Summary: Enzymes A Practical Introduction To Structure, Mechanism, And Data Analysis | 9780471461852 | Robert A Copeland
- This + 400k other summaries
- A unique study and practice tool
- Never study anything twice again
- Get the grades you hope for
- 100% sure, 100% understanding
Read the summary and the most important questions on Enzymes A Practical Introduction to Structure, Mechanism, and Data Analysis | 9780471461852 | Robert A. Copeland
-
2 Chemical bonds and reactions in biochemistry
-
2.1.1 Atomic orbitals
This is a preview. There are 1 more flashcards available for chapter 2.1.1
Show more cards here -
What is the 1st quantum number?
Energy level
n
In first, second, third enz shell -
What is the 2nd quantum number?
Shape
l
0,1,2 -
What is the 4th quantum number?
spinning
s
clockwise +0,5
counter clockwise -0,5 -
2.1.2 Molecular orbitals
-
What are molecular orbitals?
bonding and anti bonding orbitals -
Which orbital has higher potential energy?
antibonding orbitals -
2.1.3 Hybrid oribitals
This is a preview. There are 2 more flashcards available for chapter 2.1.3
Show more cards here -
How looks a S orbital?
Round -
How looks a P orbital?
like a 8 -
What kind of bond is the second, third and forth?
π bond made of left over p orbital -
2.2 Thermodynamics of Chemical Reactions
This is a preview. There are 2 more flashcards available for chapter 2.2
Show more cards here -
When do you have a endothermic or exothermic reaction?
ΔG<0 spontaneous process
ΔG>0 non spontaneous -
2.2.1 The Transition State of Chemical Reactions
This is a preview. There are 4 more flashcards available for chapter 2.2.1
Show more cards here -
What is the transition state?
State inbetween with high free energy, so unstable.
- Higher grades + faster learning
- Never study anything twice
- 100% sure, 100% understanding
Topics related to Summary: Enzymes A Practical Introduction To Structure, Mechanism, And Data Analysis
-
Chemical bonds and reactions in biochemistry
-
Structural components of enzymes
-
Chemical Mechanisms in Enzyme Catalysis - Substrate-active site complementarity
-
Chemical Mechanisms in Enzyme Catalysis - Chemical Mechanisms for Transition State Stabilization
-
Experimental measures of enzyme activity - Factors effecting the velocity of enzymatic reactions
-
Reversed inhibitors - Dose-Response Curves of Enzyme Inhibition