A bioreactor is seeded with 10 5 cells ml Under the operating conditions selected, the doubling time of cells is 15 hours The specific product formation rate qP is constant and equal to 100 g per 10 6 cells and per hr Calculate the final product concentration after 4 days of cultivation State any assumptions that you make Note exp(kx) dx exp(kb) exp(ka)

The Answer is in the image, click to view ...

Question: A bioreactor is seeded with 10 5 cells/ml. Under the operating conditions selected, the doubling time of cells is 15 hours. The specific product formation

A bioreactor is seeded with 10⁵ cells/ml. Under the operating conditions selected, the doubling time of cells is 15 hours. The specific product formation rate qP is constant and equal to 100 g per 10⁶ cells and per hr. Calculate the final product concentration after 4 days of cultivation. State any assumptions that you make. A bioreactor is seeded with 105 cells/ml. Under the operating conditions selected,

Note:exp(kx) dx = [exp(kb) - exp(ka)]

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

Hide Assignment Information Instructions Project Closure Report When a project has ended, whether in successful completion or in an unsuccessful termination, it is important to create a project...

Dont copy paste from chegg Use 10 to 5 (10^5) instead of 105 Read carefully I am uploading this 5 times If you dont know then pass to other subject, but dont copy! A bioreactor is seeded with 10^5...

Dont copy paste from chegg Use 10 to power 5 (10^5) instead of 105 Read carefully and 10^6 I have uploaded this 5 times If you dont know then pass to other subject, but dont copy! A bioreactor is...

A bioreactor is seeded with 10^5 cells/ml. Under the operating conditions selected, the doubling time of cells is 15 hours. The specific product formation rate qP is constant and equal to 100 g per...

In Chapter 3, you were introduced to 3 types of costs associated with a manufactured product ? direct materials, direct labor, and manufacturing overhead. Explain how these costs are associated with...

I need help with my assignment for accounting. It is to do with report analysis and hypothesis testing. A good knowledge of Excel is required for this task. Analytical review Golden Big Burgers Part...

Due Sunday, 11/20: Problems from Zimmerman text: 2-11, 2-44, Case 2-3, 7-7, and 7-20 Chapter Two The Nature of Costs Chapter Outline A. Opportunity Costs 1. Characteristics of Opportunity Costs 2....

A batch bioprocess for the production of a recombinant protein exhibits a specific production rate qP = 4 x 1 0 - 6 g product / ( 1 0 6 cells . h ) . The reactor is seeded with 5 x 1 0 5 cells / mL...

10. Write the equation for a function that has a graph with the given characteristics. a) The shape of y-x', but shifted to the right 8 units, and up 4 units. [2] b) The shape of y-x, but shifted...

Refer to the memory snippet and registers values to answer the following question. DS = 2E1CH , SS = 2D83H, DI = F02CH, SI D6E5H, BP3E077H Physical address () 3B8B4 Content (Hexa) C8 4A 78 3C DO 9B...

Strengths and Weaknesses of Lewins Model and Kotters 8-Step Model of Change Management

5 Exercise 16-23 Recording overhead costs LO P3 Prepare journal entries to record the following production activities 1. Paid overhead costs (other than indirect materials and indirect labor) of...

LO11.5 Discuss creative destruction and the profit incentives for innovation.

6. That segment of a competitive firms marginal-cost curve that lies above its average-variable-cost curve constitutes the shortrun supply curve for the firm. Explain using a graph and words. LO10.5

LO11.4 Show how long-run equilibrium in pure competition produces an efficient allocation of resources.