ADP, ATP and
ADP, ATP and
Cellular
Cellular
Respiration
Respiration
Copyright Cmassengale
What Is ATP?
What Is ATP?
Energy used by all Cells
Energy used by all Cells
Adenosine Triphosphate
Adenosine Triphosphate
Organic molecule containing high-
Organic molecule containing high-
energy Phosphate bonds
energy Phosphate bonds
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Chemical Structure of ATP
Chemical Structure of ATP
3 Phosphates Ribose Sugar
Adenine Base
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What Does ATP Do for
What Does ATP Do for
You?
You?
It supplies YOU with
It supplies YOU with ENERGY!
ENERGY!
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How Do We Get Energy From
How Do We Get Energy From
ATP?
ATP?
By breaking
By breaking
the high-
the high-
energy bonds
energy bonds
between the
between the
last two
last two
phosphates
phosphates
in ATP
in ATP
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What is the Process Called?
What is the Process Called?
HYDROLYSIS (Adding H
HYDROLYSIS (Adding H2
2O)
O)
H2O
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How Does That Happen?
How Does That Happen?
An Enzyme!
An Enzyme!
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How is ATP Re-Made?
How is ATP Re-Made?
The reverse of the previous
The reverse of the previous
process occurs.
process occurs.
Another Enzyme is
Another Enzyme is
used!
used!
ATP Synthetase
ATP Synthetase
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The ADP-ATP Cycle
The ADP-ATP Cycle
ATP-ase
ATP-ase
ATP
ATP
Synthetase
Synthetase
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When is ATP Made in the
When is ATP Made in the
Body?
Body?
During a
During a
Process called
Process called
Cellular
Cellular
Respiration
Respiration
that takes
that takes
place in both
place in both
Plants &
Plants &
Animals
Animals
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Cellular Respiration
Cellular Respiration
 Includes pathways that require
Includes pathways that require
oxygen
oxygen
 Glucose is
Glucose is oxidized
oxidized and O
and O2
2 is
is
reduced
reduced
 Glucose breakdown is therefore
Glucose breakdown is therefore
an
an oxidation-reduction
oxidation-reduction reaction
reaction
 Breakdown of one glucose
Breakdown of one glucose
results in
results in 36 to 38 ATP
36 to 38 ATP
molecules
molecules
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Overall Equation for
Overall Equation for
Cellular Respiration
Cellular Respiration
6CO
6CO2
2 + 6H
+ 6H2
20 + e
0 + e-
-
+ 36-38
+ 36-38ATP’s
ATP’s
C
C6
6H
H12
12O
O6
6 + 6O
+ 6O2
2
YIELDS
YIELDS
Copyright Cmassengale

ATP......................?.?............

  • 1.
    ADP, ATP and ADP,ATP and Cellular Cellular Respiration Respiration Copyright Cmassengale
  • 2.
    What Is ATP? WhatIs ATP? Energy used by all Cells Energy used by all Cells Adenosine Triphosphate Adenosine Triphosphate Organic molecule containing high- Organic molecule containing high- energy Phosphate bonds energy Phosphate bonds Copyright Cmassengale
  • 3.
    Chemical Structure ofATP Chemical Structure of ATP 3 Phosphates Ribose Sugar Adenine Base Copyright Cmassengale
  • 4.
    What Does ATPDo for What Does ATP Do for You? You? It supplies YOU with It supplies YOU with ENERGY! ENERGY! Copyright Cmassengale
  • 5.
    How Do WeGet Energy From How Do We Get Energy From ATP? ATP? By breaking By breaking the high- the high- energy bonds energy bonds between the between the last two last two phosphates phosphates in ATP in ATP Copyright Cmassengale
  • 6.
    What is theProcess Called? What is the Process Called? HYDROLYSIS (Adding H HYDROLYSIS (Adding H2 2O) O) H2O Copyright Cmassengale
  • 7.
    How Does ThatHappen? How Does That Happen? An Enzyme! An Enzyme! Copyright Cmassengale
  • 8.
    How is ATPRe-Made? How is ATP Re-Made? The reverse of the previous The reverse of the previous process occurs. process occurs. Another Enzyme is Another Enzyme is used! used! ATP Synthetase ATP Synthetase Copyright Cmassengale
  • 9.
    The ADP-ATP Cycle TheADP-ATP Cycle ATP-ase ATP-ase ATP ATP Synthetase Synthetase Copyright Cmassengale
  • 10.
    When is ATPMade in the When is ATP Made in the Body? Body? During a During a Process called Process called Cellular Cellular Respiration Respiration that takes that takes place in both place in both Plants & Plants & Animals Animals Copyright Cmassengale
  • 11.
    Cellular Respiration Cellular Respiration Includes pathways that require Includes pathways that require oxygen oxygen  Glucose is Glucose is oxidized oxidized and O and O2 2 is is reduced reduced  Glucose breakdown is therefore Glucose breakdown is therefore an an oxidation-reduction oxidation-reduction reaction reaction  Breakdown of one glucose Breakdown of one glucose results in results in 36 to 38 ATP 36 to 38 ATP molecules molecules Copyright Cmassengale
  • 12.
    Overall Equation for OverallEquation for Cellular Respiration Cellular Respiration 6CO 6CO2 2 + 6H + 6H2 20 + e 0 + e- - + 36-38 + 36-38ATP’s ATP’s C C6 6H H12 12O O6 6 + 6O + 6O2 2 YIELDS YIELDS Copyright Cmassengale