Prod. No 1 2 3 4 5 6 7 15. Congratulations, you have graduated, and you...

 

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Prod. No 1 2 3 4 5 6 7 15. Congratulations, you have graduated, and you are now an entrepreneur Bioengineer. You founded your own company and you have some money. With this money, you want to realize a production by immobilization. First, you determined the productions and parameters in a meeting with the employees. You have obtained some experimental data regarding these productions. This information is shown in the table below.. 8 Product Leucine Spirulina a-amylase Monoclonal antibodies. Curdlan gum Ethanol Cellulose Fumaric acid Cell Candida tropicalis Chlorella vulgaris Bacillus subtilis Hybridoma cells Rhizobium radiobacter Saccharomyces cerevisiae Acetobacter xylinum Escherichia coli Support Material Cellulose Ceramic Zeolit Polyethylene glycol (PEG) Alginate Silica 11 Gelatin. Polyvinyl chloride (PVC) Immobilization. Method Absorbtion Encapsulation Cross linking Covalent bonding Encapsulation Absorbtion Entrapment Covalent bonding Max. amount of biomass (g/L) 1,61 1.53 1,78 2,15 2,42 1,95 2,14 1,98 Max. amount of consumed carbon sources (g/L) 13,21 15,42 22,34 32,54 23,23 18,26 21,43 25,32 Max. amount of product (g/L) Considering all the data (yield, cost, ... etc.), explain which production you would like to invest in. Evaluate productions with each other. Please state the reasons. If you can make some changes in the production you choose to achieve a better result, what would it be? List your changes including the reasons. 2.25 1,86 3,67 4.42 3,56 2,78 4,54 348 Prod. No 1 2 3 4 5 6 7 15. Congratulations, you have graduated, and you are now an entrepreneur Bioengineer. You founded your own company and you have some money. With this money, you want to realize a production by immobilization. First, you determined the productions and parameters in a meeting with the employees. You have obtained some experimental data regarding these productions. This information is shown in the table below.. 8 Product Leucine Spirulina a-amylase Monoclonal antibodies. Curdlan gum Ethanol Cellulose Fumaric acid Cell Candida tropicalis Chlorella vulgaris Bacillus subtilis Hybridoma cells Rhizobium radiobacter Saccharomyces cerevisiae Acetobacter xylinum Escherichia coli Support Material Cellulose Ceramic Zeolit Polyethylene glycol (PEG) Alginate Silica 11 Gelatin. Polyvinyl chloride (PVC) Immobilization. Method Absorbtion Encapsulation Cross linking Covalent bonding Encapsulation Absorbtion Entrapment Covalent bonding Max. amount of biomass (g/L) 1,61 1.53 1,78 2,15 2,42 1,95 2,14 1,98 Max. amount of consumed carbon sources (g/L) 13,21 15,42 22,34 32,54 23,23 18,26 21,43 25,32 Max. amount of product (g/L) Considering all the data (yield, cost, ... etc.), explain which production you would like to invest in. Evaluate productions with each other. Please state the reasons. If you can make some changes in the production you choose to achieve a better result, what would it be? List your changes including the reasons. 2.25 1,86 3,67 4.42 3,56 2,78 4,54 348

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I would like to invest in the production of monoclonal antibodies This production has the highest yield and the lowest cost Additionally the productio... View the full answer