Formation Mechanism of Microbial Diversity in Artificial Intelligence Devices due to Intermediate Disturbance by Low-Dose UV Radiation for Complementary Medicine
Table 1
Parametric intervals in the kinetic models.
Parameter
Unit
Parametric interval
Significance
Without LDUVR
With LDUVR
μi
h−1
(0.24, 1.36)
The i-th microbial species’ particular growth rate.
αi
(log10 CFU−1) ml·h−1
(0.05, 1)
The i-th microbial species’ intraspecific competition coefficient.
βij
(log10 CFU−1) ml·h−1
(0.16, 1)
The j-th microbial species’ inter-specific competition coefficient on the i-th microbial species’ growth rate.
ci
mg·h−1
(136.23, 518.76)
The i-th microbial species’ highest rate of substrate production
γi
mg (log10 CFU)−1 ml
(3.32, 12.55)
The consumption coefficient of substrates by the i-th microbial species
ε1
W·Hz−1
(0, 2)
[2, 10]
Environmental disturbance to μi
ε2
W·Hz−1
(0, 2)
[2, 10]
Environmental disturbance to αi
ε3
W·Hz−1
(0, 2)
[2, 10]
Environmental disturbance to βij
ε4
W·Hz−1
(0, 2)
[2, 10]
Environmental disturbance to ci
ε5
W·Hz−1
(0, 2)
[2, 10]
Environmental disturbance to γi
Kik
mg
(1.23·105, 1.82·105)
The i-th microbial species’ half-saturation constant while growing on the k-th substrate.
di
h−1
(0.03, 0.58)
The i-th microbial species’ metabolic coefficient.
Zi
(log10 CFU) ml−1
(42, 177)
The substrates produced by the i-th microbial species’ half-saturation constant.
rk
%
(0, 80)
The percentage of all substrates generated by the microbial population to the k-th substrate.
hk
%
(0, 80)
The proportion of the k-th substrate to total substrates consumed by microbial community.
