Else set G(D) ← G b(D); Construct the minimal trellis module for G(D) with the method presented in [6]; Adopt the systematic convention on the minimal trellis module obtained in the previous step.
Construct the minimal trellis module for G(D) with the method presented in [6]; 4.
Further, the goal is to complete the delivery with minimal distance (D) and least total cost, with (d_{{uleft( {i,k} right),uleft( {i + 1,k} right)}}) denoting the distance traveled for vehicle (k) from customer (i) to customer (i + 1), (d_{k}) the total distance traveled by a vehicle (k), and (N_{k}) the number of customers visited by vehicle (k).
The growth rates in minimal medium with D-galacturonate (0.06 h−1) and D-glucuronate (0.05 h−1), respectively, obtained with C. glutamicum WT pHexA)(pVWEx1-exuT) are five to six times lower than with glucose.
In addition, unlike the prespecified RAM structure with five types of cells assumed in the model [ 17], the same auxin pattern was generated in the 2 D minimal model with the only two cell types.
For the 1 D minimal model with number of cell N = 50, we estimated several sets of parameter values that gave steady-state solutions with auxin distribution matching the experimentally observed pattern reported by Sabatini et al. (1999) ([ 3]; Figure 4B-C; [Additional files 1: Text S3; 3; 4: I]).
When calculating 1 D minimal model with a moderately (no more than twofold) decreased K 0 value, we observed a shift of the distal auxin maximum from the root tip towards its middle and a decrease in this maximum, which fit the experimental data.
The strain produced 0.7 ± 0.1 mg (g CDW −1 lycopene in minimal medium with D-galacturonate and 0.8 ± 0.3 mg (g CDW −1 lycopene with D-glucuronate (Table 3).
A. nidulans strains were pre-grown for 24 h in the minimal medium with d-glucose replaced by 2% polypeptone (Wako Chemicals Ltd., Japan).
Highly competent E. coli BTH101 harboring the bait plasmid pKT25_ dynA were transformed with the library aiming at 200,000 transformants and plated on M63 minimal medium with D-maltose as sole carbon source supplemented with appropriate antibiotics.
