Bioelectric environments for stem cell derived neurons and cardiomyocytes

Articles in the same Issue

1. In-vivo Human Molecular Imaging Using PET-MRI Fusion Imaging Technology
2. Bioelectric environments for stem cell derived neurons and cardiomyocytes
3. Information from Graphical Analysis of HRV
4. Perkutan implantierbare Herzklappen: Patientenfreundliche Therapie durchMedizintechnik
5. Strahlentherapie von Krebs mit laserbeschleunigten Ionen – eine Vision
6. Optical coherence tomography - from research to routine medical diagnostics
7. Co-operative Blended Learning Biomedical Engineering
8. Using Gigapixel Technology for a Cell Biology E-Learning Module
9. Irradiation system for pre-clinical studies with laser accelerated electrons
10. Multimodal Electronic Assessments with Active Voice Input
11. mARble – Augmented Reality in Medical Education
12. Evaluation of the Jena skin flap model for the training of the closure of facial skin defects
13. First Experiences in the Bachelor/Master Program “Biomedical Engineering” with the Advanced Program “Radiological Techniques and Radiation Protection”
14. ProMEB – concept of a project-oriented and course-related program in the field of medical engineering
15. Promoting young “MINT”-talents in pre-school and school children as future specialists in biomedical engineering