دانلود کتاب Photosynthetic Light-Harvesting Systems. Organization and Function: Proceedings of an International Workshop October 12–16, 1987. Freising, Fed. Rep. of Germany

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Preface\nContents\nList Of Participants\nSection I. Organization: Biochemical Methods\nIntroduction: The Biochemistry Of Light-Harvesting Complexes\nPhycobilisome-Thylakoid Interaction: The Nature Of High Molecular Weight Polypeptides\nOn The Structure Of Photosystem II-Phycobilisome Complexes Of Cyanobacteria\nStructure Of Cryptophyte Photosynthetic Membranes\nStructural And Phylogenetic Relationships Of Phycoerythrins From Cyanobacteria, Red Algae And Cryptophyceae\nIsolation And Characterization Of The Components Of The Phycobilisome From Mastigocladus Laminosus And Crosslinking Experiments\nC-Phycocyanin From Mastigocladus Laminosus: Chromophore Assignment In Higher Aggregates By Cystein Modification\nPhotochromic Properties Of C-Phycocyanin\nConcerning The Relationship Op Light Harvesting Biliproteins To Phycochromes In Cyanobacteria\nSubunit Structure And Reassembly Of The Light-Harvesting Complex From Rhodospirillum Rubrum G9+\nPrimary Structure Analyses Of Bacterial Antenna Polypeptides: - Correlation Of Aromatic Amino Acids With Spectral Properties - Structural Similarities With Reaction Center Polypeptides\nThe Structure Of The \"Core\" Of The Purple Bacterial Photosynthetic Unit\nA Comparison Of The Bacteriochlorophyll C-Binding Proteins Of Chlorobium And Chloroflexus\nInteractions Between Bacteriochlorophyll C Molecules In Oligomers And In Chlorosomes Of Green Photosynthetic Bacteria\nLight-Harvesting Complexes Of Chlorophyll C-Containing Algae\nIsolation And Characterization Of A Chlorophyll A/C-Heteroxanthin/ Diadinoxanthin Light-Harvesting Complex From Pleurochloris Meiringensis (Xanthophyceae)\nThe Antenna Components Of Photosystem ii With Emphasis On The Major Pigment-Protein, Lhc IIb\nSection II: Organization: Molecular Genetics And Crystallography\nMolecular Biology Of Antennas\nHigh-Resolution Crystal Structure Of C-Phycocyanin And Polarized Optical Spectra Of Single Crystals\nCrystallization And Spectroscopic Investigation Of Purple Bacterial B800-850 And RC-B875 Complexes\nStructure Of The Light-Harvesting Chlorophyll A/B-Protein Complex From Chloroplast Membranes\nPhycobilisomes Of Synechococcus Sp. Pcc 7002, Pseudanabaena Sp. Pcc 7409, And Cyanophora Paradoxa: An Analysis By Molecular Genetics\nOrganization And Assembly Of Bacterial Antenna Complexes\nThe Use Of Mutants To Investigate The Organization Of The Photosynthetic Apparatus Of Rhodobacter Sphaeroides\nMechanisms Of Plastid And Nuclear Gene Expression During Thylakoid Membrane Biogenesis In Higher Plants\nSection III: Organization: Special Spectroscopy Techniques And Models\nAssignment Of Spectral Forms In The Photosynthetic Antennas To Chemically Defined Chromophores\nLinear Dichroism And Orientation Of Pigments In Phycobilisomes And Their Subunits\nLow Temperature Spectroscopy Of Cyanobacterial Antenna Pigments\nChromophore Conformations In Phycocyanin And Allophycocyanin As Studied By Resonance Raman Spectroscopy\nCoherent Anti-Stokes Raman Spectroscopy Of Phycobilisomes, Phycocyanin And Allophycocyanin From Mastigocladus Laminosus\nOptical Absorption And Circular Dichroism Of Bacteriochlorophyll Oligomers In Triton X-100 And In The Light- Harvesting-Complex B850; A Comparative Study\nAbsorption Detected Magnetic Resonance 1n Zero Magnetic Field on Antenna Complexes from Rps. Acidophila 7050 - The Temperature Dependence of the Carotinoid Triplet State Properties\nEffect Of Lithium Dodecyl Sulfate On B 800-850 Antenna Complexes From Rhodopseudomonas Acidophila: A Resonance Raman Study\nBacteriochlorophyll A/B In Antenna Complexes Of Purple Bacteria\nBacteriochlorophyll C Aggregates In Carbon Tetrachloride As Models For Chlorophyll Organization In Green Photosynthetic Bacteria\nOrientation Of The Pigments In The Reaction Center And The Core Antenna Of Photosystem II\nNon-Linear Absorption Spectroscopy Op Antenna Chlorophyll A In Higher Plants\nSection IV: Function: Electronic Excitation And Energy Transfer\nExcitation Energy Transfer In Photosynthesis\nFluorescence Spectroscopy Of Allophycocyanin Complexes From Synechococcus 6301 Strain An112\nPicosecond Energy Transfer Kinetics In Allophycocyanin Aggregates From Mastigocladus Laminosus\nPicosecond Time-Resolved Energy Transfer Kinetics Within C-Phycocyanin And Allophycocyanin Aggregates\nEnergy Transfer In \"Native\" And Chemically Modified C-Phycocyanin Trimers And The Constituent Subunits\nEffect Of Protein Environment And Excitonic Coupling On The Excited-State Properties Of The Bilinchromophores In C-Phycocyanin\nExcitation Energy Migration In C-Phycocyanin Aggregates Isolated From Phormidium Luridum - Predictions From The Forster\'s Inductive Resonance Theory\nEnergy Transfer Calculations For Two C-Phycocyanins Based On Refined X-Ray Crystal Structure Coordinates Of Chromophores\nEnergy Transfer In Light-Harvesting Antenna Of Purple Bacteria, Studied By Picosecond Spectroscopy\nExcitation Energy Transfer In The Light-Harvesting Antenna Of Photosynthetic Purple Bacteria: The Role Of The Long-Wavelength Absorbing Pigment B896\nThe Function Of Chlorosomes In Energy Transfer In Green Photosynthetic Bacteria\nEnergy Transfer In Chloroflexus Aurantiacus: Effects Of Temperature And Anaerobic Conditions\nInterpretation Of Optical Spectra Of Bacteriochlorophyll Antenna Complexes\nTime Resolution And Kinetics Of \"F680\" At Low Temperatures In Spinach Chloroplasts\nPicosecond Studies Of Fluorescence And Absorbance Changes In Photosystem II Particles From Synechococcus Sp.\nAnalysis Of Excitation Energy Transfer In Thylakoid Membranes By The Time-Resolved Fluorescence Spectra\nV. Concluding Remarks\nFuture Problems On Antenna Systems And Summary Remarks\nIndex Of Authors\nSubject Index