For each mode of bioreactor operation listed below, name one advantage and one disadvantage. a. Batch b. Fed-batch c. Continuous
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For each mode of bioreactor operation listed below, name one advantage and one disadvantage.
a. Batch
b. Fed-batch
c. Continuous
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- Explain briefly effects and importance of following phenomena on bioreactor design. oxygen demand foam production shear and viscosity growth rate pHIdentify the following components labelled as (i), (ii), (iii) and (iv) of bioreactor and state their function:Briefly describe the major components of a successful biosensor.
- Which of the following is least efficient? A B C DExplain briefly effects and importance of following phenomena on bioreactor design a) oxygen demand b) foam production c) shear and viscosity d) growth rate e) pHExplain about different types of bioreactors and how they are used in cell suspension culture. What are the advantage and limitations of each bioreactors?
- How would you modify design as a biosensor?End products of biochemical reactions are often acids or alkalies.a. How are these products typically detected in a culture medium?b. Name two tests for reactions that produce acid end products.c. Name two tests for reactions that produce alkaline end products.Describe the key processes involved invaccine manufacturing
- Can someone differentiate between the membranes that are used for Bioelectrochemical systems?Choose an enzyme or therapeutic protein of high market value. Explain the biological process used to produce it in terms of the cell line used, mode (batch, semi-batch, etc), and purification steps used.proteins function to give structure to the body, regulate processes, provide protection, help muscles to contract,transport substances and serve as enzymes. As enzymes,proteins serves to: a.Lower the activation energy of biochemical reactions b.speed up biochemical reactions c.orient colliding molecules d.all of the above e.only two of the above