, RESPIRATION
All living organisms need energy for biological
processes
. Energy is stored in organic molecules
(glucose) The energy in these molecules is
released during respiration
. This is used to
synthesise ATP which is then used wi
reactions such as ATP .
Respiration also energy helping produces heat ,
multi-cellular organisms to coordinate
&
processes . mountaining
e g stable body temp
.
.
Link reaction
contains and Krebs Glycolysis occurs
DNA + ribosomes
cycle here
So enzymes can &
Matrix Cytoplasm
be synthesised . Ribosomes
Electron transport chain
Cristae
S
-
has &
Protes
needed for -
protei site of
synthesis ATP
Inner membrane folds Synthesis
guies into crista for a larger ~
greater surface area. Protein
surface synthesis also
area so happens here.
more
&
contains
&
proteins protein
channesOuter membrane
+ enzymesInter membrane space So molecules
can
needed for move through for
respiration can respirati ou
embed to make ATP less permeable than
outer membrane
tomaintani proton
gradient so that ATP
can be made
All living organisms need energy for biological
processes
. Energy is stored in organic molecules
(glucose) The energy in these molecules is
released during respiration
. This is used to
synthesise ATP which is then used wi
reactions such as ATP .
Respiration also energy helping produces heat ,
multi-cellular organisms to coordinate
&
processes . mountaining
e g stable body temp
.
.
Link reaction
contains and Krebs Glycolysis occurs
DNA + ribosomes
cycle here
So enzymes can &
Matrix Cytoplasm
be synthesised . Ribosomes
Electron transport chain
Cristae
S
-
has &
Protes
needed for -
protei site of
synthesis ATP
Inner membrane folds Synthesis
guies into crista for a larger ~
greater surface area. Protein
surface synthesis also
area so happens here.
more
&
contains
&
proteins protein
channesOuter membrane
+ enzymesInter membrane space So molecules
can
needed for move through for
respiration can respirati ou
embed to make ATP less permeable than
outer membrane
tomaintani proton
gradient so that ATP
can be made
