Using the following glycolisis diagram,a. name all the steps in citric acid cycle, what are the intermediates. refer to the diagram given.b. Is glycolysis endothermic or exothermic. cooIHỘ CKOCH₂!cooØCooCHIHCcooNADWATERNADHFumarate8VAMALATEFAD SADNAD+NADH+H*FUMARATEHỌ-CH0-0-000CM₂cooCooOxalocateCH₂cooIFADH₂COOIHCCHSuccinatecoocooCH₂1OLcooFADS-COA!C=OCH₂Acetyl CoADPCOA-SHCOA-SH@Citric Acid CycleGIP GEPO=C15ACETYL COACooSUCCINATECH₂CoocooCH₂NO-C-COOCH₂OKALOACETATESuccinyl Cocoo1CH₂CH₂CooICH₂cooCitate1.C=OTCOA SHS-COAC-OCH₂GTPADPCOA-SHCOO COA-SHCH₂ICOA-SHNACH+HeNADCOOICH₂KREBS CYCLEATPCH₂IHỌ- C-600"CooSUCCINYL COAcooH₂OIsocrateCH₂CH₂GOP C=OS-COAMỘT CHa-ketoglutaratCOOcooiCH₂IHC-COOLCH₂ICH₂C-ocooCITRATEWATERcoo(co₂WATERcoo ISOCITRATEICH₂CH-COOHO-CHNACHcoocooCH₂NAD+NADH+HICH₂C-o (KETOGLUTARATECOO™NAD+(co₂)NADH+H+ Change in free energy, AG (in kcal/mol)100-0Glucose-100--200-300ATPATP-600GLYCOLYSIS-700©2011 Pearson Education, Inc.NADHATPPyruvate-400- In each of thesedrops, energy is-500 transferred toAcetyl COAenergy-storingmolecules ATP,NADH, and FADH₂PYRUVATE PROCESSINGAND CITRIC ACID CYCLEATPNADHNADHNADHATP- FADH2NADHOxaloacetate

Cellular respiration is a collection of three metabolic pathways that generate ATP by the oxidation…

Answered: Using the following glycolisis diagram,…

Using the following glycolisis diagram, a. name all the steps in citric acid cycle, what are the intermediates. refer to the diagram given. b. Is glycolysis endothermic or exothermic

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Question

Using the following glycolisis diagram,

a. name all the steps in citric acid cycle, what are the intermediates. refer to the diagram given.

b. Is glycolysis endothermic or exothermic.

coo
I
HỘ C
KO
CH₂
!
coo
Ø
Coo
CH
I
HC
coo
NAD
WATER
NADH
Fumarate
8
VA
MALATE
FAD SAD
NAD+
NADH+H*
FUMARATE
HỌ-CH
0-0-000
CM₂
coo
Coo
Oxalocate
CH₂
coo
I
FADH₂
COO
I
HC
CH
Succinate
coo
coo
CH₂
1
OL
coo
FAD
S-COA
!
C=O
CH₂
Acetyl Co
ADP
COA-SH
COA-SH
@
Citric Acid Cycle
GIP GEP
O=C
1
5
ACETYL COA
Coo
SUCCINATE
CH₂
Coo
coo
CH₂
NO-C-COO
CH₂
OKALOACETATE
Succinyl Co
coo
1
CH₂
CH₂
Coo
I
CH₂
coo
Citate
1.
C=O
T
COA SH
S-COA
C-O
CH₂
GTP
ADP
COA-SH
COO COA-SH
CH₂
I
COA-SH
NACH
+He
NAD
COO
I
CH₂
KREBS CYCLE
ATP
CH₂
I
HỌ- C-600"
Coo
SUCCINYL COA
coo
H₂O
Isocrate
CH₂
CH₂
GOP C=O
S-COA
MỘT CH
a-ketoglutarat
COO
coo
i
CH₂
I
HC-COO
L
CH₂
I
CH₂
C-o
coo
CITRATE
WATER
coo
(co₂
WATER
coo ISOCITRATE
I
CH₂
CH-COO
HO-CH
NACH
coo
coo
CH₂
NAD+
NADH+H
I
CH₂
C-o (KETOGLUTARATE
COO™
NAD+
(co₂)
NADH+H+

Change in free energy, AG (in kcal/mol)
100-
0
Glucose
-100-
-200
-300
ATPATP
-600
GLYCOLYSIS
-700
©2011 Pearson Education, Inc.
NADH
ATP
Pyruvate
-400- In each of these
drops, energy is
-500 transferred to
Acetyl COA
energy-storing
molecules ATP,
NADH, and FADH₂
PYRUVATE PROCESSING
AND CITRIC ACID CYCLE
ATP
NADH
NADH
NADH
ATP
- FADH2
NADH
Oxaloacetate

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Step 1: Cellular respiration

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Step 2: Citric acid Cycle or Krebs Cycle or TriCarboxylic Acid Cycle

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Step 3: Glycolysis being exothermic/endothermic

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