"G. d'Annunzio"
Biochemistry
Tha aim of the course is the acquisition of capacity to study biological macromolecules
-Introduction
-Buffers and Solutions
-Mammalian cell culture
-Molecular Biology
-Proteins
-Electrophoresis
-Protein-protein interaction assays
-DNA-protein interaction assays
-Microarray -Proteomics techniques -Bioinformatic analysis sequence alignment and sequence database
-Introduction In vivo and in vivo studies -Buffers and Medium Bacterial medium -Mammalian cell culture medium Cell Culture Primary cells Immortalized cell lines Storing cell lines -Molecular Biology DNA and RNA: introduction DNA and RNA purification Agarose gel electrophoresis Restriction Enzymes Ligase Cloning vectors, Expression vectors DNA sequence analysis cDNA library and gDNA library Retrotrascription PCR and Real Time PCR Mutagenesis, Transgenic and KO animal models Mammalian cell transfection methods Promoter assay iRNA -Proteins proteins purification and characterization -Electrophoresis PAGE gels Agarose gels -Protein-protein interaction assays Two Hybrid system Pull-Down Duo-Link -DNA-protein interaction assays EMSA ChIP -Microarray -Proteomics techniques -Bioinformatic analysis sequence alignment and sequence database
Metodologia biochimica / Wilson K. Walker J. Raffaello Cortina ed.
Ingegneria genetica / Primrose S. Zanichelli
Metodologie di base per la Biochimica e la Biotecnologia/ Ninfa/Ballou ed. Zanichelli
Lessons
Exam