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The highest conversion efficiency (41%) was attained using 1.33 vvm aeration rate and 40% immobilized system.
Optimisation of the sensor design, the modifier content and the immobilisation and hybridisation times was attained using a simple nucleotide sequence.
The maximum hINF-β production of 61 mg l−1 was attained using minimum medium and the following predicted optimal conditions: temperature of 32.5 °C, cell density of 0.64, and inducer concentration of 0.30 M NaCl.
Protein purification was achieved using a nickel affinity column and, for the first time, direct quantification of ChABC down to 0.1 nM was attained using an in-house HIS/FLAG double tag ELISA.
The best result (35% increase of the battery capacity at the 50th cycle) was attained using 5 wt.% of 2,2,12,12-tetramethyl-4,10-diphenyl-3,11-dioxa-6,7,8-trithia-2,12-disilatridecane.
With BPPG, best results were attained using 0.10 mol L−1 H2SO4 as supporting electrolyte, whereas with BDD and a-CNx, this was attained using a 0.040 mol L−1 BR buffer (pH 4.5).
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Results revealed that a significant enhancement of fuel cell performance is attained using the new designs.
Analytical frequencies and mode shapes have been attained using ANSYS finite element program.
Engineering solutions to continuous problems can be attained using discretization methods.
Faster speeds can be attained using ramjets, which forgo the compressor and use a specially shaped inlet to slow and concentrate air.
The single input and multiple output data are attained using multiport electrodes fabricated over a relatively large area single nanotube ensemble.
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