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Team:UCL London/Manufacturing/PurityYieldCost/ProcessDetails
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<h1>Process Details</h1> | <h1>Process Details</h1> | ||
| + | Hence, based on the market research,<br /> | ||
| + | The amount of product needed to meet the market requirement<br />= 1,000,000 treatments per yr × 0.005g per treatment = 5 kg per year<br /> | ||
| + | Assume: 20 batches per year<br /> | ||
| + | Final product yield per batch = 5 kg/20 = 0.25 kg | ||
| + | |||
[[File:Ucl-content-Manufacturing-flow.jpg|center]]<br /> | [[File:Ucl-content-Manufacturing-flow.jpg|center]]<br /> | ||
'''Figure 1.''' Comparison between the Current and Novel Bioprocesses.<br /> | '''Figure 1.''' Comparison between the Current and Novel Bioprocesses.<br /> | ||
Revision as of 22:03, 21 September 2011
Process Details
Hence, based on the market research,
The amount of product needed to meet the market requirement
= 1,000,000 treatments per yr × 0.005g per treatment = 5 kg per year
Assume: 20 batches per year
Final product yield per batch = 5 kg/20 = 0.25 kg
Figure 1. Comparison between the Current and Novel Bioprocesses.
Left: Flow Sheet of Current DNA Vaccine Manufacturing Process
Right: Flow Sheet of Novel DNA Vaccine Manufacturing Process with E.coili
Figure 1. Comparison between the Current and Novel Bioprocesses.
Left: Flow Sheet of Current DNA Vaccine Manufacturing Process
Right: Flow Sheet of Novel DNA Vaccine Manufacturing Process with E.coili
