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          "alternateName": "Laboratoire de Physiologie membranaire et mol\u00e9culaire du Chloroplaste, CNRS-Univ., UMR 7141, Paris, France", 
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    "datePublished": "2006", 
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    "description": "All known photosynthetic reaction centers have symmetric structures, using two similar or identical integral membrane subunits to form a dimeric core, which binds the cofactors through which electrons are shuttled across the membrane. This symmetric arrangement gives rise to two similar branches of cofactors, down which light-driven electron transfer could proceed. The first three members of each branch are chlorins, while the third is a quinone. It is known that the initial electron transfer occurs almost exclusively along one of the two branches in the wellcharacterized Type 2 reaction centers, although the origins of this strong asymmetry are still debated. Photosystem I is the best characterized representative of the Type 1 reaction centers, but many aspects of electron transfer directionality remain unresolved. Recent time-resolved absorption studies suggest that electron transfer can make use of both cofactor branches of Photosystem I at room temperature. Here, we will present the results that led to this proposal and discuss this model in the light of the recent studies aimed at testing its validity.", 
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        "givenName": "John H.", 
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      "reaction centers", 
      "photosystem I", 
      "time-resolved absorption studies", 
      "type 1 reaction centers", 
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      "light-driven electron transfer", 
      "electron transfer", 
      "photosynthetic reaction centers", 
      "cofactor branches", 
      "optical measurements", 
      "secondary electron transfer", 
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    "name": "Optical Measurements of Secondary Electron Transfer in Photosystem I", 
    "pagination": "223-244", 
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