CHAPTER I. Genetic variability. |
Origin and maintenance of the genetic variability. Mendelian analysis and relations between alleles. Genic interaction. Genetic analysis of the continuous variation and biometric methods of Quantitative Genetics. Genetic improvement in aquaculture. |
CHAPTER III. Populational genetic structure. |
The ideal population and the populational equilibrium. Systematic factors of change: mutation, migration, selection. Factors of random change or dispersive: drift and endogamy. Computational basis of populational structures. |
PRACTICE 1. Identification of marine species with genetic markers diagnostic. |
Amplificacion Of DNA, migration by electroforesis of PCR products, interpretation of genetic patterns. Bioinformatic analysis of interspecific allocation and phylogenetic inference. Scientific and industrial applications of the genetic assignment. |