Genetics of Microbiology Cours

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Courses on the following topics are obviously present in our application.
-General introduction
-From Mendel to Genomic
- THE GENOME
-Genetic information. a) Structure of the Nucleic Acids
- Genome structure and organization
- The duplication of the genetic material a) DNA Replication
- Replication as a scientific and biotechnological tool
- CHANGES IN THE GENETIC INFORMATION
-Alterations of DNA a) Spontaneous and induced mutations
- Mechanisms of DNA repair
- ROLES OF THE GENETIC MATERIAL
-From genes to proteins a) Transcription
-Translation. Structure and function of proteins
- Control of gene activity a) Genetic control elements
- Epigenetics
- Phenotypic effect of mutations a) Functional consequences of the mutation
-Reversion of mutations
- GENETIC ANALYSIS
-The inheritance of diversity a) Life Cycles: Mitosis-Meiosis
- Errors in meiosis: numerical alterations in the karyotype
- Genetic analysis in haploid a) Analysis of complementation
-) Linkage analysis and recombination
- Genetic analysis in diploid a) Mendelian segregation
- Interdependence between genes
- Exceptions to Mendelian segregation
- POPULATION GENETICS AND DEVELOPMENT
-The genes in evolution a) - Population genetics
- Molecular Evolution
- PDF files
-The importance of microbial genetics. Survey of past and current status of microbial genetics: Bacteria.
- Genetics of Microbiology Course
- Principles of Genetics
- Fundamentals of Genetics
- Molecular Biology of the gene
- Videos
-Mutagenesis, induction, isolation and characterization of microbial mutants
- Adaptation, Transformation, Transduction and Conjugation.
-General and specialized methods in microbial genetics
- Genetic experiments with phages, bacteria and lower eukaryotic organisms
-Application of microbial genetics to various sectors of the medicine, agriculture, food, environment and industry
- Survey of past and current status of microbial genetics: fungi, viruses, protozoa and other microorganisms
- Replication as a tool in Biotechnology
- PCR and DNA sequencing. Molecular basis
- Separation and visualization of nucleic acids
- Haploid sexual cycle
- Reverse genetics. Analysis of mutants
- Chromosome theory
- Linkage. Coupling and Repulsion
- Positional cloning. Genetic maps
- Gene conversion