Course Description
This course covers the following: cell division, male gametogenesis, female gametogenesis, transfer of oocytes and sperm and the chromosomal interaction, reproduction in amphibians, birds and mammals, and the formation of twins, body formation and organic system development of embryonic amphioxus and placenta formation in mammals.
Summary of the main learning outcomes for students enrolled in the course.
Upon successfully completing this course, the student should be an "expert" on:
- Shall familiar with the student on the origins and evolution of embryology.
- Shall the student knows the basic steps of the process of gamete formation and types of fertilization and cleavage.
- Shall distinguish between types of eggs on the basis of the quantity and distribution of yolk.
- Shall understands the importance of the process of configuring and Albulastola lining and the formation of germ layers germinated in chordates and vertebrate communities.
- Shall compares between the stages of formation of the student members in chordates and different sects of vertebrates.
- Shall consist of the student in the student's basic skill trace the main stages of the formation of some members of certain sects in vertebrates.
- To know the formative stages of embryonic membranes and their importance in vertebrate communities..
- Shall recognize the types and functions of the placenta in mammals fabricated. Shall distinguish between types of twins in mammals and the real reasons behind her.
- Shall recognizes the importance of biotechnology in the creation of artificial fertilization and solving problems of infertility
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Course ID: BIOL 445N
Credit hours | Theory | Practical | Laboratory | Lecture | Studio | Contact hours | Pre-requisite | 2 | 3 | 3 | BIOL 348N / BIOL 222N |
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