In the tank with the rotating wall, what happens to the porous substrate bioreactors as they are categorized?
2. Using the dielectric-fiber bioreactors as an example, explain why a longer in vitro culture is suitable.
3. connect the accumulation of waste products at the conclusion of the cell's developmental process to the controlled environment
4. Explain why primary hepatocytes and stem cells should be cultivated on rotating wall vessel reactors.
5. Using a spinning bioreactor, provide an explanation on the genesis of the hepatocytes.
6. What potential benefits may there be to obtaining bone tissue fixation] using perfusion bioreactors?
7. explain how the idea of osteogenesis is connected to the spinner flagon and RWV. 8. describe the platform on which the spinner flagon bioreactor is housed in the cartilage.
9. develop ideas based on the chondrocytes that have been isolated from the RWV bioreactors
10. Cell-packed scaffolds are allowed to float freely in the medium of typical bioreactors, which have the vessel wall rotating at the same time. Explain