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You measure the initial rate of an enzyme reaction as a function of substrate concentration in the presence and absence of an inhibitor. The following data are obtained:
[S]
V0
-Inhibitor
+Inhibitor
0.0001
33
17
0.0002
50
29
0.0005
71
50
0.001
83
67
0.002
91
80
0.005
96
91
0.01
98
95
0.02
99
98
0.05
100
99
0.1
100
100
0.2
100
100
a) What is the Vmax in the absence of inhibitor?
b) What is the Km in the absence of inhibitor?
c) When [S] = 0.0004, what will V0 be in the absence of inhibitor?
d) When [S] = 0.0004, what will V0 be in the presence of inhibitor?
e) What kind of inhibitor is it likely to be?
Motor Output
The final pathway through which the brain sends signals to muscles to produce movement.
Dorsal Spinal Cord
The rear portion of the spinal cord, which processes sensory information from the body to the brain, particularly touch and proprioception signals.
Ventral Spinal Cord
The ventral spinal cord refers to the front portion of the spinal cord, involved in transmitting motor information from the brain to the body and sensory information from the body to the brain.
Serial Systems
Systems that perform operations in a sequence, one after the other.
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