Online course in Multiplication of Embryos and Gametes

AREA: Assisted Reproduction, Research

LANGUAGE: English

PLACES: 15

STUDENTS: 0/15 (0%)

START DATE & END:

30/06/2026 – 28/07/2026

MODALITY: Online

CENTER: IVIRMA Global Education

Online course in Multiplication of Embryos and Gametes

AREA: Assisted Reproduction, Research

LANGUAGE: English

PLACES: 15

STUDENTS: 0/15 (0%)

START DATE & END:

30/06/2026 – 28/07/2026

MODALITY: Online

CENTER: IVIRMA Global Education

Online course in Multiplication of Embryos and Gametes

AREA: Assisted ReproductionResearch

LANGUAGE: English

ProgramData

Start date and end

Start date and end:

30/06/2026 - 28/07/2026

Enrollment

Enrollment:
350 €

Location

Location:
IVIRMA Campus

Hours

Hours:
20 theoretical
Self-paced study

Type

Type:
Online courses

Organizer center

Organizer center:
IVIRMA Global Education

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.

 

Addressed to

Biomedical Professionals, Biotechnologists, Andrologists and Embryologists

This course is accredited by the European Accreditation Council for Continuing Medical Education (EACCME).Once course is completed you will be awarded with 20 ECMEC´s credits. More information in FAQ´s.

Academic information

Competencies

Learning outcomes expected to be acquired by the student at the end of the course:

1. Apply the embryo multiplication procedure without reprogramming, assessing the choice of study, techniques, its drawbacks and limitations.

2. Define the nuclear transplantation procedure and its application in the cloning of totally or partially differentiated cells.

3. Apply the mechanisms of dedifferentiation and reprogramming, studying the MII oocyte as an environment of excellence in cell reprogramming.

4. Evaluate the fundamentals and implications of different technologies for embryo multiplication, somatic cloning and gamete multiplication, acquiring critical capacity for the evaluation of scientific documents or social dissemination in the field of cloning.

Course Coordination:

Maria José de los Santos Molina

Maria José de los Santos Molina

View profile

Program

1. Basic concepts on pluripotency and totipotency

2. Telomeric 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). Transcriptomic profiling of pluripotency in vivo and in vitro (stem cells).

6. Culture of embryonic and trophoblastic stem cells.

7. Technical aspect of nuclear transfer

8. Nuclear reprogramming dynamics

9. Use of polar bodies in nuclear transplantation

10. Technical aspects of meiotic spindle transfer

11. Embryonic splitting as a cloning method

12. Primordial germ cells in the adult ovary

13. Oocytes in vitro production

14. Testicular stem cells

15. Sperm in vitro production

16. Model embryos": present and future

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Webinars

Webinars

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Free

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Fechas de inicio y fin

30/06/2026 – 28/07/2026

Hours

20 theoretical

100% flexible schedule

Lugar

IVIRMA Campus

Matrícula

350 €

Program Data

Start and end dates
30/06/2026 - 28/07/2026
Enrollment
Open
Location

IVIRMA Campus

Number of hours
40h
Type
Online Course
Organizing center
IVI Global Education

This course is accredited by the European Accreditation Council for Continuing Medical Education (EACCME).Once course is completed you will be awarded with 20 ECMEC´s credits. More information in FAQ´s.

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

Learning outcomes expected to be acquired by the student at the end of the course:

1. Apply the embryo multiplication procedure without reprogramming, assessing the choice of study, techniques, its drawbacks and limitations.

2. Define the nuclear transplantation procedure and its application in the cloning of totally or partially differentiated cells.

3. Apply the mechanisms of dedifferentiation and reprogramming, studying the MII oocyte as an environment of excellence in cell reprogramming.

4. Evaluate the fundamentals and implications of different technologies for embryo multiplication, somatic cloning and gamete multiplication, acquiring critical capacity for the evaluation of scientific documents or social dissemination in the field of cloning.

Students info

Important information:

The online course will be carried out through the e-learning platform: IVIRMA Campus. The student will receive a message with the access information and credentials 24/48 hours before the start of the course.

To successfully complete the training and obtain the corresponding certificate, the student must obtain a percentage greater than or equal to 70% of correct answers in the final evaluation. To do this, you will have two opportunities to take the exam.

Program

Program

1. Basic concepts on pluripotency and totipotency

2. Telomeric 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). Transcriptomic profiling of pluripotency in vivo and in vitro (stem cells).

6. Culture of embryonic and trophoblastic stem cells.

7. Technical aspect of nuclear transfer

8. Nuclear reprogramming dynamics

9. Use of polar bodies in nuclear transplantation

10. Technical aspects of meiotic spindle transfer

11. Embryonic splitting as a cloning method

12. Primordial germ cells in the adult ovary

13. Oocytes in vitro production

14. Testicular stem cells

15. Sperm in vitro production

16. Model embryos”: present and future

Coordinators

Maria José de los Santos Molina

Enroll in the course

Remember that in order to register, you must be registered on our website.Sign in

Reset password
Log in
 
Do you want more information?

I give my consent for:

IVI Foundation to send me commercial communications.

Send
Do you want more information?