Base Knowledge
1) Biology; 2) Animal Anatomy and Phisiology
Teaching Methodologies
Methodology: 1) classic exposition of themes? 2) Performing laboratory tasks and various exercises? 3) Solving exercises on hereditary expectation and 4) Literature search under faculty guidance
Learning Results
1: understand the molecular and cytological base of the cell and the mechanisms and structures involved in heredity and phenotypic variability? Mendel’s principles, the intra and intergenic relationships, standard and special transmission patterns (including “Inprinting”) and the associated heredopatholgy? the HardyWeinberg theory and the principles of quantitative approach applied to animal breeding.
2: Know the anatomyphysiology of reproduction in livestock species and their characteristics and the principles and methodology of Artificial Insemination, Embryo Transfer, Embryo Production “in vitro” and the Sexing of sperm.
Program
Objective 1: a). Cytological and nuclear organization of prokaryotes and eukaryotes? Chromosomal organization and specificity? b) hereditary sexual transmission, occurrence of permutations and aberrations justification and epidemiology? c) Principles of Mendel, intra and intergenic relations and special cases of inheritance (including “Inprinting”)? d) Postulate of HardyWeinberg and applications? e) polygenic and phenotypic variability: components, Heritability and Value Improvement? Types and Methods of Selection and Crossover? Heterosis and inbreeding?
Objective 2: a) Anatomy of the Reproductive System of livestock species peculiarities? b) Endocrinology of reproductive function, mechanism and control of overhead variances? c) histological and ethological cyclical changes of livestock species? d) Principles and methods of Artificial Insemination, Production and Transfer of Embryos and Sperm Sexing.
Curricular Unit Teachers
Maria Rosa Rebordão Cordeiro Simões CrisostomoGrading Methods
- - Objectivo 1: execução de exercícios em tempo OT (20%) e exame escrito (80%) - 75.0%
- - Objectivo 2 : avaliada por exame escrito (100%). - 25.0%
- - Objectivo 1: Exame escrito sobre a componente Genética - 75.0%
- - Objectivo 2: Exame escrito sobre a componente Reprodutiva - 25.0%
Internship(s)
NAO
Bibliography
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Arthur, G.; Noakes, D.; Pearson, T. – Veterinary Reproduction & Obstetrics. Seventh edition. WB Saunders, London. 1998.
Simões, J. – Fisiologia da Reprodução dos Ungulados Domésticos. Fundação Calouste Gulbenkien. Lisboa. 1984
Falconer, D. S.; Mackay, C. – Introduction to quantitative genetics. Essex: Prentice Hall. 1996
King, G. – Reproduction in Domesticated Animals. Elsevier Science Publishers B. V. New York. 1993
Mackane, L.; Kandel, J. – Microbiology: essentials and applications. McGraw-Hill, inc. 2nd edition. New Aster. 1996
Grunert, E.; Birgel, E. – Obstetrícia Veterinária. Editora Sulina. Porto Alegre. Brasil. 1982
Soltner, D. – La Reproducion des Animaux dElevage. Collection Sciences et Tecniques Agricoles. Sainte-Gemmes-Sour-Loire, Angers. France. 1989
Gardner, J. ; Simmons, J. ; Snustad, P. – Principles of genetics. John Wiley & Sons, Inc. 8th edition. New York. 1991
Cárbó, C. – Reproduction de las Aves. Ediciones Mundi-Prensa. Madrid. 1992
Hedrick, W. – Genetics of populations. Jones and Bartlett Publishers. 2nd edition. Sudbury.2000
Lewin, B. – Genes VII. Oxford University Press. Oxford. 2000
Doney, J.; Gunn, R.; Horák, F. – Reproduction. In: Sheep and Goat Production, I. E. Coop (Ed.). Elsevier Science Publishers B. V. New York. 1982
Banks, W. – Applied Veterinary Histology. 2end edition. Williams & Wilkins. London. 1985
Broers, S P. – Compendium of Animal Reproduction. Intervet International. 1993.