Titlebook: Solar-to-Fuel Conversion in Algae and Cyanobacteria; Cinzia Formighieri Book 2015 Springer International Publishing Switzerland 2015 Algae

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Cinzia Formighieritruktur überhaupt den Nachweis der vektoriellen Transportfunktion zu erm?glichen. Darüber hinaus h?ngt aber in der Regel die Aktivit?t auch nichtvektorieller Membranproteine von der chemischen Zusammensetzung und dem physikalischen Zustand der umgebenden Lipidphase ab. H?ufig besteht eine obligate L

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be toxic to the aquatic organisms and humans. Dyes are recalcitrant in nature, and they can resist attack by heat, light, and microorganisms. Hence, most of the reactive dyes are non-biodegradable and their removal from the aqueous solution is very difficult, and therefore, a necessary measure must

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Biofuels: An Emerging Industry,e energy sector toward renewable, carbon neutral resources. This chapter introduces the biofuel industry, which relies on the energy derived from living organisms or from their metabolic products, in the contest of global energy supply.

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Photosynthesis: A Dynamic Process,ds on photosynthetic efficiency, and comprehension of the photosynthetic process is therefore essential, especially if production of cheap energy carriers is considered, and requires to maximize productivity for a sustainable system.

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Solar-to-Biomass Conversion Efficiency, of all available light. The solar-to-biomass conversion yield is expected to be higher in algae than in terrestrial plants, because algae do not need to consume energy for the development of supporting structures, but all algal biomass is photosynthetically active. However, photosynthetic productiv