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Biochemistry / Light-dependent reactions / Chlorophyll a / Photosynthetic reaction centre / Light-harvesting complexes of green plants / Photosystem / Photosynthetic pigment / Photosynthetically active radiation / Chlorophyll / Biology / Photosynthesis / Chemistry


JWST419-Blankenship Printer: Yet to Come February 5, [removed]:9
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Document Date: 2014-02-10 07:15:14


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File Size: 2,14 MB

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City

DNA / Mount Prospect / /

Company

Cambridge University Press / /

Facility

Plant Biology / plant JWST419-c01 JWST419-Blankenship Printer / /

IndustryTerm

stable high-energy molecules / excitation energy moves / energy resources / stored energy / phosphate bond energy / energy source / chemical reactions / waste product / photosynthetic energy storage compound / chemical redox energy / energy storage / stable products / energy needs / lower-energy pigments / low energy content / free energy / dilute energy source / photosynthetic energy storage / energy transfer process / higher energy level / low-energy photons / solar energy storage process / high energy content / pure energy / chemical changes / cellular energy / light energy / Energy transfer takes / light and then delivering energy / energy delivery / energy storage process / chemical energy / secondary chemical reactions / energy stabilization / energy transfer / photosynthetic energy storage chloroplasts / satellite dish / energy content / aquatic systems / antenna systems / food / stable carbon products / energy / /

Organization

Cambridge University / RI AL / 246mm×189mm Chapter / National Aeronautics and Space Administration / Princeton Univ. / /

Person

Jonathan Nield / Robert E. Blankenship / Aileen Taguchi / /

Position

General / /

PublishedMedium

PLOS Biology / /

Technology

radiation / recombination / /

URL

www.wiley.com/go/blankenship/molecularphotosynthesis / /

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