null
US
Sign In
Sign Up for Free
Sign Up
We have detected that Javascript is not enabled in your browser. The dynamic nature of our site means that Javascript must be enabled to function properly. Please read our
terms and conditions
for more information.
Next up
Copy and Edit
You need to log in to complete this action!
Register for Free
464062
Oxidation Practical
Description
Structural Basis for Biological Function (Membrane Proteins) Quiz on Oxidation Practical, created by gina_evans0312 on 05/01/2014.
No tags specified
membrane proteins
structural basis for biological function
structural basis for biological function
membrane proteins
Quiz by
gina_evans0312
, updated more than 1 year ago
More
Less
Created by
gina_evans0312
almost 11 years ago
441
0
0
Resource summary
Question 1
Question
What is the difference between Stage 3 & Stage 4?
Answer
Stage 3 is between ADP addition and ADP running out
Stage 3 is between ADP running out and oxygen running out
Stage 4 is between ADP running out and oxygen running out
Stage 4 is between O2 running out and ADP running out
Question 2
Question
Measuring oxygen consumption is done by looking at the change in the X co-ordinates
Answer
True
False
Question 3
Question
Once you've worked out the change in O2 concentraction, how do you calculate nmol O2 /min/mg protein
Answer
Divide by mg of protein
Divide by 60
Divide by O2 consumed
Question 4
Question
Assume a change in the axis of 15mm, and a protein concentration of 1.4mg. Calculate the Rate
Answer
25.7 nm Oxygen/min/mg protein
10.7 nm Oxygen/min/mg protein
50.4 nm Oxygen/min/mg protein
Question 5
Question
What is the equation for the respiratory control ratio?
Answer
Rate of phase 4/ Rate of phase 3
Rate of phase 3/ Rate of phase 4
Rate of phase 3 x Rate of phase 4
Question 6
Question
ADP/O ratio = Moles of ADP added/Moles of ADP consumed
Answer
True
False
Question 7
Question
To convert from O2 to O, what must you do?
Answer
Double it
Halve it
Square it
Question 8
Question
What must be checked before calculating the ADP/O ratio?
Answer
That both sides are in the same molar concentration
That the oxygen consumed has been converted into nm
That the ratio is positive
Show full summary
Hide full summary
Want to create your own
Quizzes
for
free
with GoConqr?
Learn more
.
Similar
Alternative Oxidase
gina_evans0312
Chemiosmosis
gina_evans0312
Cyt C Oxidase & F1F0
gina_evans0312
Prostaglandin Synthase & Multi-Enzyme Complexes
gina_evans0312
Electron Transport Chain
gina_evans0312
Protein Folding- The Basics
gina_evans0312
Molecular Motors- Helicases
gina_evans0312
Constituative Chaperones
gina_evans0312
Protein Structure Pt. 1
gina_evans0312
Chaperonins
gina_evans0312
Heat Shock Proteins
gina_evans0312
Browse Library