RECOMBINANT TECHNOLOGIES

Alessandra TOSCO RECOMBINANT TECHNOLOGIES

0760200042
DIPARTIMENTO DI FARMACIA
EQF7
PHARMACEUTICAL CHEMISTRY AND TECHNOLOGY
2020/2021

YEAR OF DIDACTIC SYSTEM 2016
PRIMO SEMESTRE
CFUHOURSACTIVITY
540LESSONS
Objectives
THE STUDENT AT THE END OF THE COURSE SHOULD BE ABLE TO DEMONSTRATE:
KNOWLEDGE AND UNDERSTANDING:
ACQUISITION OF KNOWLEDGE OF THE MAIN TECHNIQUES OF MOLECULAR BIOLOGY (CLASSIC AND INNOVATIVE) USED FOR PREPARATION, ANALYSIS AND CLONING OF DNA.

APPLYING KNOWLEDGE AND UNDERSTANDING:
TO BE ABLE TO CRITICALLY DISCUSS AN EXPERIMENTAL PROBLEM OF MOLECULAR BIOLOGY, TO FORMULATE HYPOTHESIS AND PROGRAMM EXPERIMENTS TO VERIFY THEM

Prerequisites
IT IS REQUIRED THE ACHIEVEMENT OF THE EDUCATIONAL OBJECTIVES OF THE SUBSEQUENT COURSES: BIOLOGY, ORGANIC CHEMISTRY, BIOCHEMISTRY AND MOLECULAR BIOLOGY
Contents
DNA AND RNA ANALYSIS: PURIFICATION OF GENOMIC AND PLASMIDIC DNA AND RNA; ANALYSIS BY ELECTROPHORESIS AND BLOTTING. RECOMBINANT VECTORS CONSTRUCTION: BACTERIAL TRANSFORMATION; PLASMIDS; SELECTIVE MARKERS; LAMBDA, M13 AND COSMID VECTORS; ARTIFICIAL CHROMOSOMES: YAC, PAC, BAC AND HAC; RESTRICTION AND MODIFICATION ENZYMES. PRODUCTION OF RECOMBINANT PROTEINS: E. COLI EXPRESSION; EXPRESSION VECTORS; INDUCIBLE AND CONSTITUTIVE PROMOTERS; EXPRESSION IN YEAST (S.CEREVISIAE, P. PASTORIS, S. POMBE), IN INSECT CELLS AND IN HIGHER EUKARYOTES. USAGE OF RECOMBINANT PROTEINS IN RESEARCH AND PHARMACEUTICAL INDUSTRY. PCR AND ITS APPLICATION IN BIOMEDICAL FIELDS: REACTION CONDITIONS; QUANTITATIVE PCR; DIGNOSIS OF GENETIC DISEASES; PATERNITY TEST; FORENSIC APPLICATIONS. DNA SEQUENCING: METHODS OF SEQUENCING; GENOME PROJECTS; HUMAN GENOME PROJECT. CLONING STRATEGIES: GENOMIC DNA AND CDNA LIBRARIES; LIBRARY ANALYSIS; HYBRIDIZATION; CHROMOSOME WALKING AND DIFFERENTIAL ANALYSIS. PROMOTER ANALYSIS: REPORTER PLASMIDS; EMSA; FOOTPRINTING; CHROMATIN IMMUNOPRECIPITATION. PROTEIN-PROTEIN INTERACTIONS: TWO-HYBRID; CO-IMMUNOPRECIPITATION; FISHHING FOR PATNERS; SPR TECHNOLOGY. GENE TRANSFER IN ANIMAL CELLS: CELL COLTURES; TRANSFECTION METHODOLOGIES. ANIMAL GENETIC MODIFICATION: PRONUCLEUS INJECTION; EMBRYONIC STEM CELLS; TRANSGENIC MICE; GENE THERAPY. POST-GENOMIC ANALYSIS: DIFFERENTIAL EXPRESSION ANALYSIS; MICROARRAY; PROTEOMIC ANALYSIS.
Teaching Methods
LECTURES AND LABORATORY EXERCISES
Verification of learning
ORAL EXAM
Texts
REECE R.J.-ANALYSIS OF GENES AND GENOMES
BROWN T.A.-MOLECULAR BIOTECHNOLOGY
GLICK B.R., PASTERNAK J.J. - MOLECULAR BIOTECHNOLOGY-
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