問題一覧
1
FRUCTOSE IN LIVER
G3-P/DHAP
2
GALACTOSE
Glucose 6-P
3
How many ATP per gluc is required to 2nd ATP gen
2
4
Glycolysis produced how many ATP and NADH
2
5
Enzyme of 2nd irreversible step
pfk-1
6
Glycolysis can be
aerobic or anaerobic
7
Two phase of glycolysis
energy investment,energy payoff
8
Glucose phosporylation
to trap and activate glucose inside cell
9
MANNOSE
Fructose 6-P
10
Complete rxn:
gluc+2nad++2adp+2pi~2pyruv+2nadh+2h++2atp+2h2o
11
Activates the subsequent phosphoryl transfer
dehydration
12
Phosphorylation of glucose and its conversion to glyceraldehyde 3-phosphate
energy investment
13
Encloses the C-C cleavage products that are interconvertible
2nd irreversible step
14
2 NADH per Glucose produced
phosphorylation coupled to oxidation
15
2nd irreversible step of energy investment
second phosporylation
16
Preparation for succeeding glycolictic rxn
isomerization
17
Oxidative conversion of glyceraldehyde 3-phosphate to pyruvate and the coupled formation of ATP and NADH
energy payoff
18
Enzyme for glucose phosphorylation?
hexokinase
19
reverse rxn of aldol condensation
aldol cleavage
20
enzymes in 3rd irreversible step
pyruvate kinase
21
Required ATP per glucose of investment phase
2
22
3rd irreversible step
2nd ATP gen
23
2 ATP per Glucose produced
ATP generation/substrate level phosphorylation
24
1st irreversible step in INVESTMENT PHASE
glucose phosphorylation
25
the initial, oxygen-independent stage of cellular respiration where glucose is broken down into pyruvate, producing ATP and NADH, and it occurs in the cytoplasm of all cells
glycolysis
26
To funnel single pathways
isomerization
27
Location of glycolysis
cytosol
28
is a series of catabolic reactions that extract energy from glucose by splitting it into two three-carbon molecules called pyruvates.
glycolysis