MASTER SUMMARY OF BIOCHEMICAL PATHWAYS & AMINO ACID CLASSIFICATIONS TABLE

triacylglycerides' catabolism
In theLiver ... Glycolysis/Guconeogenesis
+
WADt NADH + H
ADP




①
When insulin (fasting) -H Ar Not
&
Ot
-
Lo POz2- -
2 0
-OH
↳
TRIUSE
PHOJPHATE
O
-I
N- ~




GLYCEROL OPOg2
Y
Ho
10 GLYCEROL
epinen a se
Ol I
-




I SOMELASE
-




L-Glycerol

hume ywuyon
KINASE
, inside 3-phosphate
PHOSPHATE
Dihydroxy acetone - pozz-
DEHYOROGE-
000000000 Elycerol phosphale
Adeny
NASE
O
lath nan
nana Gycealdehyde
wurvvuv Cyclase vorvv

↑
perfect eq (constant 1)
VVV desirise 3-phosphale
=
not =>
00000000
.




000000000
outside
.


P m
000
G-protein




&
7TM
-X-subunit 3Ht O



S Il
activates Acyc COA O



-1
7 transmem- SYNTHETASE Il
Amo HS-COA <-
-




↑ -CA
(cyclic +
brunf
ATP CAMP o- X -
*

receptor activates
- fally acy 1 R COA

& Y CoA


-
↑ lipaces
+
Alp
Ampto Acyl
5H20 O
p


·-
KINASE (acrivation PyROPHOSPHATASE
&
Diacy Iglycerol 8 Acyl Carminine




IA
A Pi -
Carnitine
phosphoriylates degradated now
>
T
I




ACYCTRANSFERASE




i Transco
gets CARNITININE -




to avoid
TRIALY LEYCEROL due
LIPASE
TRIACYCGUCEROL 2


backword rxn no nu
LIPASE
wurru
⑦O
- Triacylglyceo t pefe CARNIRNE
000000


did
↑ ↑ - ana
T
Acultransferase

mi a Carnihn
-- 1 carniline
E
S ↑
S




owcayon Insulin
4
:
Cot COA
Acyl I



O

CoA Ex) Palmitale (16C)
R
=x) g-



AyCoenase FADH2

CA


B-OXIDATION PATWAY (Mitochundial
- ,

trans-82 -

Enoy/CoA

H+ + NADH Was
Enolot
"
The-CoA Y1scon
&
,
O
O

R Il Con
-1 s t Il con -


CIs oxidation
Hz lot CoA
Acyl CoA
B-Ketothiolase L-3-hydroxy acyl L-3-Hydroxyacy1
Acetyl CoA
1-2 Cabons) 3-Ketoacyl COA dehydrogenase !
(Ex)2c)
(EX) 14C)

,