Over the 88-day study, cumulative nitrogen removal was 1.28 mol m−2, of which 1.09 mol m−2 was retained in plant tissue, with plant uptake ranging from 2.4 to 27.0 µmol N g−1 dry weight day−1.
Ferries operating between Aarhus and Sjællands Odden include HSC KatExpress 1 and HSC KatExpress 2, the world's largest diesel powered catamarans, and HSC Max Mols all of which cater to foot passengers, private vehicles and trucks.
Galvanostatic cycling at a current of 60 mA/g in the voltage range 0.005 3.0 V on the 5 wt.% C-coated CaWO4 gave a reversible capacity of 230 ± 5 mAh/g corresponding to 2.5 mol of Li, which is almost stable from 20 to 50 cycles.
Overall, the number of binding sites was less than unity (about 0.7 per mol of sites), which may reflect some endogenous substrate bound to a fraction of the purified protein (see below) and/or an overestimation of the protein concentration.
Expectedly, the selectivity of the main alcohol dehydrogenase was extremely high [ 59] and cofactor recycling by NOX allowed reaching the maximum yield using only 6.5% mol of cofactor, which means that one mol of cofactor was recycled up to 10 times per reaction cycle under the conditions studied here.
The reaction was initiated by the addition of 2.5 × 10-6 mof of EDC, which was repeated two more times at time intervals of 30 min. Reactions were carried out at room temperature (~22°C) with gentle stirring in 2 ml Eppendorf tubes for a total of 2 h.
The engineered strain ZX1 (pXaraBAD, pEacsAgltA) produced 74.4 mM succinate with a yield of 0.58 mol (mol arabinose)−1, which represented 69.9% of the theoretically maximal yield.
To obtain only WC it was required the addition of more than 0.8 mols of C, which indicates that the reaction may have occurred through a gaseous phase reaction mechanism.
A solution containing NaCl (10 mol m−3), the volume of which was 50 circulatedlated from the desalination compartment with a flow velocity of 1 cm3 s−1 (first liquid line).
These studies were compared with the response following the addition of H2O (0.7 mol L−1), the presence of which is required to form protonated reduction products and CO.
Furthermore, when a low-substrate-specificity PHA synthase from Pseudomonas stutzeri 1317 was employed, recombinant E. coli synthesized 12.10 wt% of cell dry weight scl mcl PHA copolymers, of which 21.18 mol% was 3-hydroxybutyrate and 78.82 mol% was medium-chain-length monomers.
