Q. In _________ culture, fluid flow driven by a magnetic stir bar creates a well-mixed cell suspension.

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Q. Who invented the Rotating wall vessel bioreactor?

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Q. Commercial single-use bioreactors have been available since the end of the ______

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Q. The rotating wall structures provide reduced shear stress in Rotating wall vessel reactor.

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Q. A ________________ (PBR) is a bioreactor that utilizes a light source to cultivate phototrophic microorganisms.

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Q. The perfusion system offers an alternative to the spinner flask technology as it combats the problems related to the static culture conditions.

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Q. Which of the following are not photobioreactor types?

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Q. Which of the following is not a perfusion bioreactor?

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Q. ________ facilitate rapid dilution rates which make them resistant to both high pH and low pH volatile fatty acid wastes.

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Q. ____________ bioreactor systems have length scales that are well matched to the physical dimensions of most cells and microorganisms.

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Q. A ___________ landfill is a municipal solid waste landfill (MSWLF) in which liquids are added to help bacteria break down the waste.

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Q. Yin et al. developed a cultivation system to differentiate mouse embryoid bodies (EBs) into the hepatocytes using a _________ bioreactor.

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Q. Primary hepatocytes and stem cells cultured on Rotating Wall Vessel reactors.

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Q. Why are Perfusion bioreactors preferred over Rotating Wall Vessel Bioreactors for Bio-artificial Liver production?

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Q. Which of the following are suitable for prolonged in vitro studies?

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Q. Sun et al. successfully used an RWV system to establish an in vitro tooth germ culture model.

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Q. In traditional ________ bioreactors, cell-laden scaffolds float in the medium while the vessel wall rotates.

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Q. _________ spectroscopy depends on the association of an outside field with the electric dipole moment of the specimen, generally indicated by the permittivity.

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Q. Rotating Wall vessel bioreactors are widely used for Cartilage Tissue Engineering because they provide a favorable Hydrodynamic environment for cartilage differentiation.

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Q. For cartilage TE, spinner-flask bioreactors have been used to recreate the in vivo physicochemical conditions of cartilage development.

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