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Douglas B. Kell

Researcher at University of Liverpool

Publications -  657
Citations -  55792

Douglas B. Kell is an academic researcher from University of Liverpool. The author has contributed to research in topics: Systems biology & Dielectric. The author has an hindex of 111, co-authored 634 publications receiving 50335 citations. Previous affiliations of Douglas B. Kell include Max Planck Society & University of Wales.

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In silico modelling of directed evolution: Implications for experimental design and stepwise evolution

TL;DR: Making use of the NK fitness landscape model, the effects of mutation rate, crossover and selection pressure on the performance of directed evolution are analysed and it is found that purely evolutionary techniques fare better than do model-based approaches across all but the smoothest landscapes.
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Software review: the KNIME workflow environment and its applications in genetic programming and machine learning

TL;DR: Software comes in various forms, from the hair shirt style of the command line to fully blown, GUI-based commercial offerings, in which loosely coupled, individual processing nodes can be ?
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Involvement of multiple influx and efflux transporters in the accumulation of cationic fluorescent dyes by Escherichia coli

TL;DR: High-throughput flow cytometry is used to assess the ability of individual gene knockout strains of E coli to take up two membrane-permeable, cationic fluorescent dyes, namely the carbocyanine diS-C3(5) and the DNA dye SYBR Green, concluding that the uptake of these dyes may be catalysed by a great many transporters of putatively broad and presently unknown specificity.
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Confirmation by using mutant strains that the membrane-bound H+-ATPase is the major source of non-linear dielectricity in Saccharomyces cerevisiae

TL;DR: This conclusion is greatly strengthened by the demonstration herein that the generation of harmonics by a strain containing a vandate-resistant H(+)-ATPase is also highly resistant to sodium metavanadate.
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Proton-coupled energy transduction by biological membranes. Principles, pathways and praxis

TL;DR: Observations lead to the view that the energy-coupling proton-transfer processes utilised in reactions such as electron-transport phosphorylation are confined to the membrane phase.