kDa 245- 180. 140 100. 75. 60- 50 Loading Control 20- Leptin 15 10- Healthy Obese Obese + TE1 Obese + TE2 (Hypothetical immunoblot data for instruction/educational purposes only) Q.16 Based on the hypothetical blot above, was proper loading observed? Q.17 Assign intensity values (1-10) for each of the conditions above, then convert that to a bar chart by comparing it relative to "healthy" and paste it below (meaning divide each values to "healthy" value. Assume each value is the average for 3 trials so you could add error bars in your plot, and label it properly. I
kDa 245- 180. 140 100. 75. 60- 50 Loading Control 20- Leptin 15 10- Healthy Obese Obese + TE1 Obese + TE2 (Hypothetical immunoblot data for instruction/educational purposes only) Q.16 Based on the hypothetical blot above, was proper loading observed? Q.17 Assign intensity values (1-10) for each of the conditions above, then convert that to a bar chart by comparing it relative to "healthy" and paste it below (meaning divide each values to "healthy" value. Assume each value is the average for 3 trials so you could add error bars in your plot, and label it properly. I
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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Transcribed Image Text:kDa
245-
180.
140
100.
75.
60.
50-
Loading Control
40
35
30
25.
20
Leptin
15
10
Healthy
Obese
Obese + TE1
Obese + TE2
(Hypothetical immunoblot data for instruction/educational purposes only)
Q.16 Based on the hypothetical blot above, was proper loading observed?
Q.17 Assign intensity values (1-10) for each of the conditions above, then convert that to a
bar chart by comparing it relative to "healthy" and paste it below (meaning divide each
values to "healthy" value. Assume each value is the average for 3 trials so you could add
error bars in your plot, and label it properly. I
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