Finally, the prospect of anaerobic fermentative biohydrogen production is proposed in three study areas, namely developing new techniques for breeding hydrogen-producing bacteria, exploitations of more strains and gene resources, and intensifying the application of microbial molecular breeding in hydrogen production.
However, the complex metabolic characteristics and the difficulty of performing genetic manipulations on these bacteria fostered the exploitation of other well established cell factories.
The present study catalogued the cultivable and total bacterial diversity associated with laboratory cultures of E. huxleyi and Coccolithus pelagicus f. braarudii with the aim of uncovering associations and potential interactions between bacterial taxa and coccolithophores and generating a library of taxonomically defined cultivable bacteria for biotechnological exploitation.
This technology has revolutionized eukaryotic genome editing, and we are at the cusp of full exploitation in bacteria.
As these molecules are metabolically costly to produce, populations of cooperating bacteria are open to exploitation by 'cheating' mutants, who enjoy the fruits of their neighbours' efforts but pay none of the associated costs 4, 7 11.
Unfortunately, because there may be a gap between the availability of the requisite resource and its exploitation by bacteria, such events provide only an upper bound to the date of appearance of a bacterial lineage and are therefore of limited used for calibrating the molecular clocks.
Its metabolic characteristics suggest Zymobacter palmae gen. nov., sp. nov. could serve as a useful new ethanol-fermenting bacterium, but its biotechnological exploitation would require certain genetic improvements.
Therefore, good performance of S maltophilia in MB color removal reinforces the exploitation of these bacteria in environmental clean-up and restoration of the ecosystem.
The exploitation of symbiotic bacteria as a source for novel secondary metabolites is considered to be in its infancy; however, the discovery rate of novel active metabolites from marine bacterial symbionts could surpass that of their terrestrial counterparts.
This includes the synergization between different groups such as bio-inspired, nature-inspired, etc. Biswas et al. [10, 11] proposed hybrid BFA-PSO where a chemotactic strategy of bacteria was designed to represent exploitation part of the algorithm, while the exploration of optimum location was accomplished by PSO.
