Protein Kinases And Their Role In Signal Transduction; Regulation Of Intracellular Calcium Homeostasis; Voltage-Deprendent Ion Channels; Neurotransporters: Molecular Structure, Activation Mechanisms And Pharmacological Modulation Of Neurotransporters; Neurotransmitters: Cholinergic Transmission, Catecholaminergic Transmission, Serotonergic Transmission, Gabaergic Transmission, Excitatory Amino Acid Transmission, Nitric Oxide, Opioid System, Cannabinoids; Tolerance, Drug Dependence, Prescription Medicines And Otc Medicines; Clinical Trials (placebo, randomization, blind design, ethics); Homeopathic School; Introduction To Toxicology; Toxicokinetics, Mechanisms Of Toxicity, Cellular Toxicity, Genetic Toxicology, Carcinogenesis, Mechanisms And Pathogenesis Of Developmental Toxicity; Basis Of Adverse Drug Reaction: Drug Allergy, Drug Idiosyncrasy; Target Organ Toxicity Induced By Drugs.Scope and aims of pharmacokinetics; Utility of pharmacokinetics in pharmacotherapy and drug development; Pharmacokinetic parameters (Ke, Clearance, Vd, t1/2); Steady-state; Relationship between persistence in the body and effect; Passage through biological membranes; Cell barriers; Absorption, Biological dosage (bioassay), Bioavailability, Pre-systemic elimination; Binding to plasma proteins and Pharmaco-toxicological consequences of plasma protein binding displacement, Drug interactions; Accumulation and storage tissues; Renal and biliary excretion; Dose-concentration relationship, saturation kinetics; Kinetic variability: influence of genetic factors, interactions, pathologies; Metabolism of drugs; Enzymatic induction: mechanisms and kinetics, pharmacological and toxicological consequences; Enzymatic inhibition: mechanisms and kinetics, pharmacological and toxicological consequences, main inhibitors of CYP450; Genetic polymorphism of metabolizing enzymes.Definitions of
Key Terms and Basic PGx Principles; Applications of PGx in Drug Discovery; Applications
of PGx in Clinical Trials; PGx Applications in Drug Metabolism; From Genotyping
to Drug Label-Challenges; The Genetics of Adverse Drug Reactions; Translation
of Genomic Biomarkers and their clinical utility; PGx and Cardiovascular Drugs;
PGx Applications in Children; PGx of Rare and Monogenic Disorders; PGx: The
Regulatory Environment and Labeling Implications.



Suggested textbooks

Goodman and
Gilman: The pharmacological basis of therapeutics, XI ed. McGraw-Hill; Clementi F., Fumagalli G.:
Farmacologia generale e molecolare, III ed. UTET.

Hammond, Cellular and Molecular Neurophysiology, III ed. Academic Press;
Casarett & Doull’s Toxicology: The Basic Science of Poisons, VII ed.
McGraw-Hill.

Aim: Study of the principal basis of the molecular pharmacology applied to human system and notion of pharmacogenomics.--------------------------------Definitions of
Key Terms and Basic PGx Principles; Applications of PGx in Drug Discovery; Applications
of PGx in Clinical Trials; PGx Applications in Drug Metabolism; From Genotyping
to Drug Label-Challenges; The Genetics of Adverse Drug Reactions; Translation
of Genomic Biomarkers and their clinical utility; PGx and Cardiovascular Drugs;
PGx Applications in Children; PGx of Rare and Monogenic Disorders; PGx: The
Regulatory Environment and Labeling Implications.





Suggested textbooks

Goodman and
Gilman: The pharmacological basis of therapeutics, XI ed. McGraw-Hill; Clementi F., Fumagalli G.:
Farmacologia generale e molecolare, III ed. UTET.

Hammond, Cellular and Molecular Neurophysiology, III ed. Academic Press;
Casarett & Doull’s Toxicology: The Basic Science of Poisons, VII ed.
McGraw-Hill.

Aim: Study of the principal basis of the molecular pharmacology applied to human system and notion of pharmacogenomics.--------------------------------Pharmacodynamics:
relationship dose/effects; series of doses; ED50, LD50, Therapeutic window;
Receptors: Classification, Structural, Functional Organization And Pharmacological
Modulation; Ionotropic Receptors And Metabotropic Receptors; Methods For The
Study Of Membrane Receptors;Protein Kinases And Their Role In Signal
Transduction; Regulation Of Intracellular Calcium Homeostasis; Voltage-Deprendent
Ion Channels; Neurotransporters: Molecular Structure, Activation Mechanisms And
Pharmacological Modulation Of Neurotransporters; Neurotransmitters: Cholinergic
Transmission, Catecholaminergic Transmission, Serotonergic Transmission,
Gabaergic Transmission, Excitatory Amino Acid Transmission, Nitric Oxide,
Opioid System, Cannabinoids; Tolerance, Drug Dependence, Prescription Medicines
And Otc Medicines; Clinical Trials (placebo, randomization, blind design,
ethics); Homeopathic School; Introduction To Toxicology; Toxicokinetics,
Mechanisms Of Toxicity, Cellular Toxicity, Genetic Toxicology, Carcinogenesis,
Mechanisms And Pathogenesis Of Developmental Toxicity; Basis Of Adverse Drug
Reaction: Drug Allergy, Drug Idiosyncrasy; Target Organ Toxicity Induced By
Drugs.

Scope and aims
of pharmacokinetics; Utility of pharmacokinetics in pharmacotherapy and drug
development; Pharmacokinetic parameters (Ke, Clearance, Vd, t1/2); Steady-state; Relationship between persistence
in the body and effect; Passage through biological membranes; Cell barriers; Absorption, Biological dosage (bioassay), Bioavailability, Pre-systemic elimination; Binding to plasma proteins and
Pharmaco-toxicological consequences of plasma protein binding displacement,
Drug interactions; Accumulation and
storage tissues; Renal and biliary excretion; Dose-concentration relationship, saturation
kinetics; Kinetic variability: influence of genetic factors, interactions,
pathologies; Metabolism of drugs;
Enzymatic induction: mechanisms and kinetics, pharmacological and toxicological
consequences; Enzymatic inhibition: mechanisms and kinetics, pharmacological
and toxicological consequences, main inhibitors of CYP450; Genetic polymorphism
of metabolizing enzymes.Suggested textbooks

Goodman and
Gilman: The pharmacological basis of therapeutics, XI ed. McGraw-Hill; Clementi F., Fumagalli G.:
Farmacologia generale e molecolare, III ed. UTET.

Hammond, Cellular and Molecular Neurophysiology, III ed. Academic Press;
Casarett & Doull’s Toxicology: The Basic Science of Poisons, VII ed.
McGraw-Hill.

Aim:Introduction to physiology; Cell compartmentation: structure and function of biological
membranes.----------------------------

Cell to cell communication and integration: the fundamentals of signal
transduction; Muscle: skeletal
muscle, smooth muscle, cardiac muscle; Cardiovascular physiology; The
respiratory system: gas laws, ventilation and its regulation, gas exchange and
transport; The kidney: filtration, reabsorption, secretion; Fluid and
electrolyte balance; Acid-base balance; The digestive system: secretion,
digestion, absorption; Metabolism and energy balance: basic principles; An
outline of thermoregulatory principles; Basic endocrinology: control of hormone
release; The endocrine pancreas; Glucocorticoids, mineral corticoids, adrenal
medulla; Thyroid hormones; Calcium balance; Basic reproductory mechanisms.Reference:LINK didattica WEB.2

Aim: the principle notion of metabolic and cardiovascula disfunction in the human being and principle of dermatology and cosmetics and their galenic application.--------------Heart
failure; Atherosclerosis; Endothelial function; Acute coronary syndrome; Hypertension;
Pneumonias; Anemias; Inflammatory bowel diseases; Hepatitis; Diabetes mellitus;
Hyperlipoproteinemias; Obesity; Thyroid diseases; Osteoporosis; Rheumatoid
arthritis.

Knowledge
of principles of dermatology and cosmetology In order to deal with dermatological drugs and cosmetics.
Preparation on Galenicals in dermatology.



Suggested
textbooks

Slide set of the lessons

Aim: the principle notion of metabolic and cardiovascula disfunction in the human being and principle of dermatology and cosmetics and their galenic application.--------------Heart failure; Atherosclerosis; Endothelial function; Acute coronary syndrome; Hypertension; Pneumonias; Anemias; Inflammatory bowel diseases; Hepatitis; Diabetes mellitus; Hyperlipoproteinemias; Obesity; Thyroid diseases; Osteoporosis; Rheumatoid arthritis.Suggested textbooksSlide set of the lessons

Aim: the principle notion of metabolic and cardiovascula disfunction in the human being and principle of dermatology and cosmetics and their galenic application.--------------Knowledge of principles of dermatology and cosmetology In order to deal with dermatological drugs and cosmetics. Preparation on Galenicals in dermatology.Suggested textbooksSlide set of the lessons

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Antibiotics and resistance bacterial system, nervous system pharmacy: Gabaergic system (agonist and antagonist); glutamatergic system; addiction system and drugs: cocaine, anphetamine, oppioide system, LSD, alcohol, eroine.

Suggested
texbooks

An Introduction to Medicinal Chemistry of
Graham L.Patrick

Foye’s principles of Medicinal Chemistry of
Lemke, Williams, Roche and Zito

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Nervous system pharmacy: Gabaergic system (agonist and antagonist); glutamatergic system; addiction system and drugs: cocaine, anphetamine, oppioide system, LSD, alcohol, eroine.Suggested texbooksAn Introduction to Medicinal Chemistry of Graham L.PatrickFoye’s principles of Medicinal Chemistry of Lemke, Williams, Roche and Zito

Aim: study of chemical interaction of pharmaceutical molecules with the biological system................................................Antibiotics and resistance bacterial system.Suggested texbooksAn Introduction to Medicinal Chemistry of Graham L.PatrickFoye’s principles of Medicinal Chemistry of Lemke, Williams, Roche and Zito

AIM: To allow the students to acquire the elements of
biopharmaceutics. To inform the students about the theory behind the
preparation of pharmaceutical dosage forms. To inform about the preparation and control of
the various dosage forms. To give information about possible future
developments of pharmaceutics.--------------------Introduction to biopharmaceutics
Blood levels and therapeutic effects. Routes of administration. Mechanisms of drug dissolution and absorption.
Compartment models and pharmacokinetic parameters. Apparent distribution
volume. Drug-protein interaction. Drug and dosage form degradation. Expiring
date of medicines. Sterilization processes. Bacterial endotoxins. Limulus test.
Glass for pharmaceutical uses. Isotonic and iso-osmotic solutions and
calculations. Alcohol in pharmaceutical formulations. Ethyl alcohol dilution.
Alcohol determination in pharmaceutical preparations. Lyophilization. Interfacial
phenomena. Surface tension. Surfactants. Wetting. Micelles. Disperse systems:
emulsions and suspensions. Basic principles of rheology. Classification of
dosage forms. An overview on the various dosage forms. Innovative dosage forms. Modified release dosage forms.
Drug targeting.



DIDACTIC
MATERIALS: Copies of the slides presented during the lessons

AIM: To allow the students to acquire the elements of biopharmaceutics. To inform the students about the theory behind the preparation of pharmaceutical dosage forms. To inform about the preparation and control of the various dosage forms. To give information about possible future developments of pharmaceutics.--------------------Introduction to biopharmaceutics
Blood levels and therapeutic effects. Routes of administration. Mechanisms of drug dissolution and absorption.
Compartment models and pharmacokinetic parameters. Apparent distribution
volume. Drug-protein interaction. Drug and dosage form degradation. Expiring
date of medicines. Sterilization processes. Bacterial endotoxins. Limulus test.
Glass for pharmaceutical uses. Isotonic and iso-osmotic solutions and
calculations.



DIDACTIC
MATERIALS: Copies of the slides presented during the lessons

AIM: To allow the students to acquire the elements of biopharmaceutics. To inform the students about the theory behind the preparation of pharmaceutical dosage forms. To inform about the preparation and control of the various dosage forms. To give information about possible future developments of pharmaceutics.--------------------Alcohol in pharmaceutical formulations. Ethyl alcohol dilution.
Alcohol determination in pharmaceutical preparations. Lyophilization. Interfacial
phenomena. Surface tension. Surfactants. Wetting. Micelles. Disperse systems:
emulsions and suspensions. Basic principles of rheology. Classification of
dosage forms. An overview on the various dosage forms. Innovative dosage forms. Modified release dosage forms.
Drug targeting.



DIDACTIC
MATERIALS: Copies of the slides presented during the lessons

Aim: The basis of pharmacology: pharmacokinetics and pharmacodynamincs and classes of special drugs with their collateral effects.-----------------------Special pharmacology: Drugs acting at synaptic and neuroeffector junctional sites.Drugs Therapy of inflammation.Drugs affecting renal and cardiovascoular function.Drugs affecting gastrointestinal functions.Drugs acting on the blood and blood forming organs.Principles of Toxicology.Reference:LINK didattica WEB.2

Aim: The basis of pharmacology: pharmacokinetics and pharmacodynamincs and classes of special drugs with their collateral effects.-----------------------Drugs affecting gastrointestinal functions.Drugs acting on the blood and blood forming organs.Principles of Toxicology.Reference:LINK didattica WEB.2

Aim: The basis of pharmacology: pharmacokinetics and pharmacodynamincs and classes of special drugs with their collateral effects.-----------------------The basis of pharmacology: pharmacokinetics and pharmacodynamincs.Special pharmacology: Drugs acting at synaptic and neuroeffector junctional sites.Drugs Therapy of inflammation.Drugs affecting renal and cardiovascoular function.Reference:LINK didattica WEB.2

Aim: drugs active on central nervous system and the transduction of their signals on the neuronal cells.---------------------------------------Receptors: Classification, structural, molecular and
functional organization, pharmacological modulation. Regulation of receptor
function: desensitisation, up regulation, down regulation.

Ionotropic receptors: Tissue and subcellular
distribution. Molecular organization. Ionic selectivity. Pharmacological
modulation.

Metabotropic receptors: Classification. Molecular
organization. Ligand binding sites. Mechanisms of interaction with G proteins.
Molecular organization and function of heteromeric G proteins. Effector
mechanisms: adenylate cyclase and cAMP, phospholipase C and phosphinositides
cycle, MAP kinase cascade. Scaffolding proteins: localization and functions.

Methods for the study of membrane receptors: Receptor binding studies on
membranes and tissues (receptor autoradiography). Methods for the analysis of G
protein coupling to receptors. Principles of immunohistochemistry and
electrophysiology.

Protein kinases and their role in signal
transduction: Molecular
structure and mechanism of action of protein kinases A, C,
calcium/calmodulin-dependent, MAPK. GSK: G protein coupled receptor kinases.
Pharmacological modulation of protein kinases. Protein phosphatases.
Calcinueurin and immunosuppressant drugs. Role of phosphorylation in the
modulation of receptor function. Regulation
of intracellular calcium homeostasis: Structure and function of calcium
channels, pumps and transporters localized on the cell membrane.
Voltage-dependent calcium-channels: classification, molecular organization,
voltage sensor, ionic selectivity, pharmacological modulation. Na+/K+-ATPase,
Na+/Ca2+ exchanger and cardioactive glycosides.
Intracellular calcium store, ryanodine and IP3 receptors, endogenous and
pharmacological modulators. Cytosolic proteins implicated in calcium binding.

Sodium channels: Voltage-dependent sodium channels: molecular
organization, functions, voltage sensor, opening and inactivating mechanisms,
cellular localization: cytoskeleton anchoring sites, modulation by drugs and
toxins. Epithelial sodium channels: molecular organization and modulation by
potassium spare diuretics.

Potassium channels: Molecular and functional
classification. Voltage-gated channels, ATP-dependent channels, GIRKS, inward
rectifiers, calcium-activated channels. Pharmacological modulation of potassium
channels.

Chloride channels: Molecular organization and function of CIC and
CFTR channels.

Neurotransporters: Molecular structure, activation mechanisms and
pharmacological modulation of neurotransporters:
membrane Na+/K+-dependent transporter for EAA, membrane
Na+/Cl—dependent transporters for GABA and monoamines,
vesicular H+-dependent transporters for amino acids and
acetylcholine.

Catecholaminergic transmission: Biosynthesis, vesicular storage, metabolic
degradation and reuptake. α e β adrenergic and dopaminergic receptors:
molecular organization, function, signal transduction mechanisms,
pharmacological modulation.

Cholinergic transmission: Biosynthesis, intracellular storage
and metabolism of acetylcholine. Cellular localization, function and structural
features of choline acetyl transferase and cholinesterases. Classification,
molecular organization and mechanisms of activation of nicotinic and muscarinic
receptors.

Serotonergic transmission: Biosynthesis, metabolism and
reuptake of serotonin: pharmacological modulation. Classification, function and
modulation of serotonin receptors.

GABAergic transmission: Synthesis, degradation and reuptake
of GABA: pharmacological modulation. GABAA, GABAB and GABAC
receptors: molecular organization, mechanisms of receptor activation and
modulation.

Excitatory amino acid transmission: Synthesis, vesicular storage and
transport of glutamate. Ionotropic and metabotropic receptors for EEA:
classification, molecular organization, mechanisms of activation and
pharmacological modulation.

Nitric oxide: Roles, biosynthesis, NOS synthase: isoforms,
regulation and pharmacological modulation.

Opioid system: Roles biosynthesis and metabolism of
endogenous opioids. Opioid receptors: molecular organization, mechanisms of
receptor activation and pharmacological modulation.

Cannabinoids: Roles, biosynthesis and metabolism of
endocannabinoids. Cannabinoid receptors: molecular organization, mechanisms of
receptor activation and pharmacological modulation.



REFERENCES:

Goodman and
Gilman: The pharmacological basis of therapeutics, XI ed. McGraw-Hill

Clementi
F., Fumagalli G.: Farmacologia generale e molecolare, III ed. UTET

Hammond,
Cellular and Molecular Neurophysiology, III ed. Academic Press

Casarett
& Doull's Toxicology: The Basic Science of Poisons, VII ed. McGraw-Hill

The module aims at
examining the principles of antimicrobial and anticancer chemotherapy
(including monoclonal antibodies and small molecule tyrosine kinase inhibitors),
with special emphasis given to pharmacodynamics, pharmacokinetics, side
effects, drug interactions, therapeutic uses and to drugs recently introduced
in the market.

DIDACTIC MATERIALS: Suggested textbook: Goodman and Gilman The Pharmacological Basis of Therapeutics,
12th edition, Laurence L Brunton, Bruce A. Chabner, Björn C.
Knollmann, McGraw Hill.

Regulation of Medicines in EUThe Centralized ProcedureThe Mutual Recognition ProcedureClinical Trials and PharmacovigilanceOrphan drugsTraditional herbal medicinesSupplementary protection certificateAuthorization for generic medicineVeterinary medicinal productsConference with a manager of an Italian pharmaceutical companyPaediatric and Homeopathylegislation in Europe.Commercial activities in the
pharmaceutical sector;Professional qualification:
”pharmacist”. Freedom of establishment in the European UnionAuthorisation
and supervision of medicinal products for human use and the action of European
Medicines Agency;Competition in the pharmaceutical
sector. In particular between Originator and Generic companies;Unfair
business-to-consumer commercial practises in the internal market and the
pharmaceutical sector;Advertising
of medicinal products for human use;Patent
medicines and legal protection. In particular Community patent in the
Decision 2011/62/EU;Industrial
inventions; pharmaceutical inventions;The
legal protection of biotechnological inventions;Patents
and vegetable crop diversityReference: LINK didattica WEB.2----Fonti normative e
organi legiferanti o consultivi in ambito

farmaceutico;
organizzazione sanitaria italiana e SSN;

Professioni Sanitarie
e Ordine dei Farmacisti.

2. Classificazione
delle Farmacie e pianta organica; concorsi

per sedi
farmaceutiche ed esercizio della Professione di

Farmacista; Registri
e materiale obbligatori o utili in

Farmacia.

3. Definizione e
classificazione dei Medicinali, requisiti per la

produzione e la
vendita. presentazione e pubblicità dei

medicinali. Ricette
mediche: requisiti ed obblighi nella

spedizione.

4. Dispensazione dei
medicinali in regime di SSN. Normative

particolari: prodotti
erboristici, prodotti dietetici, integratori

alimentari,
omeopatici, dispositivi medici e doping.

5. Stupefacenti:
modalità di prescrizione,

approvvigionamento,
gestione e spedizione delle ricette;

Gestione
dei veleni; vigilanza sulle Farmacie.

Reference:P.Minghetti, Marcello
Marchetti “ Legislazione

farmaceutica: esami
di farmacia” 3. ed Milano, CEA,

2002.

• M. Amorosa
“Principi di tecnica farmaceutica e cenni di

legislazione
sanitaria per l'esercizio della professione di

farmacista” Bologna,
Libreria Universitaria L. Tinarelli,

1998

Aim: normativa italiana sulla farmacia e sua gestione.-------------------------------1.Fonti normative e
organi legiferanti o consultivi in ambito

farmaceutico;
organizzazione sanitaria italiana e SSN;

Professioni Sanitarie
e Ordine dei Farmacisti.

2. Classificazione
delle Farmacie e pianta organica; concorsi

per sedi
farmaceutiche ed esercizio della Professione di

Farmacista; Registri
e materiale obbligatori o utili in

Farmacia.

3. Definizione e
classificazione dei Medicinali, requisiti per la

produzione e la
vendita. presentazione e pubblicità dei

medicinali. Ricette
mediche: requisiti ed obblighi nella

spedizione.

4. Dispensazione dei
medicinali in regime di SSN. Normative

particolari: prodotti
erboristici, prodotti dietetici, integratori

alimentari,
omeopatici, dispositivi medici e doping.

5. Stupefacenti:
modalità di prescrizione,

approvvigionamento,
gestione e spedizione delle ricette;

Gestione
dei veleni; vigilanza sulle Farmacie.







P.Minghetti, Marcello
Marchetti “ Legislazione

farmaceutica: esami
di farmacia” 3. ed Milano, CEA,

2002.

• M. Amorosa
“Principi di tecnica farmaceutica e cenni di

legislazione
sanitaria per l'esercizio della professione di

farmacista” Bologna,
Libreria Universitaria L. Tinarelli,

1998

Commercial activities in the
pharmaceutical sector......................................................

¡ Professional qualification:
”pharmacist”. Freedom of establishment in the European Union

¡
Authorisation
and supervision of medicinal products for human use and the action of European
Medicines Agency;

¡ Competition in the pharmaceutical
sector. In particular between Originator and Generic companies;

¡
Unfair
business-to-consumer commercial practises in the internal market and the
pharmaceutical sector;

¡
Advertising
of medicinal products for human use;

¡
Patent
medicines and legal protection. In particular Community patent in the
Decision 2011/62/EU;

¡ Industrial
inventions; pharmaceutical inventions;

¡
The
legal protection of biotechnological inventions;

¡ Patents
and vegetable crop diversity

Aim: notion of international rule related to the marketing authorization for several classes of drugs...........................................................................

1) Regulation of Medicines in EU

The Centralized Procedure

The Mutual Recognition Procedure

Clinical Trials and Pharmacovigilance

2) Orphan drugs

3) Traditional herbal medicines

4) Supplementary protection certificate

5) Authorization for generic medicine

6) Veterinary medicinal products

7) Conference with a manager of an Italian pharmaceutical company

8) Paediatric and Homeopathy legislation in Europe.Reference: LINK didattica WEB.2

Aim: chemical and medical information about the principles
classes of food and dietetic programs. Food and Health

·
Introduction to Nutrition

·
Introductory Biochemistry

·
Food Materials and Ingredients

·
Microbial Physiology

·
Food Commodities

·
Manufacture of Food

·
Food Safety

·
Food Product Case Studies

·
The Microflora of Foods

·
Research Project in Food Science 2

·
Sensory Quality of Food

·
Food Factory Operations·
Genetics and Cell Biology·
Whole Organism Biology·
Introduction to Nutrition·
Introductory Biochemistry·
Food Hygiene·
Food Commodities·
Manufacture of Food·
Nutrition, Metabolism and Disease·
Food Safety·
Principles of Human Nutrition·
Nutrition and the Health of Populations·
Food Factory OperationsReferenceLINK didattica WEB.2

Aim: chemical and medical information about the principles
classes of food and dietetic programs. Genetics and Cell Biology

·
Whole Organism Biology

·
Introduction to Nutrition

·
Introductory Biochemistry

·
Food Hygiene

·
Food Commodities

·
Manufacture of Food

·
Nutrition, Metabolism and Disease

·
Food Safety

·
Principles of Human Nutrition

·
Nutrition and the Health of Populations

·
Food Factory OperationsReference:LINK didattica WEB.2

Aim: chemical and medical information about the principles
classes of food and dietetic programs. Food and Health

·
Introduction to Nutrition

·
Introductory Biochemistry

·
Food Materials and Ingredients

·
Microbial Physiology

·
Food Commodities

·
Manufacture of Food

·
Food Safety

·
Food Product Case Studies

·
The Microflora of Foods

·
Research Project in Food Science 2

·
Sensory Quality of Food

·
Food Factory OperationsReference:LINK didattica WEB.2

we run a very successful training programme with Nottingham Campus, for a yearly period of four months.Then we give the opportunity to our studentsto spend part of their course in a public or private pharmacy in which to learn how to manage a pharmacy and deal with the pharmaceutical legislation.

The final exam consist of a discussion of a thesis based on theoretical and practical matters, thanks to the approach to a lab in which following a research projects.Indeed the experimental thesis could be run even in the regulatory module, but the core of this thesis has to show an innovative side of the argument treated.Or, on the other hand, the thesis could be also a compilative one.