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Last year, at this conference, I discussed how distinctions between nature and culture, and humans and animals, can arise from the technical processes of food production (see "Food as an object of cultural technical study "). Drawing on... more
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      Future StudiesAnthropologyMedia StudiesCyborg Theory
The principles and recent progress in the research and development of photobiological hydrogen production are reviewed. Cyanobacteria produce hydrogen gas using nitrogenase and/or hydrogenase. Hydrogen production mediated by native... more
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      EngineeringTechnologyRenewable EnergyProduction
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      MicrobiologyCarbon DioxidePhotosynthesisMedical Microbiology
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      Environmental ScienceCarbon DioxidePhotosynthesisBiomass
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      Environmental ScienceHydrologyPhotosynthesisMultidisciplinary
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      BotanyCarbon DioxidePhotosynthesisPlant Biology
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    •   4  
      PhotosynthesisPlant BiologyArabidopsis thalianaPopulus
The conversion of solar energy (SEC) to storable chemical energy by photosynthesis has been performed by photosynthetic organisms, including oxygenic cyanobacteria for over 3 billion years. We have previously shown that crude thylakoid... more
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      HydrogenPhotosynthesisPlant BiologyMutation
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      Inorganic ChemistryPhotosynthesisPlant BiologyQuantum Theory
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      EngineeringThermodynamicsCarbon DioxidePhotosynthesis
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      EngineeringMicrobiologyKineticsPhotosynthesis
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      PhotosynthesisPlant BiologyEcologyLight
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      EngineeringTechnologyPhotosynthesisTitanium
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    •   6  
      PhotosynthesisPlant BiologyGene expressionPhylogeny
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      WaterCarbon DioxideCarbonPhotosynthesis
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    •   8  
      Carbon DioxideMolecular EvolutionPhotosynthesisScience
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      WaterPhotosynthesisPlant BiologyDrought Stress
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      Carbon DioxidePhotosynthesisBiologyMedicine
Maize is a major crop and a model plant for studying C4 photosynthesis and leaf development. However, a genomewide regulatory network of leaf development is not yet available. This knowledge is useful for developing C3 crops to perform C4... more
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      Computational BiologyPhotosynthesisBiologyTranscription Factors
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      PhotosynthesisPlant BiologyBiologyPlant cell physiology
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      MetabolismCarbon DioxidePhotosynthesisBiology
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      Environmental ToxicologyPhotosynthesisBiomarkersFluorescence
The classical definition of mesophyll conductance (g m) represents an apparent parameter (g m,app) as it places (photo)respired CO2 at the same compartment where the carboxylation by Rubisco takes place. Recently, Tholen and co-workers... more
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      Carbon DioxidePhotosynthesisPlant BiologyMitochondria
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      GeochemistryStructural DynamicsPhotosynthesisCommunity
The osmotic potential and effects of plasmolysis were investigated in two different Klebsormidium strains from alpine habitats by incubation in 300-2,000 (3,000) mM sorbitol. Several members of this genus were previously found to tolerate... more
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      PhotosynthesisPlant BiologyPhylogenyOsmotic pressure
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      Mechanical EngineeringPhotosynthesisEnergyInterdisciplinary Engineering
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      PhotosynthesisPlant BiologyAbiotic StressDisasters
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      Climate ChangeCarbon DioxideCarbonPhotosynthesis
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      ManagementEngineeringEcological EngineeringBioinformatics
Eukaryotic organelles depend on nuclear genes to perpetuate their biochemical integrity. This is true for mitochondria in all eukaryotes and plastids in plants and algae. Then how do kleptoplasts, plastids that are sequestered by some... more
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      Evolutionary BiologyGeneticsPhotosynthesisHorizontal Gene Transfer
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      PhotosynthesisBiomassBiologyMedicine
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      BiophysicsPhotosynthesisPlant BiologyAustralia
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      PhotosynthesisModelingWater AvailabilityBiological Sciences
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      PhotosynthesisPlant BiologyPlant ScienceProtein Structure and Function
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      PhotochemistryPhotosynthesisFlavonoidsBiological Sciences
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      PhotosynthesisHydroponicsEnvironmental SciencesGlutathione
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      PhotosynthesisSymbiosisBiological SciencesAnthozoa
Vegetation and tropical forests in particular have a central role in mitigating the effects of increasing levels of atmospheric CO 2. Photosynthesis is the fundamental process during which CO 2 is taken up by plants and fixed into... more
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      PhotosynthesisGlobal WarmingLAIVicious Cycle
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      EngineeringPhotosynthesisChinaTransmission Electron Microscopy
Both light itself and excitation pressure have been implicated as the environmental signal that stimulates interchange of the two forms of the D1 protein of photosystem II (PS II) in Synechococcus sp. strain PCC 7942. We sought an... more
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      PhotosynthesisPlant BiologyProtein synthesisElectron Transport
An optical biosensor based on vegetal cells entrapped in an inorganic translucent matrix and fluorescence detection has been developed. The biosensor uses Chlorella vulgaris immobilized in a translucent support produced from sol–gel... more
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      Analytical ChemistryPhotosynthesisPesticidePesticides
Chlamydomonas reinhardtii has many advantages as a photosynthetic model organism. One of these is facile, targeted chloroplast transformation by particle bombardment. Functional recombinant proteins can be expressed to significant levels... more
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      PhotosynthesisDrug ResistancePolymerase Chain ReactionAnti-Bacterial Agents
Acclimation to CO2 enrichment was studied in maize plants grown to maturity in either 350 or 700 microl l-1 CO2. Plants grown with CO2 enrichment were significantly taller than those grown at 350 microl l-1 CO2 but they had the same... more
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      Carbon DioxideKineticsPhotosynthesisPlant Biology
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      PhotosynthesisPlant BiologyChlorophyllDarkness
The water soluble photoinitiator (PI) 4-(trimethyl ammonium methyl) benzophenone chloride is used for the first time in the synthesis of silver nanoparticles (AgNPs). A new green synthesis method involves using PI/UV system, carboxymethyl... more
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      PhotosynthesisSilver NanoparticlesCarboxymethyl StarchEco-friendly synthesis of AgNPs
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    • Photosynthesis
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      PhotosynthesisPlant BiologyBreedingExperimental Botany
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      PhotosynthesisPlant BiologyBiologyMedicine
The redox active component of oxygenic photosynthetic reaction center II contains metal cluster Mn4-Ca, where two H2O are oxidized to O2 and four H+ ions are liberated. A binuclear Mn-Ca metal center binding one substrate H2O on each ion... more
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      WaterPhotosynthesisBiomimeticsCalcium
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      PhotosynthesisMicroalgaeMultidisciplinaryBiofuels