Titlebook: Biotechnological Applications of Photosynthetic Proteins; Biochips, Biosensors Maria Teresa Giardi,Elena V. Piletska Book 2006 Springer-Ver

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Learning, Food, and Sustainabilitymputer science, electronics, engineering) is attracting increasing attention. This trend has introduced a new technological science called “molecular electronics” or “nanotechnology”. It is a technology based on the use of molecular scale components such as a single or a few molecules, carbon nanotu

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Learning, Innovation and Urban EvolutionThis highly endergonic reaction splits water into molecular oxygen, protons and electrons, thereby sustaining an aerobic atmosphere on earth and providing the reducing equivalents necessary to fix carbon dioxide to organic molecules, creating biomass, food and fuel.

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Learning, Innovation and Urban Evolutionic sensor for various pollutants. Its reaction center subunit D1 has long been a target for genetic engineering. It is known to bind a variety of herbicides in a pocket which is naturally occupied by the plastoquinone molecule Q.. Amino acid residues lining this binding niche provide ligands to a di

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Learning, Knowledge and Cultural Contextand energy status such as to ensure unidirectional electron transfer. Therefore even a single Reaction Center is a sophisticated molecular device suitable for technological approaches..The structures and functions of the photosynthetic proteins differ in photosynthetic organisms at various evolution

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Tracing the Roots of the Best-Loved Self, substances, immobilized in the membrane or dissolved in the aqueous phase, are involved in the conversion of solar energy in photosynthetic systems or in the cell respiration process. The catalytic role of proteins in signal transduction pathways mediating substrate metabolism in living process is