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book Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler cover

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086
book Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler cover

Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler

Edition 2ISBN: 9780130819086
Exercise 10
It is desired to model the growth of an individual bacterium. The cell transports S₁ into the
cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre-
cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata-
lyst of all reactions is M.
(1) It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. (per unit surface area)where S* = outside concentration of S
(2) It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. (3a) It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. (3b) It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. The dry weight of the cell is T and is equal to
(4) It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. where It is desired to model the growth of an individual bacterium. The cell transports S₁ into the cell enzymatically, and the permease is subject to product inhibition. S₁ is converted into pre- cursors, P, that are converted finally into the macromolecular portion of the cell, M. The cata- lyst of all reactions is M. (1)   (per unit surface area)where S* = outside concentration of S (2)   (3a)   (3b)   The dry weight of the cell is T and is equal to (4)   where   cell density and V = cell volume Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and T within the cell. Remember that the cell volume is always changing. cell density and V = cell volume
Write the equations and define all symbols necessary to describe the changes in S₁, P, M, and
T within the cell. Remember that the cell volume is always changing.
Explanation
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The cell transports S 1 enzymatically in...

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Bioprocess Engineering 2nd Edition by Fikret Kargi,Michael Shuler
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