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Multiplication of Embryos and Gametes
MODALITY: Online
CENTER: IVIRMA Global Education
Multiplication of Embryos and Gametes
MODALITY: Online
CENTER: IVIRMA Global Education
Multiplication of Embryos and Gametes
AREA: 
LANGUAGE: English
ProgramData
Hours:
20 theoretical
Enrollment:
350 €
Type:
Online courses
Location:
Campus NEO
Editions
Description
Biomedical Professionals, Biotechnologists, Andrologists and Embryologists
20 ECMEC's
Academic information
Competencies
Course Coordination:
Maria José de los Santos Molina
View profileProgram
1. Pluripotency and totipotency
2. Telomere protection and pluripotency
3. Embryonic Stem Cells
4. Collection of embryonic stem cells in the blastocyst
5. Functional genomics and transcriptional signature of blastomeres, Inner Cell Mass (ICM) and Trophectoderm (TE)
6. Establishment and culture of human trophoblastic and embryonic stem cells
7. Technical aspects of nuclear transplantation
8. Epigenetics: Dynamics of nuclear reprogramming
9. Use of polar bodies in nuclear transplantation
10. Technical aspects of meiotic spindle transplantation
11. Blastomeric splitting as a cloning method without reprogramming
12. Primordial germ cells in the adult ovary
13. Obtaining oocytes in vitro
14. Testicular stem cells
15. Embryo models: present and future
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20 theoretical
Campus NEO
350 €
Program Data
Campus NEO
Intended for
Biomedical Professionals, Biotechnologists, Andrologists and Embryologists
Description
The objective of this course is the presentation of different multiplication methods (cloning) of embryos and gametes, taking as an experimental model different mammalian species.
However, it considers the possible reproductive and therapeutic applications that the different cloning methodologies may derive in the human species. It introduces two main multiplication methodologies that may imply or not genome reprograming.
Skills
- Identify the specific stages of cell multiplication and their importance in early embryonic development.
- Describe the fundamentals and implications of different technologies for embryo multiplication, somatic cloning and gamete multiplication.
- Explain the nuclear transplantation procedure and its application in cloning of fully or partially differentiated cells.
- Critically analyze the techniques and protocols used for the multiplication of gametes and embryos in the laboratory as well as scientific or social documents in the field of cloning.
- Evaluate the impact of gamete and embryo multiplication interventions on the success rates of in vitro fertilization (IVF) and other assisted reproduction treatments.
Program
Program
1. Pluripotency and totipotency
2. Telomere protection and pluripotency
3. Embryonic Stem Cells
4. Collection of embryonic stem cells in the blastocyst
5. Functional genomics and transcriptional signature of blastomeres, Inner Cell Mass (ICM) and Trophectoderm (TE)
6. Establishment and culture of human trophoblastic and embryonic stem cells
7. Technical aspects of nuclear transplantation
8. Epigenetics: Dynamics of nuclear reprogramming
9. Use of polar bodies in nuclear transplantation
10. Technical aspects of meiotic spindle transplantation
11. Blastomeric splitting as a cloning method without reprogramming
12. Primordial germ cells in the adult ovary
13. Obtaining oocytes in vitro
14. Testicular stem cells
15. Embryo models: present and future