Molecular Development and Transdifferentation - Lecture

Data

Official data in SubjectManager for the following academic year: 2024-2025

Topic

The purpose of this subject is to provide a comprehensive course for advanced developmental biology and regenerative medicine.

Lectures

• 1. Introduction, basic concepts I. - Balogh Péter
• 2. Introduction, basic concepts II. - Balogh Péter
• 3. Developmental biology: Basic concepts, mechanisms and tools I. - Balogh Péter
• 4. Developmental biology: Basic concepts, mechanisms and tools II. - Balogh Péter
• 5. General morphogenic factors and their characteristics: Shh, BMP, Wnt, Notch I. - Balogh Péter
• 6. General morphogenic factors and their characteristics: Shh, BMP, Wnt, Notch II. - Balogh Péter
• 7. Epigenetic factors in development I. - Gajdócsi Erzsébet Emilia
• 8. Epigenetic factors in development II. - Gajdócsi Erzsébet Emilia
• 9. Development of blood cells I. - Balogh Péter
• 10. Development of blood cells II. - Balogh Péter
• 11. Leukemias and lymphoid malignancies I. - Balogh Péter
• 12. Leukemias and lymphoid malignancies II. - Balogh Péter
• 13. Molecular regulation of skeletal muscle development I. - Balogh Péter
• 14. Molecular regulation of skeletal muscle development II. - Balogh Péter
• 15. Molecular regulation of liver development I. - Engelmann Péter András
• 16. Molecular regulation of liver development II. - Engelmann Péter András
• 17. Molecular regulation of pancreas development I. - Engelmann Péter András
• 18. Molecular regulation of pancreas development II. - Engelmann Péter András
• 19. Molecular development of neural circuits: synapsins and netrins I. - Engelmann Péter András
• 20. Molecular development of neural circuits: synapsins and netrins II. - Engelmann Péter András
• 21. Molecular development of heart and vasculature I. - Gajdócsi Erzsébet Emilia
• 22. Molecular development of heart and vasculature II. - Gajdócsi Erzsébet Emilia
• 23. Stepwise development of ureteric bud and metanephros I. - Engelmann Péter András
• 24. Stepwise development of ureteric bud and metanephros II. - Engelmann Péter András
• 25. Skin development - Gajdócsi Erzsébet Emilia
• 26. Molecular mechanisms of malignancies I. - Gajdócsi Erzsébet Emilia
• 27. Molecular mechanisms of malignancies II. - Gajdócsi Erzsébet Emilia
• 28. Consultation. - Engelmann Péter András
• 29. Introduction to Transdifferentiation - Balogh Péter
• 30. Types of stem cells - Balogh Péter
• 31. Animal models of regeneration - Engelmann Péter András
• 32. Ethics of stem cell research and therapy - Balogh Péter
• 33. Genetic and epigenetic factors in stem cell regulation - Gajdócsi Erzsébet Emilia
• 34. Methods in stem cell research - Engelmann Péter András
• 35. Stem cells and hematopoiesis - Balogh Péter
• 36. Muscle regeneration and stem cells - Balogh Péter
• 37. Liver regeneration and stem cells - Engelmann Péter András
• 38. Pancreas regeneration and stem cells - Engelmann Péter András
• 39. Cardiovascular regeneration and stem cells - Gajdócsi Erzsébet Emilia
• 40. Neural regeneration and stem cells - Gajdócsi Erzsébet Emilia
• 41. Kidney regeneration - Engelmann Péter András
• 42. Cancer stem cells - Gajdócsi Erzsébet Emilia

Practices

Seminars

Reading material

Obligatory literature

Principles of Regenerative Medicine, Atala, A et al (Eds)2nd Edition

Literature developed by the Department

N/A

Notes

N/A

Recommended literature

Medline database

Conditions for acceptance of the semester

N/A

Mid-term exams

N/A

Making up for missed classes

N/A

Exam topics/questions

N/A

Examiners

• Balogh Péter
• Engelmann Péter András
• Najbauer József

Instructor / tutor of practices and seminars