2.    Introduction To Biochemical Pathway: Glycolytic pathway-Creb's cycle- fermentation-

 
3.    Introduction To Bioreactor
 

4.    Growth Cycle For Batch Culture: Lag phase-Exponential growth phase-Factors
       affecting the specific growth rate-Stationary and death phase

5.    Stirred Tank Bioreactor: Batch or plug flow bioreactor

 
6.    Ideal Continous Stirred Tank Bioreactors: Material Balance- Evaluation of Monod
       Kinetic parameters-Productivity of CSTB- Comparision of Batch and CSTB

 
7.    Multiple Bioreactors Connected In Series: CSTB and PFB in series-Multiple CSTB in
       series

 
8.    CSTB With Cell Recycling

 
9.    Structured Model: General Structured Model-Two Compartment model

 
10.    Agitation and Aeration Design: Henry's Law-mass transfer-Two film
        Theory-Determination of oxygen Transfer Rate -Oxygen Uptake Rate-Specific
        Oxygen Uptake Rate-Kla-Gas Hold-up -Correlation for Kla

 
11.    Power Design: Dimensional Analysis, Power gas and ungassed

 
12.    Sterilisation Design: Batch and Continous sterilisation design

13.     Detail Design: Valves

 
14.    Scale-up Design

15.     Heat Transfer in Bioreactor:

 
16.    Rheological Factors:

 
17.    Ideal Bioreactors: Fed Batch reactors-Enzyme catalysed reaction in CSTB-CSTB
        reactors with Recycle and Wall Growth-Ideal Plug Flow Tubular Reactors

 
18.    Reactor Dynamics: Dynamic Model-Stability

 
19.    Immobilised Reactor

 
20.    Animal and Plant Cell Reactor

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