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Saturating autocatalytic switch
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Physics
Branch of physics
Mathematical biology
Autocatalysis
Autocatalytic biochemical switch
Created
2026-09-24
Updated
2026-09-24
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For
g
˙
=
s
+
k
1
+
g
2
g
2
−
g
,
k
>
2
,
(1)
the zero-input stable states are
0
and
(
k
+
k
2
−
4
)
/2
. The switching threshold is the
saddle-node bifurcation
determined by
f
(
g
c
,
s
c
)
=
∂
g
f
(
g
c
,
s
c
)
=
0
on the low-concentration branch.
Table of contents
Strong-autocatalysis switching threshold
Saturating autocatalytic switch
Strong-autocatalysis switching threshold
0
0
0
Saturating autocatalytic switch
For
k
≫
1
, the low-concentration saddle node of the
saturating autocatalytic switch
has
g
c
∼
2
k
1
,
s
c
∼
4
k
1
.
(1)
Ancestors
(6)
Autocatalytic biochemical switch
Autocatalysis
Mathematical biology
Branch of physics
Physics
Home
Incoming links
(3)
Past exam of the mathematics course of the University of Cambridge
/
2008
/
ii
/
Paper 1
/
6B
/
Solution
Past exam of the mathematics course of the University of Cambridge
/
2023
/
ii
/
Paper 3
/
6C
/
Solution
Strong-autocatalysis switching threshold
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