This example focuses on the concept of enzymes as a whole. Instead of using phrases, the diagram uses sentences to explain each component of an enzyme. The creator categorizes each element by using various colors. This is another creative mind mapping enzyme concept map where you do not need to do more research since descriptions are already available on the chart.
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Outline
enzyme concept map
enzyme concept map
Used to explain the relationship between a substrate and an enzyme. In this analogy, the lock refers to an enzyme while the key symbolizes the substrate.
Only the correct key (substrate) fits into the lock's (enzyme) keyhole (active site)
A substance produced by a living organism that acts as a catalyst to bring about a specific biochemical reaction
Enzyme names end in -ase and are often based of the substrate
EX: DNA Polymerase, Alcohol Dehydrogenase, Lactase
Developed from amino acids and are classified as proteins. Enzymes are made up of a string of 100-1,000 amino acids in a very specific and unique way. The strand is then folded into a shape associated with the enzyme.
Enzymes are tasked with controlling the speed of chemical reactions in the body
Floating Topic
lock and key model
how enzymes are named
enzymes
Regions on an enzyme that binds to a protein or other substance during a reaction
Are defined by..
Active Sites
how enzymes are made
When the active site on an enzyme makes contact with the proper substrate, the enzyme molds itself to the shape of the molecule
Molecules tasked with binding to an enzyme and assisting in a reaction. These can bind and react with many different enzymes.
Sardines, Salmon, Milk
Milk, Peas, Liver
A substance or layer that underlies something, or on which a process occurs; the substance on which an enzyme carries out reaction
Foods Abundant in this Co-Enzyme
Vitamin B-12
Foods Abundant in this Co-Enzyme
Vitamin B-5
Sunflower Seeds, Avocados, Corn
Foods Abundant in this Co-Enzyme
riboflavin
examples
is defined as
substrate
are defined as
co-enzymes
is defined as
are defined as
function of enzymes
the induced fit model
enzyme concept map
1
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enzyme concept map
enzyme concept map
Used to explain the relationship between a substrate and an enzyme. In this analogy, the lock refers to an enzyme while the key symbolizes the substrate.
Only the correct key (substrate) fits into the lock's (enzyme) keyhole (active site)
A substance produced by a living organism that acts as a catalyst to bring about a specific biochemical reaction
Enzyme names end in -ase and are often based of the substrate
EX: DNA Polymerase, Alcohol Dehydrogenase, Lactase
Developed from amino acids and are classified as proteins. Enzymes are made up of a string of 100-1,000 amino acids in a very specific and unique way. The strand is then folded into a shape associated with the enzyme.
Enzymes are tasked with controlling the speed of chemical reactions in the body
Floating Topic
lock and key model
how enzymes are named
enzymes
Regions on an enzyme that binds to a protein or other substance during a reaction
Are defined by..
Active Sites
how enzymes are made
When the active site on an enzyme makes contact with the proper substrate, the enzyme molds itself to the shape of the molecule
Molecules tasked with binding to an enzyme and assisting in a reaction. These can bind and react with many different enzymes.
Sardines, Salmon, Milk
Milk, Peas, Liver
A substance or layer that underlies something, or on which a process occurs; the substance on which an enzyme carries out reaction
Foods Abundant in this Co-Enzyme
Vitamin B-12
Foods Abundant in this Co-Enzyme
Vitamin B-5
Sunflower Seeds, Avocados, Corn
Foods Abundant in this Co-Enzyme
riboflavin
examples
is defined as
substrate
are defined as
co-enzymes
is defined as
are defined as
function of enzymes
the induced fit model
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This work was published by EdrawMind user Oliveettom and does not represent the position of Edraw Software.
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Oliveettom
enzyme concept map
enzyme concept map
