Uploaded by Vineel Vanga

Note Sep 20, 2022 (2)

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GainingEnerst
Heterotroph
autotroph
cellsconvertenergy in glucose
ATP
Aerobiccellular respiration
prescence
Atp
of Oxygen
at
Y
energy
ADP p
Mitochondria
ofATPsynthesis in eukaryotes
primarysite
Redoxruns are
crucial
es are transferredfromone molecule to another
oxidationloss
of e
reduction
gainof é
crucial to cellular respiration
oxodized
as
6102 t 6h20
teastransferred in the form H cothrob f 602
of
ofH
gainofH
Oxidationloss
Reduction
cellularrespiration
of es from glucose to Oxygen
transfer
Electron Carriers
transfer
Reduced
of
NAD oxidizedform NADH reducedform
FAD oxidizedform FADH reducedform
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Glucose
at
p
Aerobic cellularrespiration
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Stage Glycolysis
LADP
06.00
2pyruvate
Glucose
P
2NADT
2ATP
2NADH
oooo
ooooo
NADt
inmate
I
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StayedConversionsofpyruvatetoacetylColt
2pyruvate 2acetylCoA82102
t
ipg
2AcetylCoA
It ad
14
11
1
oo
go.gg
I
Stage3 CitricAcidStyle
per 2acetylCoA 4002
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CitricAcid Cycle
N'In
0
8
2acetylEA UCO
LAPP P
GNADt
aAtp
GNADH
ooo
stage Goxidative phosphorylation
n
fff
I L
4proteincomplexes
8 aredonatedby earnersNADHIFADth
é's are transferreddown the chaintooxygen
energy is released
Htconsacrosstheinnermembrane
transport
electrochemical
gradient
Étiffijiggy
aroid
my g
aah
aging
g
H2O
ATPsynthest
the Htelectrochemicalgradientstoresenergy
ATPsynthase provides a channelforHtcons to diffusedowntheirgradient
which releases storedenergy
ill
ATPsynthase usestheenergyfromthe eChumgradienttosynthesizeATP
fromADPandPi
3enzyme as
Iturn
3ATP
Chemiosmosis
Fermentation
Anaerobic CellularRespiration
2Appt2Pi
of 0
Fate thepyruvatedepends theavailability
on
of
Fermentation
wage
no oxygen
andsomebacteria
Humansanimals
putsyeastsome by
aww
LacticAcid
duty
É
yygyf
2 pyruvate
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