San Francisco / Boca Raton / Worcester / Brisbane / New York / Toronto / London / Cabral / /
Company
Rowan A. E. / Millipore / CRC Press / Oxford Instruments / Konami / /
Country
United States / Singapore / /
Currency
USD / / /
Facility
A. marina / Acaryochloris marina / Plant Cell Physiol / Chl-WSCP complex / The Australian National UniVersity / /
IndustryTerm
positive low-energy feature / protein site / exciton coupling energy / excitation energy / low-energy absorption shoulder / hydrogen-bonding network / energy separation / low-energy dimer band / lower energy / protein-binding site / distinct phonon systems / energy / metal / nondegenerate energy levels / lowest-energy electronic transitions / energy transfer / carbonyl / /
MusicGroup
Chl / B/D / /
Organization
Australian National UniVersity / Canberra / Research School of Chemistry / and Photobioenergetics / Research School of Biological Sciences / Research School of Chemistry / /
Person
Tom Wydrzynski / Joseph L. Hughes / May / V / Moss / Mark Logue / ‡ Aaron / /
Position
Fisher / G. P. / /
Product
Synechocystis / /
ProvinceOrState
Qx / New Mexico / P. N. / Qy / Chl / Florida / California / /
RadioStation
3656 J. AM / 3652 J. AM / 3650 J. AM / WSCP / Katz / 3658 J. AM / J. AM / 3654 J. AM / /
Published on WebMagneto-Optic Spectroscopy of a Protein Tetramer Binding Two Exciton-Coupled Chlorophylls Joseph L. Hughes,*,§ Reza Razeghifard,‡ Mark Logue,‡ Aaron Oakley,§ Tom Wydrzynski,‡ and Elma