i Biophysical hed Chemistry ‘4 ms BATA ELSEVIER Biophysical Chemistry 56 (1995) 297-299 Author Index to Volume 56 ( 1995) Altenbach, C., see Steinhoff, H.-J. (S56) 89 Foster, R.G., see Argamaso, S.M. (56) 3 Althaus, T., see Eisfeld, W. (56) 105 Froehlich, A.C., see Argamaso, S.M. (56) 3 Argamaso, S.M., Froehlich, A.C., McCall, M.A., Nevo, E., Provencio, |. and Foster, R.G. Gawinowicz, M.A., see Nakanishi, K. (56) 13 Photopigments and circadian systems of vertebrates (56) 3 Geacintov, N.E., see Suh, M. (56) 281 Ariese, F., see Suh, M. (56) 281 Gerwert, K., see Engels, M. (56) 95 Atkinson, G.H., see Popp, A. (56) 129 Groesbeek, M., see Ohkita, Y.J. (56) 71 Gryczynski, I., see Lakowicz, J.R. (56) 263 Baek, D.-J., see Nakanishi, K. (S56) 13 Bamberg, E., see Tittor, J. (56) 153 Hampp, N., see Wolperdinger, M. (56) 189 Bashford, D., see Engels, M. (56) 95 Han, M. and Smith, S.O. Bennes, R., see Houmeida, A. (56) 201 High-resolution structural studies of the retinal—Glul 13 inter- Benyamin, Y., see Houmeida, A. (56) 201 action in rhodopsin (56) 23 Bergling, S. Heinrich, R., see Kholodenko, B.N. (56) 215 Diffusion influenced binary reactive processes in membranes Hellingwerf, K.J., see Hoff, W.D. (56) 193 involving identical particles: a Monte Carlo study (56) 227 Heyn, M.P., see Watts, A. (56) 41 Boehm, M.F., see Nakanishi, K. (56) 13 Hoff, W.D., Matthijs, H.C.P., Schubert, H., Crielaard, W. and Bovee-Geurts, P.H.M., see DeCaluwé, G.L.J. (56) 79 Hellingwerf, K.J. Braiman, M.S., see Mitrovich, Q.M. (56) 121 Rhodopsin(s) in eubacteria (56) 193 Houmeida, A., Bennes, R., Benyamin, Y. and Roustan, C. Callis, P., see Lakowicz, J.R. (56) 263 Sequences of actin implicated in the polymerization process: a Coleman, M., see Liu, X.-M. (56) 63 simplified mathematical approach to probe the role of these Crielaard, W., see Hoff, W.D. (56) 193 segments (56) 201 Hubbell, W.L., see Steinhoff, H.-J. (56) 89 DeCaluwé, G.L.J., Bovee-Geurts, P.H.M., Rath, P., Rothschild, K.J. and DeGrip, W.J. Imamoto, Y., see Yoshizawa, T. (56) 57 Effect of carboxy! mutations on functional properties of bovine Inoue, T., see Nibu, Y. (56) 273 rhodopsin (56) 79 DeGrip, W.J., see DeCaluwé, G.L.J. (56) 79 Jankowiak, R., see Suh, M. (56) 281 Dér, A. and Ormos, P. Introduction of a method for three-dimensional mapping of the Kaulen, A.D., see Komrakov, A. Yu. (56) 113 charge motion in bacteriorhodopsin (56) 159 Kholodenko, B.N., Molenaar, D., Schuster, S., Heinrich, R. and ’ Derguini, F., see Nakanishi, K. (56) 13 Westerhoff, H.V. Defining control coefficients in non-ideal metabolic pathways Eisfeld, W., Althaus, T. and Stockburger, M. (56) 215 Evidence for parallel photocycles and implications for the Khorana, H.G., see Steinhoff, H.-J. (56) 89 proton pump in bacteriorhodopsin (56) 105 Kierdaszuk, B., see Lakowicz, J.R. (56) 263 Engels, M., Gerwert, K. and Bashford, D. Komrakov, A.Yu. and Kaulen, A.D. Computational studies of the early intermediates of the bacteri- M-decay in the bacteriorhodopsin photocycle: effect of coop- orhodopsin photocycle (56) 95 erativity and pH (56) 113 Fahmy, K., Siebert, F. and Sakmar, T.P. Lakowicz, J.R., Kierdaszuk, B., Callis, P., Malak, H. and Photoactivated state of rhodopsin and how it can form (56) Gryczynski, I. 171 Fluorescence anisotropy of tyrosine using one-and two-photon Fisher, P., see Watts, A. (56) 41 excitation (56) 263 298 Author Index to Volume 56 (1995) Lanyi, J.K. Provencio, I., see Argamaso, S.M. (56) 3 Bacteriorhodopsin: a paradigm for proton pumps? (56) 143 Puchenkov, O.V. Lee, C.-P., see Liu, X.-M. (56) 63 Photoacoustic diagnostics of fast photochemical and photobio- Lerro, K.A., see Nakanishi, K. (56) 13 logical processes. Analysis of inverse problem solution (56) Li, X.-Y., see Mathies, R.A. (56) 47 241 Lien, T.H., see Nakanishi, K. (56) 13 Liu, T.-M., see Suh, M. (56) 281 RajBhandary, U.L., see Liu, X.-M. (56) 63 Liu, X.-M., Sonar, S., Lee, C.-P., Coleman, M., RajBhandary, Rath, P., see DeCaluwé, G.L.J. (56) 79 U.L. and Rothschild, K.J. Rothschild, K.J., see DeCaluwé, G.L.J. (56) 79 Site-directed isotope labeling and FTIR spectroscopy: assign- Rothschild, K.J., see Liu, X.-M. (56) 63 ment of tyrosine bands in the bR — M difference spectrum of Roustan, C., see Houmeida, A. (56) 201 bacteriorhodopsin (56) 63 Lugtenburg, J., see Ohkita, Y.J. (56) 71 Sakmar, T.P., see Fahmy, K. (56) 171 Sami, M., see Watts, A. (56) 41 Maeda, A., see Ohkita, Y.J. (56) 71 Sasaki, J., see Ohkita, Y.J. (56) 71 Malak, H., see Lakowicz, J.R. (56) 263 Sastry, L., see Nakanishi, K. (56) 13 Mathies, R.A. and Li, X.-Y. Schubert, H., see Hoff, W.D. (56) 193 On modeling the vibrational spectra of 14-s-cis retinal con- Schuster, S., see Kholodenko, B.N. (56) 215 formers in bacteriorhodopsin (56) 47 Seifert, G., see Watts, A. (56) 41 Matthijs, H.C.P., see Hoff, W.D. (56) 193 Sekiya, N. and Yoshihara, K. McCall, M.A., see Argamaso, S.M. (56) 3 Effect of modification of the chromophore in retinochrome Mitrovich, Q.M., Victor, K.G. and Braiman, M.S. (56) 31 Differences between the photocycles of halorhodopsin and the Siebert, F., see Fahmy, K. (56) 171 acid purple form of bacteriorhodopsin analyzed with millisec- Small, G.J., see Suh, M. (56) 281 ond time-resolved FTIR spectroscopy (56) 121 Smith, S.0., see Han, M. (56) 23 Molenaar, D., see Kholodenko, B.N. (56) 215 Sonar, S., see Liu, X.-M. (56) 63 Mollaaghababa, R., see Steinhoff, H.-J. (56) 89 Spudich, J.L. Mogquin-Pattey, C., see Nakanishi, K. (56) 13 Transducer protein Htrl controls proton movements in sensory Motoda, I., see Nibu, Y. (56) 273 rhodopsin I (56) 165 Steinhoff, H.-J., Mollaaghababa, R., Altenbach, C., Khorana, H.G. Nakanishi, K., Zhang, H., Lerro, K.A., Takekuma, S.-I., Ya- and Hubbell, W.L. mamoto, T., Lien, T.H., Sastry, L., Baek, D.-J., Moquin-Pat- Site directed spin labeling studies of structure and dynamics in tey, C., Boehm, M.F., Derguini, F. and Gawinowicz, M.A. bacteriorhodopsin (56) 89 Photoaffinity labeling of rhodopsin and bacteriorhodopsin (56) Sternberg, B., see Watts, A. (56) 41 13 Stockburger, M., see Eisfeld, W. (56) 105 Nevo, E., see Argamaso, S.M. (56) 3 Suh, M., Ariese, F., Small, G.J., Jankowiak, R., Liu, T.-M. and Nibu, Y., Inoue, T. and Motoda, I. Geacintov, N.E. Effect of headgroup type on the miscibility of homologous Conformational studies of the (+ )-trans, (—)-trans, (+ )-cis, phospholipids with different acyl chain lengths in hydrated and (—)-cis adducts of anti-benzola]pyrene diolepoxide to bilayer (56) 273 N?-dG in duplex oligonucleotides using polyacrylamide gel electrophoresis and low-temperature fluorescence spec- Oesterhelt, D., see Tittor, J. (56) 153 troscopy (56) 281 Ohguro, H., see Zhao, X. (56) 183 Ohkita, Y.J., Sasaki, J., Maeda, A., Yoshizawa, T., Groesbeek, Takekuma, S.-I., see Nakanishi, K. (56) 13 M., Verdegem, P. and Lugtenburg, J. Tittor, J., Oesterhelt, D. and Bamberg, E. Changes in structure of the chromophore in the photochemical Bacteriorhodopsin mutants D85N, D85T and D85,96N as pro- process of bovine rhodopsin as revealed by FTIR spectroscopy ton pumps (56) 153 for hydrogen out-of-plane vibrations (56) 71 Ormos, P., see Dér, A. (56) 159 Ujj, L., see Popp, A. (56) 129 Otomo, J. Ulrich, A.S., see Watts, A. (56) 41 Anion selectivity and pumping mechanism of halorhodopsin (56) 137 Verdegem, P., see Ohkita, YJ. (56) 71 Palezewski, K., see Zhao, X. (56) 183 Victor, K.G., see Mitrovich, Q.M. (56) 121 Popp, A., Ujj, L. and Atkinson, G.H. Vibrational spectra of room-temperature rhodopsin: concentra- Wallat, I., see Watts, A. (56) 41 tion dependence in picosecond resonance coherent anti-Stokes Watts, A., Sternberg, B., Ulrich, A.S., Whiteway, C.A., Seifert, Raman scattering (56) 129 G., Sami, M., Fisher, P., Heyn, M.P. and Wallat, I. Author Index to Volume 56 (1995) Bacteriorhodopsin: the effect of bilayer thickness on 2D-array Yoshizawa, T. and Imamoto, Y. formation, and the structural re-alignment of retinal through Structure and photobleaching process of chicken iodopsin (56) the photocycle (56) 41 57 Westerhoff, H.V., see Kholodenko, B.N. (56) 215 Yoshizawa, T., see Ohkita, Y.J. (56) 71 Whiteway, C.A., see Watts, A. (56) 41 Wolperdinger, M. and Hampp, N. Zhang, H., see Nakanishi, K. (56) 13 Bacteriorhodopsin variants as versatile media in optical pro- Zhao, X., Palezewski, K. and Ohguro, H. cessing (56) 189 Mechanism of rhodopsin phosphorylation (56) 183 Yamamoto, T., see Nakanishi, K. (56) 13 Yoshihara, K., see Sekiya, N. (56) 31 a ~ Biophysical xX ‘3 ">. % Chemistry l eS RAT 4 LSEVIER Biophysical Chemistry 56 (1995) 301-306 Subject Index to Volume 56 ( 1995) Actin Photocycle; Proton transport; Cooperativity; Purple membrane; Polymerization process; Specific antibodies (Houmeida, A. (56) Halobacterium halobium (Komrakov, A.Yu. (56) 113) 201) Halorhodopsin; Anion pump; Halobacteria; Retinal protein Anion pump (Otomo, J. (56) 137) Halorhodopsin; Halobacteria; Bacteriorhodopsin; Retinal protein (Otomo, J. (56) 137) Transport mechanism; X-ray diffraction; Schiff base proton; Pro- tein conformation (Lanyi, J.K. (56) 143) Anisotropy Fluorescence; One-photon excitation; Two-photon excitation; Sensory rhodopsin I; Proton pump; Transducer; Htrl (Spudich, Anisotropy spectra; Tyrosine; Tryptophan; Peptides; Proteins J.L. (56) 165) (Lakowicz, J.R. (56) 263) Optical processing (Wolperdinger, M. (56) 189) Anisotropy spectra Fluorescence; Anisotropy; One-photon excitation; Two-photon ex- Bacteriorhodopsin photocycle citation; Tyrosine; Tryptophan; Peptides; Proteins (Lakowicz, J.R. Spin labeling; Protein conformational change; Electron paramag- netic resonance spectroscopy (Steinhoff, H.-J. (56) 89) (56) 263) Benzol a]pyrene Aspartic acid BPDE adducts; Polyacrylamide gel electrophoresis; Fluorescence Chloride transport; Proton transfer (Mitrovich, Q.M. (56) 121) spectroscopy (Suh, M. (56) 281) Bacteriorhodopsin Biosynthesis Rhodopsin; Photoaffinity labeling; Rhodopsin (chromophore loca- Bovine rhodopsin; Mutagenesis; Recombinant baculovirus; Pho- tion); Locked retinal analog; Side-chain methyls (Nakanishi, K. tolysis; FT-IR spectroscopy (DeCaluwé, G.L.J. (56) 79) (56) 13) BLM Retinochrome analogues; 14-Substituted retinals; Non-protonated Retinal; Vectorial catalysis; lon pump; Schiff base (Tittor, J. (56) Schiff base; Counterion; Electronegativity; Rhodopsin (Sekiya, N. 153) (56) 31) Bovine rhodopsin Electron microscopy; Solid state NMR; Deuterium; Retinal; Mem- Mutagenesis; Recombinant baculovirus; Biosynthesis; Photolysis; brane protein stucture (Watts, A. (56) 41) FT-IR spectroscopy (DeCaluwé, G.L.J. (56) 79) Vibrational spectra; Retinal conformers (Mathies, R.A. (56) 47) BPDE adducts Benzo a)]pyrene; Polyacrylamide gel electrophoresis; Fluorescence Isotope labeling; FT-IR spectroscopy; Tyrosine; Cell-free protein spectroscopy (Suh, M. (56) 281) synthesis; M intermediate (Liu, X.-M. (56) 63) Cell-free protein synthesis Intermediates; Electrostatic; Molecular dynamics simulation; Isotope labeling; FT-IR spectroscopy; Bacteriorhodopsin; Tyro- Titration; Proton pump (Engels, M. (56) 95) sine; M intermediate (Liu, X.-M. (56) 63) Parallel photocycles; Optical transient spectroscopy (Eisfeld, W. Charge displacements (56) 105) Purple membrane; Orientation; Photoselection (Dér, A. (56) 159) 302 Subject Index to Volume 56 (1995) Chicken iodopsin Electrostatic Photobleaching; Rhodopsin (Yoshizawa, T. (56) 57) Bacteriorhodopsin; Intermediates; Molecular dynamics simulation; Titration; Proton pump (Engels, M. (56) 95) Chloride transport Aspartic acid; Proton transfer (Mitrovich, Q.M. (56) 121) Eubacteria Rhodopsin (Hoff, W.D. (56) 193) Circadian photoreception CSF-contacting neurons; Extraretinal photoreception; Opsin; Reti- Extraretinal photoreception nal degeneration (Argamaso, S.M. (56) 3) Circadian photoreception; CSF-contacting neurons; Opsin; Retinal degeneration (Argamaso, S.M. (56) 3) Coherent spectroscopy Rhodopsin; Raman; Vision; Picosecond spectroscopy (Popp, A. Fluorescence (56) 129) Anisotropy; One-photon excitation; Two-photon excitation; Anisotropy spectra; Tyrosine; Tryptophan; Peptides; Proteins Control coefficients (Lakowicz, J.R. (56) 263) Non-ideal metabolic pathway (Kholodenko, B.N. (56) 215) Fluorescence spectroscopy Cooperativity Benzo[ a]pyrene; BPDE adducts; Polyacrylamide gel electrophore- Bacteriorhodopsin; Photocycle; Proton transport; Purple mem- sis (Suh, M. (56) 281) brane; Halobacterium halobium (Komrakov, A.Yu. (56) 113) Fourier-transform-infrared Counterion G protein activation; Mutagenesis; Proton transfer; Secondary Retinochrome analogues; 14-Substituied retinals; Non-protonated structure; Visual pigment (Fahmy, K. (56) 171) Schiff base; Electronegativity; Rhodopsin; Bacteriorhodopsin (Sekiya, N. (56) 31) FT-IR spectroscopy Isotope labeling; Bacteriorhodopsin; Tyrosine; Cell-free protein CSF-contacting neurons synthesis; M intermediate (Liu, X.-M. (56) 63) Circadian photoreception; Extraretinal photoreception; Opsin; Retinal degeneration (Argamaso, S.M. (56) 3) Rhodopsin; Hydrogen out-of-plane vibration; Lumirhodopsin; Metarhodopsin I; Deuterated retinals (Ohkita, Y.J. (56) 71) Deuterated retinals Rhodopsin; Hydrogen out-of-plane vibration; FT-IR spectroscopy; Bovine rhodopsin; Mutagenesis; Recombinant baculovirus; Lumirhodopsin; Metarhodopsin I (Ohkita, YJ. (56) 71) Biosynthesis; Photolysis (DeCaluwé, G.L.J. (56) 79) Deuterium G protein activation Bacteriorhodopsin; Electron microscopy; Solid state NMR; Reti- Fourier-transform-infrared; Mutagenesis; Proton transfer; Sec- nal; Membrane protein stucture (Watts, A. (56) 41) ondary structure; Visual pigment (Fahmy, K. (56) 171) Differential scanning calorimetry Halobacteria Phospholipid mixture; Phase diagram; Mixing behavior; Head- Halorhodopsin; Anion pump; Bacteriorhodopsin; Retinal protein group interaction (Nibu, Y. (56) 273) (Otomo, J. (56) 137) Diffusion controlled reactions Halobacterium halobium Random walk; Monte Carlo simulation; Lipid bilayer; Monolay- ers; Unilamellar vesicles (Bergling, S. (56) 227) Bacteriorhodopsin; Photocycle; Proton transport; Cooperativity; Purple membrane (Komrakov, A. Yu. (56) 113) Electronegativity Retinochrome analogues; 14-Substituted retinals; Non-protonated Halorhodopsin Schiff base; Counterion; Rhodopsin; Bacteriorhodopsin (Sekiya, Anion pump; Halobacteria; Bacteriorhodopsin; Retinal protein (Otomo, J. (56) 137) N. (56) 31) Electron microscopy Headgroup interaction Bacteriorhodopsin; Solid state NMR; Deuterium; Retinal; Mem- Phospholipid mixture; Phase diagram; Mixing behavior; Differen- brane protein stucture (Watts, A. (56) 41) tial scanning calorimetry (Nibu, Y. (56) 273) Electron paramagnetic resonance spectroscopy HtrI Spin labeling; Bacteriorhodopsin photocycle; Protein conforma- Sensory rhodopsin I; Proton pump; Transducer; Bacteriorhodopsin tional change (Steinhoff, H.-J. (56) 89) (Spudich, J.L. (56) 165) Subject Index to Volume 56 (1995) Hydrogen out-of-plane vibration Monte Carlo simulation Rhodopsin; FT-IR spectroscopy; Lumirhodopsin; Metarhodopsin Random walk; Diffusion controlled reactions; Lipid bilayer; 1; Deuterated retinals (Ohkita, Y.J. (56) 71) Monolayers; Unilamellar vesicles (Bergling, S. (56) 227) Intermediates Mutagenesis Bacteriorhodopsin; Electrostatic; Molecular dynamics simulation; Bovine rhodopsin; Recombinant baculovirus; Biosynthesis; Pho- Titration; Proton pump (Engels, M. (56) 95) tolysis; FT-IR spectroscopy (DeCaluwé, G.L.J. (56) 79) Inverse problem Fourier-transform-infrared; G protein activation; Proton transfer; Photoacoustic diagnostics; Photoinduced volume changes; Relax- Secondary structure; Visual pigment (Fahmy, K. (56) 171) ation kinetics; Regularization algorithm; Numerical simulation (Puchenkov, O.V. (56) 241) Non-ideal metabolic pathway Ion pump Control coefficients (Kholodenko, B.N. (56) 215) BLM; Retinal; Vectorial catalysis; Schiff base (Tittor, J. (56) 153) Non-protonated Schiff base Isotope labeling Retinochrome analogues; 14-Substituted retinals; Counterion; FT-IR spectroscopy; Bacteriorhodopsin; Tyrosine; Cell-free pro- Electronegativity; Rhodopsin; Bacteriorhodopsin (Sekiya, N. (56) tein synthesis; M intermediate (Liu, X.-M. (56) 63) 31) Lipid bilayer Numerical simulation Random walk; Monte Carlo simulation; Diffusion controlled reac- Photoacoustic diagnostics; Photoinduced volume changes; Relax- tions; Monolayers; Unilamellar vesicles (Bergling, S. (56) 227) ation kinetics; Inverse problem; Regularization algorithm (Puchenkov, O.V. (56) 241) Locked retinal analog Rhodopsin; Bacteriorhodopsin; Photoaffinity labeling; Rhodopsin (chromophore location); Side-chain methyls (Nakanishi, K. (56) One-photon excitation 13) Fluorescence; Anisotropy; Two-photon excitation; Anisotropy spectra; Tyrosine; Tryptophan; Peptides; Proteins (Lakowicz, J.R. Lumirhodopsin (56) 263) Rhodopsin; Hydrogen out-of-plane vibration; FT-IR spectroscopy; Metarhodopsin I; Deuterated retinals (Ohkita, YJ. (56) 71) Opsin Circadian photoreception; CSF-contacting neurons; Extraretinal Membrane protein stucture photoreception; Retinal degeneration (Argamaso, S.M. (56) 3) Bacteriorhodopsin; Electron microscopy; Solid state NMR; Deu- terium; Retinal (Watts, A. (56) 41) Optical processing Bacteriorhodopsin (Wolperdinger, M. (56) 189) Metarhodopsin I Rhodopsin; Hydrogen out-of-plane vibration; FT-IR spectroscopy; Optical transient spectroscopy Lumirhodopsin; Deuterated retinals (Ohkita, Y.J. (56) 71) Bacteriorhodopsin; Parallel photocycles (Eisfeld, W. (56) 105) M intermediate Isotope labeling; FT-IR spectroscopy; Bacteriorhodopsin; Tyro- Orientation sine; Cell-free protein synthesis (Liu, X.-M. (56) 63) Purple membrane; Photoselection; Charge displacements (Dér, A. (56) 159) Mixing behavior Phospholipid mixture; Phase diagram; Headgroup interaction; Dif- Parallel photocycles ferential scanning calorimetry (Nibu, Y. (56) 273) Bacteriorhodopsin; Optical transient spectroscopy (Eisfeld, W. (56) 105) Molecular dynamics simulation Bacteriorhodopsin; Intermediates; Electrostatic; Titration; Proton Peptides pump (Engels, M. (56) 95) Fluorescence; Anisotropy; One-photon excitation; Two-photon ex- citation; Anisotropy spectra; Tyrosine; Tryptophan; Proteins Molecular orbital calculation (Lakowicz, J.R. (56) 263) Rhodopsin; Solid-state NMR; Vision; Retinal (Han, M. (56) 23) Monolayers Phase diagram Random walk; Monte Carlo simulation; Diffusion controlled reac- Phospholipid mixture; Mixing behavior; Headgroup interaction; tions; Lipid bilayer; Unilamellar vesicles (Bergling, S. (56) 227) Differential scanning calorimetry (Nibu, Y. (56) 273) 304 Subject Index to Volume 56 (1995) Phospholipid mixture Proteins Phase diagram; Mixing behavior; Headgroup interaction; Differen- Fluorescence; Anisotropy; One-photon excitation; Two-photon ex- tial scanning calorimetry (Nibu, Y. (56) 273) citation; Anisotropy spectra; Tyrosine; Tryptophan; Peptides (Lakowicz, J.R. (56) 263) Photoacoustic diagnostics Photoinduced volume changes; Relaxation kinetics; Inverse prob- Proton pump lem; Regularization algorithm; Numerical simulation (Puchenkov, Bacteriorhodopsin; Intermediates; Electrostatic; Molecular dynam- O.V. (56) 241) ics simulation; Titration (Engels, M. (56) 95) Photoaffinity labeling Sensory rhodopsin 1; Transducer; Htrl; Bacteriorhodopsin Rhodopsin; Bacteriorhodopsin; Rhodopsin (chromophore (Spudich, J.L. (56) 165) location); Locked retinal analog; Side-chain methyls (Nakanishi, K. (56) 13) Proton transfer Chloride transport; Aspartic acid (Mitrovich, Q.M. (56) 121) Photobleaching Chicken iodopsin; Rhodopsin (Yoshizawa, T. (56) 57) Fourier-transform-infrared; G protein activation; Mutagenesis; Secondary structure; Visual pigment (Fahmy, K. (56) 171) Photocycle Proton transport Bacteriorhodopsin; Proton transport; Cooperativity; Purple mem- brane; Halobacterium halobium (Komrakov, A.Yu. (56) 113) Bacteriorhodopsin; Photocycle; Cooperativity; Purple membrane; Halobacterium halobium (Komrakov, A.Yu. (56) 113) Photoinduced volume changes Purple membrane Photoacoustic diagnostics; Relaxation kinetics; Inverse problem; Bacteriorhodopsin; Photocycle; Proton transport; Cooperativity; Regularization algorithm; Numerical simulation (Puchenkov, O.V. Halobacterium halobium (Komrakov, A.Yu. (56) 113) (56) 241) Orientation; Photoselection; Charge displacements (Dér, A. (56) Photolysis 159) Bovine rhodopsin; Mutagenesis; Recombinant baculovirus; Biosynthesis; FT-IR spectroscopy (DeCaluwé, G.L.J. (56) 79) Raman Rhodopsin; Vision; Picosecond spectroscopy; Coherent spec- Photoselection troscopy (Popp, A. (56) 129) Purple membrane; Orientation; Charge displacements (Dér, A. (56) 159) Random walk Monte Carlo simulation; Diffusion controlled reactions; Lipid Phototransduction bilayer; Monolayers; Unilamellar vesicles (Bergling, S. (56) 227) Rhodopsin; Rhodopsin kinase; Rod outer segment (Zhao, X. (56) 183) Recombinant baculovirus Bovine rhodopsin; Mutagenesis; Biosynthesis; Photolysis; FT-IR Picosecond spectroscopy spectroscopy (DeCaluwé, G.L.J. (56) 79) Rhodopsin; Raman; Vision; Coherent spectroscopy (Popp, A. (56) 129) Regularization algorithm Photoacoustic diagnostics; Photoinduced volume changes; Relax- Polyacrylamide gel electrophoresis ation kinetics; Inverse problem; Numerical simulation (Puchen- Benzo[ a]pyrene; BPDE adducts; Fluorescence spectroscopy (Suh, kov, O.V. (56) 241) M. (56) 281) Relaxation kinetics Polymerization process Photoacoustic diagnostics; Photoinduced volume changes; Inverse Actin; Specific antibodies (Houmeida, A. (56) 201) problem; Regularization algorithm; Numerical simulation (Puchenkov, O.V. (56) 241) Protein conformation Bacteriorhodopsin; Transport mechanism; X-ray diffraction; Schiff Retinal base proton (Lanyi, J.K. (56) 143) Rhodopsin; Solid-state NMR; Molecular orbital calculation; Vi- sion (Han, M. (56) 23) Protein conformational change Spin labeling; Bacteriorhodopsin photocycle; Electron paramag- Bacteriorhodopsin; Electron microscopy; Solid state NMR; Deu- netic resonance spectroscopy (Steinhoff, H.-J. (56) 89) terium; Membrane protein stucture (Watts, A. (56) 41) Subject Index to Volume 56 (1995) BLM; Vectorial catalysis; lon pump; Schiff base (Tittor, J. (56) Schiff base 153) BLM; Retinal; Vectorial catalysis; lon pump (Tittor, J. (56) 153) Retinal conformers Schiff base proton Vibrational spectra; Bacteriorhodopsin (Mathies, R.A. (56) 47) Bacteriorhodopsin; Transport mechanism; X-ray diffraction; Pro- tein conformation (Lanyi, J.K. (56) 143) Retinal degeneration Circadian photoreception; CSF-contacting neurons; Extraretinal Secondary structure photoreception; Opsin (Argamaso, S.M. (56) 3) Fourier-transform-infrared; G protein activation; Mutagenesis; Proton transfer; Visual pigment (Fahmy, K. (56) 171) Retinal protein Halorhodopsin; Anion pump; Halobacteria; Bacteriorhodopsin Sensory rhodopsin I (Otomo, J. (56) 137) Proton pump; Transducer; Htrl; Bacteriorhodopsin (Spudich, J.L. (56) 165) Retinochrome analogues 14-Substituted retinals; Non-protonated Schiff base; Counterion; Side-chain methyls Electronegativity; Rhodopsin; Bacteriorhodopsin (Sekiya, N. (56) Rhodopsin; Bacteriorhodopsin; Photoaffinity labeling; Rhodopsin 31) (chromophore location); Locked retinal analog (Nakanishi, K. (56) 13) Rhodopsin Bacteriorhodopsin; Photoaffinity labeling; Rhodopsin (chromo- Solid-state NMR phore location); Locked retinal analog; Side-chain methyls Rhodopsin; Molecular orbital calculation; Vision; Retinal (Han, (Nakanishi, K. (56) 13) M. (56) 23) Solid-state NMR; Molecular orbital calculation; Vision; Retinal Bacteriorhodopsin; Electron microscopy; Deuterium; Retinal; (Han, M. (56) 23) Membrane protein stucture (Watts, A. (56) 41) Retinochrome analogues; 14-Substituted retinals; Non-protonated Specific antibodies Schiff base; Counterion; Electronegativity; Bacteriorhodopsin Actin; Polymerization process (Houmeida, A. (56) 201) (Sekiya, N. (56) 31) Spin labeling Photobleaching; Chicken iodopsin (Yoshizawa, T. (56) 57) Bacteriorhodopsin photocycle; Protein conformational change; Electron paramagnetic resonance spectroscopy (Steinhoff, H.-J. Hydrogen out-of-plane vibration; FT-IR spectroscopy; Lu- (56) 89) mirhodopsin; Metarhodopsin I; Deuterated retinals (Ohkita, YJ. (56) 71) 14-Substituted retinals Retinochrome analogues; Non-protonated Schiff base; Counterion; Raman; Vision; Picosecond spectroscopy; Coherent spectroscopy Electronegativity; Rhodopsin; Bacteriorhodopsin (Sekiya, N. (56) (Popp, A. (56) 129) 31) Rhodopsin kinase; Phototransduction; Rod outer segment (Zhao, Titration X. (56) 183) Bacteriorhodopsin; Intermediates; Electrostatic; Molecular dynam- ics simulation; Proton pump (Engels, M. (56) 95) Eubacteria (Hoff, W.D. (56) 193) Transducer Rhodopsin (chromophore location) Sensory rhodopsin I; Proton pump; Htrl; Bacteriorhodopsin Rhodopsin; Bacteriorhodopsin; Photoaffinity labeling; Locked (Spudich, J.L. (56) 165) retinal analog; Side-chain methyls (Nakanishi, K. (56) 13) Transport mechanism Rhodopsin kinase Bacteriorhodopsin; X-ray diffraction; Schiff base proton; Protein Rhodopsin; Phototransduction; Rod outer segment (Zhao, X. (56) conformation (Lanyi, J.K. (56) 143) 183) Tryptophan Rod outer segment Fluorescence; Anisotropy; One-photon excitation; Two-photon ex- Rhodopsin; Rhodopsin kinase; Phototransduction (Zhao, X. (56) citation; Anisotropy spectra; Tyrosine; Peptides; Proteins (Lako- 183) wicz, J.R. (56) 263) 306 Subject Index to Volume 56 (1995) Two-photon excitation Vibrational spectra Fluorescence; Anisotropy; One-photon excitation; Anisotropy Retinal conformers; Bacteriorhodopsin (Mathies, R.A. (56) 47) spectra; Tyrosine; Tryptophan; Peptides; Proteins (Lakowicz, J.R. (56) 263) Vision Rhodopsin; Solid-state NMR; Molecular orbital calculation; Reti- Tyrosine nal (Han, M. (56) 23) Isotope labeling; FT-IR spectroscopy; Bacteriorhodopsin; Cell-free protein synthesis; M intermediate (Liu, X.-M. (56) 63) Rhodopsin; Raman; Picosecond spectroscopy; Coherent spec- troscopy (Popp, A. (56) 129) Fluorescence; Anisotropy; One-photon excitation; Two-photon ex- citation; Anisotropy spectra; Tryptophan; Peptides; Proteins Visual pigment (Lakowicz, J.R. (56) 263) Fourier-transform-infrared; G protein activation; Mutagenesis; Proton transfer; Secondary structure (Fahmy, K. (56) 171) Unilamellar vesicles Random walk; Monte Carlo simulation; Diffusion controlled reac- tions; Lipid bilayer; Monolayers (Bergling, S. (56) 227) X-ray diffraction Bacteriorhodopsin; Transport mechanism; Schiff base proton; Pro- tein conformation (Lanyi, J.K. (56) 143) Vectorial catalysis BLM; Retinal; lon pump; Schiff base (Tittor, J. (S6) 153)