Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Question

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086

Exercise 9

Assume you have an inoculum with 95% plasmid-containing cells and 5% plasmid-free cells
in a 2 l reactor with a total cell population of $Assume you have an inoculum with 95% plasmid-containing cells and 5% plasmid-free cells in a 2 l reactor with a total cell population of cells/ml. You use this inoculum for a 1000 l reactor and achieve a final population of cells/ml. Assuming and P = 0.0002, predict the fraction of plasmid-containing cells.$ cells/ml. You use this inoculum for a
1000 l reactor and achieve a final population of $Assume you have an inoculum with 95% plasmid-containing cells and 5% plasmid-free cells in a 2 l reactor with a total cell population of cells/ml. You use this inoculum for a 1000 l reactor and achieve a final population of cells/ml. Assuming and P = 0.0002, predict the fraction of plasmid-containing cells.$ cells/ml. Assuming $Assume you have an inoculum with 95% plasmid-containing cells and 5% plasmid-free cells in a 2 l reactor with a total cell population of cells/ml. You use this inoculum for a 1000 l reactor and achieve a final population of cells/ml. Assuming and P = 0.0002, predict the fraction of plasmid-containing cells.$ $Assume you have an inoculum with 95% plasmid-containing cells and 5% plasmid-free cells in a 2 l reactor with a total cell population of cells/ml. You use this inoculum for a 1000 l reactor and achieve a final population of cells/ml. Assuming and P = 0.0002, predict the fraction of plasmid-containing cells.$ and P = 0.0002, predict the fraction of plasmid-containing cells.

Explanation

Verified

According to the given data: and the eq...