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2. Assuming no contact inhibition and optimal nutrient and waste transport, graph the cell concentration as a function of time (up through 72 hours) for the following conditions: a. μ = 0.10 h-¹; Xo = 1 X 106 cells b. tp = 24 hrs; Xo = 10 cells c. μ = 0.00001 h¹; No = 1 X 108 cells d. With a basic knowledge of rates of cell turnover and division in various human tissues, what kinds of cells are best described by the graph in a? b? and c?

2. Assuming no contact inhibition and optimal nutrient and waste transport, graph the cell concentration as a function of time (up through 72 hours) for the following conditions: a. μ = 0.10 h-¹; Xo = 1 X 106 cells b. tp = 24 hrs; Xo = 10 cells c. μ = 0.00001 h¹; No = 1 X 108 cells d. With a basic knowledge of rates of cell turnover and division in various human tissues, what kinds of cells are best described by the graph in a? b? and c?

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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2. Assuming no contact inhibition and optimal nutrient and waste transport, graph the cell concentration as a function of time (up through 72 hours) for the following conditions: a. μ =0.10 h-¹; Xo = 1 X 100 cells b. to 24 hrs; Xo = 10 cells c. μ= 0.00001 h-¹; No = 1 X 10° cells d. With a basic knowledge of rates of cell turnover and division in various human tissues, what kinds of cells are best described by the graph in a? b? and c?
Transcribed Image Text:2. Assuming no contact inhibition and optimal nutrient and waste transport, graph the cell concentration as a function of time (up through 72 hours) for the following conditions: a. μ =0.10 h-¹; Xo = 1 X 100 cells b. to 24 hrs; Xo = 10 cells c. μ= 0.00001 h-¹; No = 1 X 10° cells d. With a basic knowledge of rates of cell turnover and division in various human tissues, what kinds of cells are best described by the graph in a? b? and c?
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