In Table 12.39, we present data relating protein concentration to pancreatic function as measured by trypsin secretion among patients with cystic fibrosis [16].12.42 If we do not want to assume normality for these distributions, then what statistical procedure can be used to compare the three groups?12.43 Perform the test mentioned in Problem 12.42, and report a p-value. How do your results compare with a parametric analysis of the data? TABLE 12.39 Relationship between protein concentration (mg/mL) of duodenal secretions to pancreaticfunction as measured by trypsin secretion [U/(kg/hr)]< 50Trypsin secretion [U/(kg/hr)]51-1000>1000SubjectnumberSubjectnumberProteinProteinSubjectnumberProteinconcentrationconcentrationconcentration11.711.412.922.022.423.832.032.434.442.243.344.754.04.45.064.064.765.675.076.777.486.78.7.689.497.899.59.10.31011.7

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Description: In Table 12.39, we present data relating protein concentration to pancreatic function as measured by trypsin secretion among patients with cystic fibrosis [16].12.42 If we do not want to assume normality for these distributions, then what statistical

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MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

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In Table 12.39, we present data relating protein concentration to pancreatic function as measured by trypsin secretion among patients with cystic fibrosis [16].
12.42 If we do not want to assume normality for these distributions, then what statistical procedure can be used to compare the three groups?
12.43 Perform the test mentioned in Problem 12.42, and report a p-value. How do your results compare with a parametric analysis of the data?

TABLE 12.39 Relationship between protein concentration (mg/mL) of duodenal secretions to pancreatic
function as measured by trypsin secretion [U/(kg/hr)]
< 50
Trypsin secretion [U/(kg/hr)]
51-1000
>1000
Subject
number
Subject
number
Protein
Protein
Subject
number
Protein
concentration
concentration
concentration
1
1.7
1
1.4
1
2.9
2
2.0
2
2.4
2
3.8
3
2.0
3
2.4
3
4.4
4
2.2
4
3.3
4
4.7
5
4.0
4.4
5.0
6
4.0
6
4.7
6
5.6
7
5.0
7
6.7
7
7.4
8
6.7
8.
7.6
8
9.4
9
7.8
9
9.5
9.
10.3
10
11.7

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