Downloaded by 80.82.77.83 on May 27, 2018 | https://pubs.acs.org Publication Date: May 5, 1996 | doi: 10.1021/bk-1995-0618.ix001
Author Index Adney, William S., 113,208,256 Baker, John O., 113,208 Bothast, Rodney J., 197 Brown, R. M , 13 Chou, Yat-Chen, 113,208 Claeyssens, Marc, 90,164 Clarke, Patricia, 352 Cousins, S. K., 13 D'Annibale, Α., 339 Damude, Howard G., 174 Dominguez, Juan Manuel, 164 Dowd, M . K., 13 Durân, Nelson, 332 Esposito, Elisa, 332 Freer, Shelby N . , 197 French, A . D., 13 Fukui, Sakuzo, 79 Gilkes, Neil R., 142,174 Giovannozzi-Sermanni, G., 339 Giibitz, G. M.,319 Haltrich, Dietmar, 305 Hart, John, 59 Haun, Marcela, 332 Hehre, Edward J., 66 Hendrickson, R., 237 Henrissat, Bernard, 164 Henson, C. Α., 51 Himmel, Michael E., 113,208,256 Honda, Koichi, 79 Irwin, Diana, 1 Ishikawa, Kazuhoko, 79 Jacobson, R. H., 38 Kaφlus, Andrew, 1 Kilburn, Douglas G., 142,174 Kohlmann, K. L., 237 Kuroki, R., 38 Kwan, Emily, 174 Ladisch, M . R., 237 Laymon, Robert Α., 113,208 Macarron, Ricardo, 164 Matsui, Eriko, 79
Matsui, Ikuo, 79 Matthews, B. W., 38 Meinke, Andreas, 174 Mielenz, J. R., 208 Milagres, Adriane M . F., 332 Miller, D. P., 13 Miller, Robert C , Jr., 142,174 Minelli, V., 339 Miyairi, Sachio, 79 Mohagheghi, Α., 256 Nelson, Sandra L., 352 Nidetzky, Bernd, 90 Nieves, Rafael Α., 113,208 Odt, Christine L., 291 Perani, C , 339 Porri, Α., 339 Robertus, Jon D., 59 Saha, Badal C , 197 Sarikaya, Α., 237 Sebesta, Brigitte, 305 Shen, Hua, 174 Spezio, Mike, 1 Steiner, Walter, 90,305,319 Sun, Z., 51 Taylor, Jeff, 1 Thomas, Steven R., 113,208,256 Tomme, Peter, 142,174 Tucker, Melvin P., 113,208 van Beeuman, Jozef, 164 Velayudhan, Α., 237 Vinzant, Todd B., 113,208 Vitale, Ν., 339 Warren, R. Antony J., 142,174 Weaver, L. H., 38 Weil, J., 237 Weimer, Paul J., 291 Westgate, P. J., 237 Wilson, David Β., 1 Wong, Ken Κ. Y., 352 Wyman, Charles E., 272 Zhang, X-J., 38
363
Saddler and Penner; Enzymatic Degradation of Insoluble Carbohydrates ACS Symposium Series; American Chemical Society: Washington, DC, 1996.
364
ENZYMATIC DEGRADATION
Downloaded by 80.82.77.83 on May 27, 2018 | https://pubs.acs.org Publication Date: May 5, 1996 | doi: 10.1021/bk-1995-0618.ix001
Affiliation Index Agricultural Research Service, 13,51,197,291 Agrital Research Consortium, 339 Albert Einstein College of Medicine, 66 Centre National de la Recherche Scientifique, 164 Cornell University, 1 Fukuyama University, 79 National Institute of Bioscience and Human Technology, 79 National Renewable Energy Laboratory, 113,208,256,272 Oregon State University, 237 Purdue University, 237 Technical University Graz, 90,319
Universidad Complutense, 164 Universidade Estadual de Campinas, 332 University of Agriculture-Austria, 90,305 University of British Columbia, 142,174,352 University of Ghent, 90,164 University of Oregon, 38 University of Technology Graz, 305 University of Texas, 13,59 University of Tuscia, 339 University of Wisconsin, 51,291 U.S. Department of Agriculture, 13,51,197,291 W. R. Grace and Company, 237
Subject Index A Ab initio quantum mechanics calculations, modeling of structures and energies, 13 Acidothermus cellulolyticus E l expression, 117 Agricultural wastes, paper biopulping by Lentinus edodes, 339-350 Air pollution, contribution of transportation fuels, 272-273 Amorphous cellulose, description, 187 Amylase(s) comparison to other enzymes catalyzing hydrolysis of insoluble polysaccharides, 1-11 mutant, with enhanced activity specific for short substrates, 79-88 role in starch degradation, 52-55 that binds maltooligosaccharide, 79 Arginine, molecular structures, 81 Artificial cellulase systems for biomass conversion to ethanol advantages, 209 future work, 231-232 progress toward development, 220-231
Artificial cellulase systems for biomass conversion to ethanol—Continued review of cellulase literature, 210-217 strategy, 217-220 Asparagine, molecular structures, 81
Bacteria, ruminai, cellulose degradation, 291-301 Bacterial cellulase(s) similarities with fungal cellulase systems, 189,191-193 synergism with fungal cellulases, 113-138 Barley endochitinase amino acid sequence, 62 future work, 64 isolation, 62 ribbon drawing, 62,63/ structure vs. that of hen egg white lysozyme, 62-64 Barley seed a-glucosidases, 51-57 characteristics, 55-57 experimental description, 51-52 role in starch degradation, 52-55
Saddler and Penner; Enzymatic Degradation of Insoluble Carbohydrates ACS Symposium Series; American Chemical Society: Washington, DC, 1996.
