208
Chapter 6
s + K,
(6.23a)
k,s
(
\
(6.23b)
s + K
,
1
+ -
K ...
In (6.23a) the simple Michaelis Menten kinetics is used, and in (6.23b) the competitive inhibition
scheme (6.10) where the intermediate
S,
forms a dead-end complex with the free form of the
enzyme that catalyzes r.
The second reaction
r2
of (6.22) is assumed to follow simple Michaelis Menten kinetics:
(6.24)
In order to reduce the number of parameters somewhat the following dimensionless variables and
parameters are introduced:
k\
s\
J
y
=
j'= —
k2
S
k2
b =
Ky
>
C
^
S
S
s
(6.25)
r \
k \
1
+ b
(6.23a), and
1
+
61
+
J'=-
k2
y
y
+
c
(6.23b)
(6.26)
previous page 231 Bioreaction Engineering Principles, Second Edition  read online next page 233 Bioreaction Engineering Principles, Second Edition  read online Home Toggle text on/off