Microbiology in Jeopardy!

1
Microbiology in Jeopardy!
-Microbial Metabolism
2
Anabolic pathways
Electron Transport
Photo-synthesis
Metabolism
Enzymes
Krebs cycle
Glycolysis
Wildcard
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200 200 200 200 200 200 200 200
300 300 300 300 300 300 300 300
400 400 400 400 400 400 400 400
500 500 500 500 500 500 500 500
600 600 600 600 600 600 600 Final Jeopardy
3
Glycolysis process starts from a monosaccharide
called______.
A1
4
Once cycle of glycolysis consumes ___molecules of
ATP and produces ____molecules of ATP.
A2
5
In bacteria, glycolysis is processed from the
site called _______.
A3
6
The number of CO2 molecules produced from one
cycle of glycolysis process.
A4
7
Total number of following molecules produced from
one cycle of glycolysis. Pyruvate NADH2 CO2
A5
A5
8
The name of the molecule which would contain
highest energy level after glycolysis.
A6
9
Pyruvate releases a CO2 to form this.
B1
10
These two types of important electron carriers
are released during TCA cycle.
B2
11
Name of the molecule which contains three
carboxyl groups in Krebs cycle.
B3
12
Names of the enzyme that is involved in NAD to
NADH2 production.
B4
13
Names of all three molecules produced from
pyruvate oxydation process.
B5
14
Names of the two molecules that lose one carbon
during Krebs cycle.
B6
15
Location where electron transport chain is
located in bacteria.
C1
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The condition that Krebs cycle and oxidative
phosphorylation would take place.
C2
17
Under aerobic conditions this is the terminal
electron acceptor.
C3
18
The force that allows ATP synthase to convert ADP
to ATP.
C4
19
Number of hydrogen ion pumps on the electron
transport chain.
C5
20
Number of ATP molecules produced from the
oxidative phosphorylation when all the electron
carriers from one TCA cycle go through the
process.
C6
21
In the bacteria, photosynthesis takes place from
______.
D1
22
The immediate function of light energy on
photosystem I and II during photosynthesis.
D2
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Another name for the light independent reaction
of photosynthesis.
D3
24
Name of the product during cyclic
photophosphorylation.
D4
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Source of carbon of Calvin-Benson cycle.
D5
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Name of the molecule from Calvin-Benson cycle
that feeds into glycolysis..
D6
27
Chemical digestion requires water (H2O). What
type of metabolism does it mean?
E1
28
NADH2 NAD 2H In the equation, NADH2 is
______ to NAD.
E2
29
In the endergonic reaction, products would have
_____ energy level than reactants.
E3
30
Three different processes of ATP production in
relation to chemical reactions.
E4
31
What is a common term of followings. Photosynthes
is Enzymes are needed Endergonic From
amino acids to polypeptides
E5
32
Name of the molecule.
E6
33
Enzyme is a catalyst. Explain the meaning of
the sentence.
F1
34
Label B, C, D, and F.
F2
35
What is the limiting factor of this reaction at
the arrow?
F3
36
Competitive inhibitor of an enzyme binds to the
_____ site of enzyme.
F4
37
Define hydrolase.
F5
38
Ligand binds to enzyme other than active site
which causes distortion of enzyme, consequently
blocking substrate binding to the enzyme. This
ligand is called____.
F6
39
Name of the molecule that digested fatty acids
would feed into the Krebs cycle.
G1
40
Name of the metabolic process which would provide
5-carbon sugar molecules to nucleotides.
G2
41
Name of the chemical process that an amino acid
takes off nitrogens to feed into glycolysis
process.
G3
42
Glycerol of triglyceride may be supplied by
glycolysis process as a form of ______.
G4
43
Name of the molecule from glycolysis that may be
able to supply sugar of nucleotides.
G5
44
Name of the molecule from Calvin-Benson cycle
that feeds into glycolysis process.
G6
45
Name of the two elements that are involved in
anaerobic respirations in bacteria.
H1
46
Number of CO2 molecules produced during lactose
fermentation process.
H2
47
Starch, glycogen, and cellulose are all made of
many molecules of glucose. What makes them to be
different in structure?
H3
48
Name of the molecule that is consumed during the
fermentation process.
H4
49
Total number of CO2 molecules produced from the
catabolic process of one molecule of glucose.
H5
50
What is the final electron receptor of the
oxidative cellular respiration?
H6