Table 1 Prior distributions for both two and three strain systems. Constant parameters have the same min and max value. \({K}_{{A}_{y}{B}_{z}}\), Kω, \({K}_{{A}_{y}}\) and \({KB}_{\mathrm{max}}z\) are sampled from log uniform distributions. The remaining parameters are sampled from uniform distributions.

From: Automated design of synthetic microbial communities

Parameter/state variable

Description

Prior (min)

Prior (max)

Units

Citation

Parameters

CN

OD to cell number scaling factor

1e9

1e9

None

N/A

CB

Microcin scaling factor

1e−9

1e−9

None

N/A

CA

QS scaling factor

1e-9

1e−9

None

N/A

D

Dilution rate

0.01

0.2

h−1

N/A

\({K}_{{A}_{y}{B}_{z}}\)

Half-maximal QS promoter activation/repression from Ay to Bz

1e−9

1e−6

M

81

Kx

Monod’s half-saturation constant

3.9e−5

3.9e−5

M

82

Kω

Half-saturation killing constant

1e−7

1e−6

M

83,84

S0

Substrate concentration of input media (0.4% glucose)

0.02

0.02

M

M9 media

γ

E. coli substrate yield

1e11

1e11

cell M−1

85

\({k}_{{A}_{y}}\)

Production rate of AHL per cell

1e−22

1e−15

M h−1

86

\(K{B}_{\max }z\)

Maximal expression rate of microcin

1e−22

1e−15

M h−1

6

\({\mu }_{{x}_{\max }}\)

Maximum growth rate

0.4

3

h−1

39,40

nz

Hill coefficient AHL induced expression

1

2

M

81

nω

Hill coefficient for killing

1

2

M

81

\({\omega }_{\max }\)

Maximum rate of bacteriocin killing

0.5

2.0

M−1 h−1

83,84,87

Initial state variable

N

OD of strain

0.01

0.5

OD

N/A

S

0.4% glucose concentration

0.02

0.02

M

N/A

B

Microcin concentration

1e−81

1e−81

M

N/A

A

QS concentration

1e−10

1e−10

M

N/A