Author Index Volume 142

AUTHOR INDEX VOLUME 142

Achtman, Mark, 285 Cantu, Mona, 899 Faelen, Michel, 391 Akhmedov, A. T., 322 Carlsson, Jan, 319 Fairweather, Neil F., 153 Alberghina, Lilia, 268 Carlton, Bruce C., 508 Farmer, K. Sam, 347 Albersheim, Peter, 243 Carman, George M., 262 Felton, Jeffrey, 221 Alfredsson, G. A., 486 Carothers, Adelaide M., 174, 185 Ferenci, Thomas, 521 Ali Khan, M. Yousufuddin, 786 Carpenter, Vincent S., 319 Ferro, Adolph J., 608 Amaro, Ana M., 355 Carty, C. E., 1040 Ferry, J. G., 800 Apel, William A., 295 Castets, Anne-Marie, 310 Finnerty, W. R., 859 Apirion, David, 359 Chang, Chung Nan, 726 Fontana, R., 43 Archer, David B., 694 Chang, Robin, 1025 Foster, John W., 1032 Arima, Kei, 315 Chapman, Virginia, 982 Fowler, Audree V., 732 Arnuad, Maryvonne, 1045 Chater, Keith F., 8 Frankel, Alan D., 335 Arp, Daniel J., 138 Chatterjee, Arun K., 111 Frenz, Joachim, 162 Chiang, Shu-Jen, 668 Freundt, E. A., 683 Banner, Carl D. B., 90 Choung, Kyung K. L., 513 Fried, Victor A., 1036 Barbour, Michael G., 480 Chute, Hilary T., 621 Friedberg, Ilan, 651 Barker, David, 1025 Clark, Alvin J., 701 Friedman, Eliot L., 344 Barrera, Cecilio R., 1029 Clowes, Royston C., 668 Frunzio, Rodolfo, 32 Baskowsky-Foster, Anne M., Cohen, Lawrence K., 380 Fultz, Patricia N., 513 1032 Cohen-Bazire, Germaine, 310 Bayly, Ronald C., 480 Cohn, Murray S., 791 Garcia, Ernesto, 229 Becker, Gerald W., 747 Cornett, James B., 741 Garcia, J. Roberto, 196 Beckwith, Jon, 726 Corral, Javier, 1029 Gardner, Jeffrey F., 380 Beckwith, Jon R., 732 Gayda, D. J., 556 Bekker, M. L., 322 Cox, Charles D., 581 Cox, John C., 908 George, Jacqueline, 819 Bellion, Edward, 786 Gest, Howard, 908 Benedict, Charles D., 60 Cramer, Carole L., 945 Crandall, Marjorie, 276 Goelz, Susan, 362 Benson, David R., 138 Goldberg, Ivan D., 350 Beppu, Teruhiko, 315 Crisona, Nancy J., 701 Cronan, John E., Jr., 362 Goldberg, Richard B., 99 Berg, Douglas E., 439 Goldenbaum, Paul E., 347 Berger, B., 1040 Crossland, Lyle, 439 Beutin, Lothar, 285 Cryz, Stanley J., 836 Beveridge, T. J., 302 Cundliffe, Eric, 455 Haldenwang, William G., 90 Birenbaum, Mark, 327 Hall, Barry G., 433, 1036 Bjork, Glenn R., 371 Dagley, Stanley, 916 Halvorson, Harlyn O., 1045 Blasi, Francesco, 32 D'Ari, Richard, 819 Hanson, Barbara A., 79 Blazey, D. L., 1015 Hantke, Klaus, 162 Darvill, Alan G., 243 Harrington, Charles R., 852 Blumenthal, Robert M., 202, DasSarma, Shiladitya, 992 1049 Hartman, Philip E., 335 Davis, Rowland H., 945 Hashimoto, Hajime, 145 Bof, Mireille, 768 DeLong, Sara, 982 Bohnhoff, Marjorie, 344 Heincz, Maria C., 185 Dennis, Patrick P., 202, 1049 Hepburn, Michael L., 236 Boschwitz, Hasia, 1045 DeVoe, I. W., 879 Botta, G., 43 Hiatt, William R., 196 Braun, Volkmar, 162 Dickson, Robert C., 776 Hitchcock, Michael J. M., 424 Brawley, James V., 608 Donachie, W. D., 615 Hoch, James A., 90 Brennan, Edward F., 729 Donnelly, Mark I., 916 Hodgson, Brian, 424 Brown, Barbara J., 508 Douglas, L. Julia, 852 Holland, I. Barry, 153 Brown, C. M., 486 Dow, J. Maxwell, 939 Holmes, M., 254 Bruni, Carmelo B., 32 Dudek, Edward J., 344 Hoogenraad, Nicholas J., 720 Bruskin, Arthur M., 755 Dugan, Patrick R., 295 Hopper, David J., 21 Bryant, Julia E., 131 Duncan, Bruce K., 335 Horwitz, Arnold H., 659 Burgess, Jeremy, 973 Dworkin, M., 1007 Huisman, Olivier, 819 Burns, R. O., 1015 Humbert, Richard, 212 Burns, R. H., 138 Egan, Patricia A., 621 Hynes, Michael J., 400 Engel, H. W. B., 407 Campbell, Allan, 1025 Ensley, Burt D., Jr., 859 Iglewski, Barbara H., 836 Canepari, P., 43 Espionsa, Manolo, 229 Ingram, L. O., 1040 ii AUTHOR INDEX J. BACTERIOL. Inouye, Hiroshi, 726 McNeil, Michael, 243 Sargent, Michael G., 491 Ishii, Junko, 27, 735 Medina, Angelica, 249 Satre, Michel, 768 Michaelis, Susan, 221 Satta, G., 43 Jacobson, Lewis A., 888 Millar, Sharon, 1004 Scaife, J. G., 462 Jaskunas, S. Richard, 992 Misra, Tapan K., 359 Schaller, Klaus, 162 Jen-Jacobson, Linda, 888 Mitchell, Thomas G., 714 Schauer, N. L., 800 Carlos 355 Mitsuhashi, Susumu, 145 Schekman, Randy, 414 Jerez, A., Mock, Michele, 384 Schleiss, M., 639 Model, Peter, 726 Schlessinger, David, 327 Kaback, H. Ronald, 651 Moran, Charles P., Jr., 331 Schnaitman, Carl A., 1019 Kaboev, 0. K., 322 Morandi, Carlo, 659 Schwartz, Maxime, 384 Kainuma-Kuroda, Ritsu, 362 Morello, Josephine A., 344 Schwentorat, Marina, 521 Kameyama, Tadanori, 366 Murgola, Emanuel J., 131 Scott, Janet H., 414 Kaplan, Samuel, 380 Murphey-Corb, Michael, 191 Shizuya, Hiroaki, 1004 Kemp, Paul D., 21 Murray, Michael L., 191 Shockman, Gerald D., 741 Kemper, Jost, 513 Murray, Noreen E., 962 Shropshire, W., Jr., 1023 Ketner, Gary, 1025 Musti, Anna M., 32 Shungu, Daniel L., 741 Keynan, Alex, 1045 Siemens, Teresa V., 499 King, Steven R., 992 Nagaishi, Haruko, 701 Simoni, Robert D., 212 Knackmuss, Hans-Joachim, 467 Simons, Robert W., 621 Kominski, Gerald, 344 Nakae, Taiji, 27, 735 Nakayama, Hiroaki, 1010 Skold, Ola, 1 Kondoh, Hisato, 527 Skoropad, William P., 689 Kong, Hay-Long, 191 Nichols, Diane L., 499 Niimi, Kyoko, 1010 Smith, B. A., 1007 Kooistra, Jan, 829 Smith, F. J., 556 Kozloff, Lloyd M., 982 Niimi, Masakazu, 1010 Niven, Donald F., 603 Smith, J. M., 556 Kubitschek, H. E., 724 Soedirman, N., 407 Kuemmerle, Nancy B., 535 Noti, J. D., 556 Nowak, Jan A., 701 Sonenshein, Abraham L., 90, 331 Kuwano, Michihiko, 325 Staskawicz, Brian J., 474, 720 Kwon-Chung, Kyung J., 15 Nunn, William D., 621 Ny, Tor, 371 Steinberg, Valerie I., 350 Stephens, Karen, 1023 Lamba, Parveen, 169 Stewart, Murray, 302 Lawrence, L. J., 276 O'Connor, Michael B., 90 Streicher, Stanley L., 69 Leathers, T. D., 556 Ohman, Dennis E., 836 Stuy, Johan H., 925 Leduc, Mireille, 52 Ohnishi, Yoshinari, 327 Suarez, Juan E., 8 Lee, David R., 1019 Old, D. C., 486 Subrahmanyam, C. S., 547, 556 Leefeldt, R. H., 645 Ollington, James F., 90 Sueoka, Noboru, 339 Leonardo, James M., 99 Ono, Mayumi, 325 153 Swedberg, Gote, 1 Lerner, Stephen A., 344 Orr, Elisha, Sypherd, Paul S., 196 Lester, Robert L., 79, 747 Ozaki, Akio, 315 Levi, Marisa, 268 Linforth, John L., 424 Palchaudhuri, Sunil, 174 Tabor, Celia White, 791 Lopez, Paloma, 229 Panopoulos, Nickolas J., 474, 720 Tabor, Herbert, 791 Lord, Peter G., 808 Parkinson, John S., 953 Tandeau de Marsac, Nicole, 310 Losick, Richard, 90, 331 Perez, R. C., 639 Tatum, Edward L., 763 Luchkina, L. A., 322 Perez, Rachel C., 633 Tecoma, Evelyn S., 931 Lutkenhaus, J. F., 615 Peters, Julius, 196 Tewari, Jalpa P., 689 Lynn, Steven P., 380 Pierucci, O., 254 Thompson, Jill, 455 Plaskitt, Kitty A., 694, 973 Tokunaga, Junichi, 1010 Toussaint, Ariane, 391 MacLeod, Robert A., 603 Pogue-Geile, Kay L., 992 Polacheck, Itzhack, 15 Townsend, Rod, 694, 973 Madigan, Michael T., 908 Trezzi, Federica, 268 Mahler, Inga, 1045 Trueba, Frank J., 869 Malhotra, Sudarshan K., 689 Rand, James B., 763 Tuttle, Jon H., 295 Manning, Marcia, 714 Ranhand, Jon M., 568 Tyler, Bonnie, 69 Manning, Paul A., 285 Ray, Paul H., 60 Mardones, Elvira, 355 Reid, Graham C., 447 Markin, Jennifer S., 776 Reineke, Walter, 467 Ullrich, Susanne, 521 Marsh, Robert C., 236 Rickert, M., 254 Umbarger, H. E., 547, 556 Martegani, Enzo, 268 Robb, Frank T., 447 Uozumi, Takeshi, 315 Masker, Warren E., 535 Rocha, Victor, 729 Urefia, Maria T. Perez, 229 Matin, A., 639, 645 Roehl, R. A., 120 Matin, Abdul, 633 Rolseth, Susan J., 1036 Valdes, Francisco, 249 Matsuda, Motoo, 366 Romano, Antonio H., 755 van Embden, J. D. A., 407 McCorkle, George M., 547 Romano, Michael J., 786 van Heijenoort, Jean, 52 McFall, Elizabeth, 174, 185 Rost, J. A., 407 van Leeuwen, W. J., 407 VOL. 142, 1980 AUTHOR INDEX iii Vaughn, Lynn E., 945 Watson, Martin D., 462 Wright, Andrew, 221 Venema, Gerard, 829 Webster, Dale A., 169 Wu, David, 931 Vicufia, Rafael, 249 Weiss, Alison, 439 Vignais, Pierre V., 768 Welply, Joseph K., 732 Yamamori, Tetsuo, 843 Villa, Vicente D., 939 Wheals, Alan E., 808 Yoch, Duane C., 899 521 White, David, 1023 York, William S., 243 Vilmart, Jeannine, E. K. C., 879 R. T., 120 Wieczorek, Donna S., 262 Yu, Vinopal, Wilcox, Gary, 659 Yudelevich, Arturo, 249 Vinther, O., 683 Winston, Scott, 339 Yura, Takashi, 843 Voytek, Anna, 755 Woldringh, Conrad L., 869 Wolf, Richard E., Jr., 588 Zabin, Irving, 732 Ward, Douglas, F., 962 Wolf-Watz, Hans, 615 Zitomer, Richard S., 499 Watanabe, Haruo, 145 Woods, David R., 447 Zorzopulos, Jorge, 982 SUBJECT INDEX VOLUME 142

Acetohydroxy acid synthetase a-Aminoisobutyrate transport N. gonorrhoeae, absence in clinical isolate of, 334 A. haloplanktis, 603 Acinetobacter sp. HO1-N sodium ion-substrate symport, 603 cytochromes, 859 ams electron transport, 859 E. coli, 325 Actinorhizal root nodules and root nodule homoge- mRNA longevity, 325 nates Antigens A. glutinosa, 138 M. gallisepticum membranes, 683 A. rhombifolia, 138 araBAD promoter mutants A. rubra, 138 DNA sequence, 659 hydrogenase, 138 E. coli, 659 M. pensylvanica, 138 Ascospore germination Adenosine 5'-triphosphate formation S-adenosylmethionine, 608 T. ferrooxidans vesicles, 295 S. cerevisiae, 608 Adenosine triphosphatase asn aurovertin, 768 asparagine auxotrophy, 221 citreoviridin, 768 E. coli, 221 E. coli, 768 asnA S-Adenosylmethionine asparagine synthetase, 212 ascospore germination, 608 E. coli, 212 M. racemosus morphogenesis, 196 asnB S. cerevisiae, 608 asparagine synthetase, 212 Adenylate energy charge E. coli, 212 M. xanthus, 1007 Asparagine auxotrophy Albugo candida asn genes, 221 cell wall surface layer, 689 E. coli, 221 lamellae, 689 Asparagine synthetase Alcohol asnA, 212 E. coli, 1040 asnB, 212 phospholipid, 1040 E. coli, 212 Alkaline phosphatase precursor Aspartokinase E. coli inner membrane preparation, 726 B. brevis, 424 processing to mature enzyme, 726 lysine inhibitable, 424 Alnus glutinosa lysine-plus-threonine inhibitable, 424 hydrogenase in root nodules, 138 Aspergillus nidulans Alnus rhombifolia amd-205, 400 hydrogenase in root nodules, 138 amdI93, 400 Alnus rubra o-amino acid induction, 400 hydrogenase in root nodules, 138 mutation defmiing site of action of gene amdR, 400 Alteromonas haloplanktis Asymmetrical division a-aminoisobutyrate transport, 603 S. cerevisiae, 808 sodium ion-substrate, 603 Aurovertin amd-205 E. coli ATPase, 768 A. nidulans, 400 Autolysis amdI93 divalent cations, 52 amino acid induction, 400 downshock, 52 A. nidulans, 400 E. coli, 52 Amino acid peptidoglycan degradation, 52 N. crassa vacuolar pool, 945 S. faecium mutant, 741 Amino acid exhaustion upshock, 52 E. coli gene expression, 202 Azide resistance w-Amino acid induction E. coli mutant, 724 amdI93, 400 UV light, 724 A. nidulans, 400 Azotobacter vinelandii Amino acid starvation glutamine synthetase, 69 chromosome replication, 236 E. coli, 236 Bacillis subtilis iv VOL. 142, 1980 SUBJECT INDEX V mRNA translation, 1045 Agrobacterium, 243 Bacillus brevis Rhizobium, 243 aspartokinases, 424 BF, Bacillus megaterium aurovertin, 768 transformation, plasmid-mediated, 508 citreoviridin, 768 Bacillus subtilis E. coli, 768 cell division cycle, 254 Biotin chromosome replication, 491 bir, 1025 DNA binding, 229 E. coli, 1025 DNA content, 254 bir gene expression during sporulation, 90 biotin, 1025 6-(p-hydroxyphenylazo)uracil, 491 E. coli, 1025 interaction with DNAs, 229 mapping of cloned gene under sporulation control, Candida albicans 90 cyclic nucleotide levels, 1010 membrane, 229 dimorphic transition, 1010 novobiocin, 366 dimorphism in low-sulfate medium, 714 period D variability, 254 Catalase plasmid pTA1030, 315 E. coli, 319 plasmid pUB110 associated with DNA-membrane, hydrogen peroxide toxicity, 319 339 Caulobacter crescentus plasmids found by general screening, 315 glutamine synthetase, 69 purA-cysA region, 90 Cell division ribosomal protein methylation, 355 DNA gyrase, 153 RNA synthesis, 366 E. coli, 153 spore germination, 366 Cell division cycle sporulation, 90, 331, 491 B. subtilis, 254 spoVC, 331 DNA content, 254 tms-26, 90 period D variability, 254 Bacteriophage fl coat protein precursor Cell wall E. coli inner membrane preparation, 726 A. candida, 689 processing to mature protein, 726 E. coli, 982 Bacteriophage lambda endotoxin-like particles, 982 E. coli, 521, 992 lamellae, 689 E. coli outer membrane, 735 P. blakesleeanus, 689 receptor as binding protein, 521 phage T4D receptor, 982 receptor protein, 735 cheC recombination with plasmid pBR322, 992 chemotaxis, 527 Bacteriophage XcI857 St68 h80 dgnd his E. coli, 527 recombination properties, 588 cheD Bacteriophage Mu-1 chemotaxis, 953 E. coli chromosome inversion, 391 E. coli, 953 Bacteriophage $488 cheE Streptomyces transfection, 8 chemotaxis, 527 Bacteriophage 4C31 E. coli, 527 Streptomyces transfection, 8 Chemotaxis Bacteriophage R4 cheC, 527 Streptomyces transfection, 8 cheD, 953 Bacteriophage S14 cheE, 527 Streptomyces transfection, 8 E. coli, 953 Bacteriophage T4 E. coli mutants, 527 RNA metabolism in E. coli RNase II-deficient mu- methionine starvation, 527 tant, 327 tsr, 953 Bacteriophage T4D receptor Chloramphenicol E. coli, 982 cytochrome c, 499 endotoxin-like particles, 982 S. cerevisiae, 499 Bacteriophage T5 resistance Chlorobenzoate metabolism E. coli mutant, 724 plasmid TOL, 467 UV light, 724 Pseudomonas sp. B13 derivatives, 467 Bacteriophage VP5 Chromosomal gene transfer Streptomyces transfection, 8 N. gonorrhoeae, 350 Beta monomer Chromosome inversion hybrid tryptophan synthase-modified182 protein, 729 E. coli 391 Beta-2-linked glucans phage Mu-1, 391 vi SUBJECT INDEX J. BACTERIOL. Chromosome replication Deletion mutations amino acid starvation, 236 lacZ of E. coli, 732 B. subtilis, sporulating cells of, 491 3-Deoxy-D-manno-octulosonate 8-phosphate phos- E. coli, 236 phatase 6-(p-hydroxyphenylazo)uracil, 491 E. coli, 60 Citreoviridin Deoxyribonucleic acid E. coli ATPase, 768 B. subtilis cell division cycle, 254 Clorobiocin binding, 229 DNA gyrase, 153 E. coli, 335 E. coli, 153 E. coli uvrD mutation, 535 gyrB, 153 excision repair, 535 recA protein, 153 interaction with competent S. sanguis (Wicky) cells, Clostridium perfringens 568 phosphatidylglycerophosphate synthase, 262 interactions with B. subtilis, 229 phosphatidylserine synthase, 262 nitrous acid damage, 335 phospholipid biosynthesis, 262 novel mutational lesion, 335 Colicin E3 Deoxyribonucleic acid gyrase cop mutations, 384 cell division, 153 E. coli, 384 clorobiocin, 153 Colicin K E. coli, 153 E. coli, 931 inhibition of, 153 membrane deenergization, 931 nucleic acid synthesis, 153 parinaric acid fluorescence, 931 Deoxyribonucleic acid polymerase Colicin M Pseudomonas sp. BAL-31, 249 E. coli, 162 Deoxyribonucleic acid polymerase I tolM, 162 E. coli mutant, 1004 Deoxyribonucleic acid repair tonA, 162 recA, 191 tonB, 162 S. typhimurium, 191 Collagenase production spermidine-nitrite reaction products, 191 rifampin, 447 191 V. 447 uvr, alginolyticus, Deoxyribonucleic acid sequence Competent cell-deoxyribonucleic interactions E. coli araBAD promoter mutants, 659 S. sanguis Wicky, 568 Deoxyribonucleic acid sequencing Conjugative plasmids RsaI, 380 H. influenzae, 925 Dihydropteroate synthase cop E. coli, 1 colicin E3, 384 plasmid-borne, 1 Creatinine deiminase sulfonamide resistance, 1 C. bacillisporus, 15 3,4-Dihydroxy-5-methoxybenzoic acid C. neoformans, 15 P. putida, 916 measurement of activity, method for, 15 3,5-Dimethoxy-4-hydroxybenzoic acid Creatinine metabolism P. putida, 916 C. bacillisporus, 15 Dimorphic transition C. neoformans, 15 C. albicans, 1010 p-Cresol, methyl group of cyclic nucleotide levels, 1010 P. putida, 21 Dimorphism 3,5-xylenol, 21 C. albicans, 714 Cryptococcus bacillisporus Division cycle creatinine metabolism, 15 B. subtilis, 254 Cryptococcus neoformans DNA content, 254 creatinine metabolism, 15 E. coli, 869 Cyclic nucleotide level period D variability, 254 C. albicans dimorphic transition, 1010 dor Cytochrome deletion of resistance determinants, 145 Acinetobacter sp. HO1-N, 859 plasmids FII, 145 Cytochrome c S. typhimurium, 145 chloramphenicol, 499 dsd mitochondrial functions, effect of, 499 E. coli, 174, 185 oligomycin, 499 expression of genes cloned onto multicopy plasmids, S. cerevisiae, 499 185 Cytosine residues E. coli DNA, 335 Ebg enzyme nitrous acid deamination, 335 E. coli, 1036 VOL. 142, 1980 SUBJECT INDEX vii lactose as inducer of lac operon, 1036 deamination of cytosine residues, 335 Elastase 3-deoxy-D-manno-octulosonate 8-phosphate phos- lasAl, 836 phatase, 60 P. aeruginosa mutant, 836 dihydropteroate synthases, 1 Electron transport division cycle, 869 Acinetobacter sp. H01-N, 859 DNA damage, 335 cytochromes, 859 DNA excision repair, 535 growth substrate, effect of, 859 DNA gyrase, 153 oxygen, effect of, 859 DNA polymerase mutant, 1004 Electron transport chain downshock, 52 N. meningitidis, 879 dsd genes, 185 terminal branching, 879 dsd region, 174 Endoglucanase activity Ebg enzyme, 1036 0. xanthineolytica lyticase, 414 endotoxin-like particles, 982 Endohydrolase enzyme IIA/IIB function, genetic locus affecting, M. rouxii hyphal extension, 939 120 Endonuclease RsaI fadR::TnlO, 621 R. sphaeroides, 380 fatty acid degradation, 621 Endotoxin-like particles filamentation, 819 E. coli cell wall, 982 ftsA-envA region, 615 phage T4D receptor, 982 ftsZ, 615 Enzyme IIA/IIB function gene expression, 202 E. coli, 120 glucose 6-phosphate membrane receptor, 347 genetic locus affecting, 120 glutamic acid codon suppressors, 131 man, 120 glutamine synthetase, 69 ptsM, 120 glycine tRNA, 131 Erwinia spp. glyT-derived suppressors of GAA and GAG, 131 plasmid R68.45, 111 guanosine 5'-diphosphate-3'-diphosphate synthesis, Escherichia coli 362 alcohol effect, 1040 gyrB, 153 alkaline phosphatase precursor processing, 726 his operon, cloned, 32 amino acid exhaustion, 202 hybrid tryptophan synthase-modified 2 protein, 729 amino acid starvation, 236 hydrogen peroxide toxicity, 319 ams, 325 ilvEDA control site, 556 araBAD promoter mutants, 659 ilvG, 547 asn genes, 221 ilvO determinant, 547 asnA, 212 inner membrane preparation, 726 asnB, 212 lac operon, 1036 asparagine auxotrophy, 221 lactose as inducer of lac operon, 1036 asparagine synthetase, 212 lacZ mutations, 732 ATPase, 768 maltodextrin binding, 521 aurovertin, 768 man, 120 autolysis, 52 membrane deenergization, 931 azide resistance, 724 membrane phospholipid synthesis, 362 BF,, 768 membrane receptor, 347 biotin, 1025 methionine starvation, 527 bir, 1025 mRNA longevity, 325 catalase, 319 nalidixic acid, 153 cell diameter during division cycle, 869 nitrous acid damage, 335 cell division, 153 novel mutational lesion, 335 cell wall, 982 nucleic acid synthesis, 153 cheC, 527 nucleotide exhaustion, 202 cheD, 953 oligopeptide permease, 474 cheE, 527 outer membrane, 162, 285 chemotaxis, 527, 953 outer membrane permeability, 735 chromosome inversion, 391 parinaric acid fluorescence, 931 chromosome replication, 236 peptidoglycan degradation, 52 citreoviridin, 768 phage fl coat protein precursor processing, 726 clorobiocin, 153 phage lambda receptor, 521 colicin E3, 384 phage lambda receptor protein, 735 colicin K, 931 phage lambda recombination with plasmid pBR322, colicin M, 162 992 cop mutations, 384 phage Mu-1, 391 coumermycin, 153 phage T4 RNA metabolism in mutant, 327 viii SUBJECT INDEX J. BACTERIOL. phage T4D receptor, 982 spiroplasmas, 694 phage T5 resistance, 724 Filamentation phaseolotoxin transport, 474 E. coli, 819 phospholipid, 1040 tif-I mutation, 819 plasmid pBR322 recombination with phage lambda, tsl-l mutation, 819 992 Formate metabolism plasmid R6K, 668 M. formicicum, 800 plasmid RP4, 462 Fructose transport plasmid-borne resistance to sulfonamides, 1 N. crassa, 763 polA-lacZ fusions, 962 Fruiting body formation porin, 735 adenylate energy charge, 1007 porin protein, 1019 M. xanthus, 1007 protein synthesis, 843, 888 S. aurantiaca, 1023 ptsM, 120 ftsA-envA region purine exhaustion, 202 E. coli, 615 pyrimidine exhaustion, 202 organization, 615 recA+ gene product, 319 ftsZ recA protein synthesis, 819 E. coli, 615 RNA polymerase, 1049 RNA synthesis, 362 ,B-Galactosidase RNase E, 359 induction, 776 RNase II-deficient mutant, 327 K. lactis, 776 rne, 359 f,-Galactosidase III operon saccharide permeation, 735 Klebsiella sp., 433 D-serine deaminase region, 174 Gene expression shift-down, 888 amino acid exhaustion, 202 starch polysaccharide binding, 521 E. coli, 202 sulfonamide resistance, 1 nucleotide base exhaustion, 202 superoxide dismutase, 319 glnF surface exclusion, 285 K. pneumoniae, 99 temperature shift-up, 362, 843 nitrogen metabolism, 99 Tic phenotype, 888 ginG tif-1 mutation, 819 K. pneumoniae, 99 Tn5 insertion mutations, 439 nitrogen metabolism, 99 tolM, 162 Glucan tonA, 162 Agrobacterium spp., 243 tonB, 162 beta-2-linked, 243 transcription, 547 Rhizobium spp., 243 traT protein, 285 Glucose 6-phosphate trmA, 371 E. coli, 347 tRNA(5-methyluridine)methyltransferase, 371 membrane binding, 347 tsl-l mutation, 819 uhp, 347 tsr, 953 Glucose metabolism uhp, 347 T. novellus, 639 upshock, 52 Glucose transport UV light, 724 energization, 755 uvrD mutation, 535 P. fluorescens, 755 Ethanol Glutamic acid codon suppressors E. coli, 1040 E. coli, 131 phospholipid, 1040 glyT derived, 131 Glutamine synthetase fadR::TnlO A. vinelandii, 69 E. coli, 621 C. crescentus, 69 fatty acid degradation, 621 E. coli, 69 Fatty acid degradation K. aerogenes, 69 E. coli, 621 K. pneumoniae, 69 fadR::TnlO, 621 P. putida, 69 Ferric citrate R. capsulata, 69 iron uptake, 581 R. meliloti, 69 P. aeruginosa, 581 Rhizobium sp. strain 32H1, 69 Ferripyochelin S. typhimurium, 69 iron uptake, 581 Glycan synthesis P. aeruginosa, 581 inositol starvation, 79 Fibrils S. cerevisiae, 79 VOL. 142, 1980 SUBJECT INDEX ix Glycine transfer ribonucleic acid E. coli, 547 E. coli, 131 ilvY glyT-derived suppressors of GAA and GAG, 131 S. typhimurium, 1015 glyT-derived suppressors Inner membrane E. coli, 131 E. coli, 726 GAA and GAG, 131 preparation that cleaves alkaline phosphatase and Guanosine 5'-diphosphate-3'-diphosphate synthesis phage fl coat protein precursors, 726 E. coli, 362 Inositolphosphoceramide membrane phospholipid synthesis, 362 S. cerevisiae, 747 RNA synthesis, 362 Inositol starvation glycan synthesis, 79 Haemophilus influenzae phospholipid synthesis, 79 conjugative plasmids, 925 S. cerevisiae, 79 E. coli recA mutants, 829 Integrative compatibility ird, 829 plasmid RP4 derivatives, 462 rec-1 mutation, 829 Inversion recombination-deficient mutants, 829 plasmid R6K, 668 Hansenula wingei ird nitrogen starvation, 276 H. influenzae, 829 sporulation, 276 Iron uptake Heme ferric citrate, 581 growth conditions affect yield and content, 169 ferripyochelin, 581 Vitreoscilla, 169 P. aeruginosa, 581 Hexose a-Isopropylmalate accumulation and excretion M. rouxii, 1029 S. typhimurium, 513 pyruvate decarboxylase level, 1029 ,8-Isopropylmalate accumulation and excretion his operon S. typhimurium, 513 E. coli, 32 structure and expression in cloned operon, 32 Klebsiella aerogenes hut glutamine synthetase, 69 K. pneumoniae, 99 Klebsiella pneumoniae nitrogen metabolism, 99 cell septation, 43 Hydrogen peroxide toxicity glutamine synthetase, 69 catalase, 319 lateral wall extension, 43 E. coli, 319 mecillinam, 43 recA + gene product, 319 nitrogen metabolism in glutamine auxotrophs, 99 superoxide dismutase, 319 Klebsiella sp. Hydrogenase /?-galactosidase III operon, 433 A. glutinosa, 138 Kluyveromyces lactis A. rhombifolia, 138 ,B-galactosidase induction, 776 actinorhizal root nodules, 138 M. pensylvanica, 138 lac operon root nodule homogenates, 138 Ebg enzyme, 1036 2-Hydroxy-5-carboxymethylmuconic semialdehydle E. coli, 1036 degradation induced by lactose, 1036 decarboxylase, 480 Lactose isomerase, 480 Ebg enzyme, 1036 P. putida mutants, 480 E. coli, 1036 4-Hydroxyphenylacetic acid meta-cleavage inducer of lac operon, 1036 decarboxylase, 480 lacZ mutations isomerase, 480 E. coli, 732 P. putida mutants, 480 Lamellae 6-(p-Hydroxyphenylazo)uracil A. candida, 689 B. subtilis chromosome replication, 491 P. blakesleeanus, 689 Hyphal extension lasAl endohydrolase, 939 elastase, 836 M. rouxii, 939 P. aeruginosa mutant, 836 Lincomycin resistance ilvEDA operon plasmid pRI405, 407 E. coli, 556 S. aureus, 407 multivalent control site, 556 S. pneumoniae, 407 ilvG streptococci, 407 E. coli, 547 transferability, 407 ilvO determinant Lipid x SUBJECT INDEX J. BACTERIOL. S. faecium autolytic mutants, 741 Messenger ribonucleic acid Lipoteichoic acid ams, 325 S. faecium autolytic mutants, 741 B. subtilis, 1045 Lyticase chemical longevity, gene for, 325 endoglucanase activity, 414 E. coli, 325 0. xanthineolytica, 414 translation, 1045 protease activity, 414 Methanobacterium formicicum formate metabolism, 800 Macrolide resistance Methanol production plasmid pRI405, 407 aromatic acids, 916 S. aureus, 407 P. putida, 916 S. pneumoniae, 407 Methionine starvation streptococci, 407 E. coli chemotaxis, 527 transferability, 407 3-0-Methyl gallic acid Maltodextrin binding P. putida, 916 E. coli, 521 Methylamine transport phage lambda receptor, 521 Pseudomonas sp. MA, 786 man Methylation E. coli, 120 B. subtilis ribosomal proteins, 355 enzyme IIA/IIB, 120 Micrococcus lysodeikticus Mannan synthesis proton gradient, 651 activation, 852 Mitochondrial functions inhibition, 852 cytochrome c, 499 S. cerevisiae spheroplast lysates, 852 S. cerevisiae, 499 Mapping Mixotrophic growth B. subtilis, 90 T. novellus, 633 cloned gene under sporulation control, 90 Mucor racemosus Mecillinam S-adenosylmethionine, 196 K. pneumoniae mutants, 43 morphogenesis, 196 Membrane protein methylation, 196 antigens, 683 Mucor rouxii B. subtilis, 229 endohydrolase, 939 DNA binding, 229 hexose, 1029 E. coli, 362 hyphal extension, 939 M. gallisepticum, 683 oligoglucuronide production, 939 phospholipid synthesis during temperature up-shift, pyruvate decarboxylase level, 1029 362 Multicopy dsd hybrid plasmids, 185 Membrane, inner Mycoplasma gallisepticum E. coli, 726 antigens on membranes, 683 preparation that cleaves alkaline phosphatase and Myrica pensylvanica phage fl coat protein precursors, 726 hydrogenase in root nodules, 138 Membrane, outer Myxococcus xanthus colicin M, 162 adenylate energy charge, 1007 E. coli, 162, 285, 521 fruiting body formation, 1007 maltodextrin binding, 521 permeability, 735 Nalidixic acid permeability channels, 27 E. coli, 153 phage lambda receptor, 521 Neisseria gonorrhoeae phage lambda receptor protein, 735 acetohydroxy acid synthetase, absence of, 344 porin, 735 chromosomal gene transfer, 350 porin trimers, 27 Neisseria meningitidis S. typhimurium, 27 respiratory electron transport chain, 879 saccharide permeation, 735 Neurospora crassa starch polysaccharide, 521 basic amino acids, 945 surface exclusion, 285 fructose transport, 763 traT protein, 285 inorganic polyphosphates, 945 Membrane deenergization nuclear division, 268 colicin K, 931 picolinic acid, 268 E. coli, 931 vacuolar pool regulation, 945 parinaric acid, 931 Nicotinamide adenine dinucleotide Membrane receptor pyridine nucleotide cycle, 1032 E. coli, 347 recycling, 1032 glucose 6-phosphate, 347 S. typhimurium, 1032 uhp, 347 nif VOL. 142, 1980 SUBJECT INDEX xi K pneumoniae, 99 maltodextrin binding, 521 nitrogen metabolism, 99 permeability, 735 Nitrite-spermidine mutagenesis and repair permeability channels, 27 recA, 191 phage lambda receptor, 521 S. typhimurium, 191 phage lambda receptor protein, 735 uvr, 191 porin, 735 Nitrogen metabolism porin trimers, 27 glnF, 99 S. typhimurium, 27 ginG, 99 saccharide permeation, 735 hut, 99 starch polysaccharide binding, 521 K. pneumoniae glutamine auxotrophs, 99 surface exclusion, 285 nif, 99 traT protein, 285 Nitrogen starvation H. wingei, 276 Parinaric acid fluorescence sporulation, 276 E. coli, 931 Nitrogenase A membrane deenergization by colicin K, 931 R. rubrum, 899 Peptidoglycan degradation Nitrogenase R E. coli autolysis, 52 R. rubrum, 899 Peptone induction Nitrous acid deamination V. alginolyticus, 447 cytosine residues, 335 Period D duplex DNA, 335 B. subtilis, 254 E. coli, 335 DNA content, 254 novel mutational lesion, 335 Permeability Nonsense mutations E. coli outer membrane, 735 lacZ of E. coli, 732 phage lambda receptor protein, 735 Novobiocin porin, 735 B. subtilis spore germination, 366 saccharide, 735 RNA synthesis, 366 Permeability channels Nuclear division cycle S. typhimurium outer membrane, 27 N. crassa hyphae, 268 Phaseolotoxin picolinic acid, 268 ornithine carbamoyltransferase, 720 Nucleic acid synthesis P. syringae pv. phaseolicola, 720 DNA gyrase, 153 Phaseolotoxin transport E. coli, 153 E. coli, 474 Nucleotide base exhaustion oligopeptide permease, 474 E. coli gene expression, 202 S. typhimurium, 474 Nutrient-limited growth Phosphatidylglycerophosphate synthase T. novellus, 645 C. perfringens, 262 Phosphatidylinositol Oerskovia xanthineolytica S. cerevisiae, 747 endoglucanase activity, 414 sphingolipid synthesis, 747 lyticase, 414 Phosphatidylserine synthase protease activity, 414 C. perfringens, 262 Oligoglucuronide production Phospholipid endohydrolase, 939 alcohol effect, 1040 hyphal extension, 939 E. coli, 1040 M. rouxii, 939 Phospholipid biosynthesis Oligomycin C. perfringens, 262 cytochrome c, 499 phosphatidylglycerophosphate synthase, 262 S. cerevisiae, 499 phosphatidylserine synthase, 262 Oligopeptide permease Phospholipid synthesis E. coli, 474 E. coli membrane, 362 phaseolotoxin transport, 474 guanosine 5'-diphosphate-3'-diphosphate synthesis, S. typhimurium, 474 362 Ornithine carbamoyltransferase inositol starvation, 79 P. syringae pv. phaseolicola, 720 S. cerevisiae, 79 phaseolotoxin immunity, 720 temperature up-shift, 362 Ornithine decarboxylase (N5-Phosphosulfamyl)ornithylalanylhomoarginine mutations affecting, 791 transport S. cerevisiae, 791 E. coli, 474 Outer membrane oligopeptide permease, 474 colicin M, 162 S. typhimurium, 474 E. coli, 162, 285, 521, 735 Photocontrol xii SUBJECT INDEX J. BACTERIOL. S. aurantiaca development, 1023 Plasmids FII Phycoerythrin synthesis dor, 145 Synechocystis sp. 6701, 310 resistance determinants, 145 wavelength modulation, 310 S. typhimurium, 145 Phycomyces blakeskeeanus polA-lacZ fusions cell wall surface layer, 689 E. coli, 962 lameliae, 689 Polyethylene glycol Picolinic acid Streptomyces transfection, 8 N. crassa nuclear division, 268 Polyphosphates, inorganic Planomonospora parontospora subsp. antibiotica N. crassa vacuolar pool, 945 sporangiomycin resistance, 455 Porin Plasmid E. coli outer membrane, 735 P. putida, 21 saccharide permeation, 735 3,5-xylenol plasmid, 21 Porin protein Plasmid pBR322 E. coli, 1019 E. coli, 992 S. typhimurium, 1019 recombination with phage lambda, 992 Porin trimer Plasmid pJC59 permeability channels, 27 conjugational transmission, 701 S. typhimurium outer membrane, 27 Plasmid pJC61 subunit constituent, 27 conjugational transmission, 701 Protease activity Plasmid pML31 0. xanthineolytica lyticase, 414 conjugational transmission, 701 Protein Plasmid pNC21 M. gaUlisepticum membranes, 683 conjugational transmission, 701 Protein, ribosomal Plasmid pRI405 B. subtilis, 355 lincomycin resistance, 407 methylation, 355 macrolide resistance, 407 Protein methylation S. aureus, 407 M. racemosus morphogenesis, 196 S. pneumoniae, 407 Protein synthesis streptococci, 407 E. coli, 843 streptogramin resistance, 407 E. coli strain differences, 888 transferability, 407 shift-down, 888 Plasmid pTA1030 temperature induction, 843 B. subtilis, 315 transcriptional control, 843 Plasmid pUB110 translational initiation, 888 DNA-membrane complexes from B. subtilis, 339 Proton gradient Plasmid R6K M. lysodeikticus, 651 E. coli, 668 Pseudomonas aeruginosa inversion, 668 elastase, 836 Tn2660, 668 ferric citrate, 581 transposition, 668 ferripyochelin, 581 Plasmid R68.45 iron uptake, 581 Erwinia spp., 111 lasAI, 836 Plasmid Rms312 Pseudomonas fluorescens S. typhimurium dor mutation, 145 glucose transport, energization, 755 Plasmid RP4 Pseudomonas putida integrative compatibility, 462 decarboxylase, 480 Plasmid TOL glutamine synthetase, 69 chlorobenzoate metabolism, 467 4-hydroxyphenylacetic acid meta-cleavage mutants, Pseudomonas sp. B13 derivatives, 467 480 Plasmid transmission isomerase, 480 pJC59, 701 methanol production, 916 pJC61, 701 3-0-methyl gallic acid, 916 pML31, 701 syringic acid, 916 pNC21, 701 3,5-xylenol degradative pathway transposon mediated, 701 plasmid, 21 Plasmid-borne sulfonamide resistance Pseudomonas sp. B13 derivatives dihydropteroate synthases, 1 chlorobenzoate metabolism, 467 E. coli, 1 plasmid TOL, 467 Plasmid-mediated transformation Pseudomonas sp. BAL-31 B. megaterium, 508 DNA polymerase, 249 Plasmids Pseudomonas sp. MA B. subtilis, 315 methylamine transport, 786 VOL. 142, 1980 SUBJECT INDEX xiii Pseudomonas syringae pv. phaseolicola Ribonuclease E ornithine carbamoyltransferase, 720 E. coli, 359 phaseolotoxin immunity, 720 rne, 359 ptsM Ribonucleic acid E. coli, 120 B. subtilis spore germination, 366 enzyme IIA/IIB, 120 E. coli, 362 purA-cysA region guanosine 5'-diphosphate-3'-diphosphate synthesis, B. subtilis, 90 362 Purine exhaustion novobiocin, effect of, 366 E. coli gene expression, 202 phage T4, 327 Pyochelin synthesis during temperature up-shift, 362 iron transport, 581 Ribonucleic acid, messenger P. aeruginosa, 581 ams, 325 Pyridine nucleotide cycle B. subtilis, 1045 NAD recycling, 1032 chemical longevity, gene for, 325 S. typhimurium, 1032 E. coli, 325 Pyrimidine dimers translation, 1045 S. cerevisiae mutants, 322 Ribonucleic acid polymerase UV-endonuclease activity, 322 E. coli mutant, 1049 Pyrimidine exhaustion Ribosomal protein E. coli gene expression, 202 B. subtilis, 355 Pyruvate decarboxylase level methylation, 355 hexose, 1029 Rifampin M. rouxii, 1029 collagenase production, 447 V. alginolyticus, 447 recA + gene product rne E. coli, 319 E. coli, 359 hydrogen peroxide toxicity, 319 RNase E structure, 359 recA protein synthesis RsaI E. coli, 819 DNA sequencing, 380 tif-1 mutation, 819 R. sphaeroides, 380 tsl-1 mutation, 819 Receptor protein Saccharide permeation E. coli outer membrane, 735 E. coli outer membrane, 735 phage lambda, 735 Saccharomyces cerevisiae Recombination S-adenosylmethionine, 608 E. coli, 992 ascospore germination, 608 phage lambda, 992 asymmetrical division, 808 plasmid pBR322, 992 chloramphenicol, 499 Regular surface layer cytochrome c, 499 S. ureae, 302 glycan synthesis, 79 Resistance determinants inositolphosphoceramide, 747 FII plasmids, 145 inositol starvation, 79 S. typhimurium, 145 mannan synthesis, 852 Respiratory electron transport chain mitochondrial functions, 499 N. meningitidis, 879 oligomycin, 499 terminal branching, 879 ornithine decarboxylase, 791 Rhizobium leguminosarum phosphatidylinositol, 747 beta-2-linked glucans, 243 phospholipid synthesis, 79 Rhizobium meliloti pyrimidine dimers, 322 glutamine synthetase, 69 spe4, 791 Rhizobium phaseoli spelO, 791 beta-2-linked glucans, 243 spe4O, 791 Rhizobium sp. strain 32H1 sphingolipid biosynthesis, 747 glutamine synthetase, 69 UV-endonuclease activity, 322 Rhizobium trifolii Salmonella typhimurium beta-2-linked glucans, 243 dor mutation, 145 Rhodopseudomonas capsulata glutamine synthetase, 69 dark fermentative growth, 908 ilvY, 1015 glutamine synthetase, 69 a-isopropylmalate, 513 Rhodopseudomonas sphaeroides ,-isopropylmalate, 513 RsaI, 380 NAD recycling, 1032 Rhodospirillum rubrum oligopeptide permease, 474 nitrogenases A and R, 899 outer membrane, 27 xiv SUBJECT INDEX J. BACTERIOL. permeability channels, 27 sporulation, 331 phaseolotoxin transport, 474 Staphylococcus aureus plasmid Rms312, 145 lincomycin resistance, 407 plasmids FII, 145 macrolide resistance, 407 porin protein, 1019 plasmid pRI405, 407 porin trimers, 27 plasmid pUBllO associated with B. subtilis DNA- pyridine nucleotide cycle, 1032 membrane, 339 recA, 191 streptogramin resistance, 407 resistance determinants on R plasmids, 145 Starch polysaccharide binding spermidine-nitrite mutagenesis and repair, 191 E. coli, 521 meso-tartrate sensitivity, 486 phage lambda receptor, 521 uvr, 191 Starvation Septation glucose transport, 763 K. pneumoniae mutant, 43 N. crassa, 763 lateral wall extension, 43 Stigmatella aurantiaca mecillinam, 43 fruiting body formation, 1023 D-Serine deaminase region photocontrol of development, 1023 E. coli, 174 Streptococcus faecium Serratia marcescens autolytic mutants, 741 hybrid tryptophan synthase-modifiedf82 protein, 729 lipid, 741 Shape determination lipoteichoic acid, 741 K. pneumoniae mutants, 43 Streptococcus pneumoniae lateral wall extension, 43 lincomycin resistance, 407 mecillinam, 43 marcolide resistance, 407 Siderophore plasmid pRI405, 407 pyochelin, 581 streptogramin resistance, 407 Siomycin resistance Streptococcus sanguis (Wicky) actinomycetes, 455 competent cell-DNA interaction, 568 Sodium ion-substrate symport Streptogramin resistance A. haloplanktis, 603 plasmid pRI405, 407 spe4 S. aureus, 407 S. cerevisiae, 791 S. pneumoniae, 407 spelO streptococci, 407 S. cerevisiae, 791 transferability, 407 spe4O Streptomyces azureus S. cerevisiae, 791 thiostrepton resistance, 455 Spermidine-nitrite mutagenesis and repair Streptomyces hawaiiensis recA, 191 thiostrepton resistance, 455 S. typhimurium, 191 Streptomyces laurentii uvr, 191 thiostrepton resistance, 455 Sphingolipid biosynthesis Streptomyces sioyaensis phosphatidylinositol, 747 siomycin resistance, 455 S. cerevisiae membrane preparation, 747 Streptomyces spp. Spiroplasma transfection, 8 fibrils, 694 Sulfonamide resistance Spiroplasma citri dihydropteroate synthases, 1 morphology of helical and nonhelical strains, 973 E. coli, 1 Sporangiomycin resistance plasmid-borne, 1 actinomycetes, 455 Superoxide dismutase Spores E. coli, 319 B. subtilis, 366 hydrogen peroxide toxicity, 319 novobiocin, 366 Surface exclusion RNA synthesis during germination, 366 E. coli, 285 Sporosarcina ureae traT protein, 285 regular surface layer, 302 Synechocystis sp. 6701 Sporulation phycoerythrin synthesis, 310 B. subtilis, 90, 331, 491 Syringic acid chromosome replication, 491 P. putida, 916 gene expression during, 90 H. wingei, 276 meso-Tartrate sensitivity nitrogen starvation, 276 S. typhimurium strains, 486 spoVC, 331 Temperature shift-up spoVC E. coli, 843 B. subtilis, 331 protein synthesis, 843 VOL. 142, 1980 SUBJECT INDEX xv Temperature up-shift traT protein E. coli, 362 E. coli, 285 guanosine 5'-diphosphate-3'-diphosphate synthesis, surface exclusion, 285 362 3,4,5-Trimethoxybenzoic acid membrane phospholipid synthesis, 362 P. putida, 916 RNA synthesis, 362 trmA Thiobacillus ferrooxidans E. coli, 371 ATP formation in vesicles, 295 tRNA(5-methyluridine)methyltransferase, 371 Thiobacillus novellus Tryptophan synthase-modified 2 protein glucose metabolism, 639 E. coli 729 mixotrophic growth, 633 hybrid formed from separate folding regions of the nutrient-limited growth, 645 ,B monomer, 729 Thiostrepton resistance S. marcescens, 729 actinomycetes, 455 tsl-i Tic phenotype E. coli, 819 E. coli, 888 filamentation, 819 tif-1 protein synthesis, 819 E. coli, 819 tsr filamentation, 819 chemotaxis, 953 protein synthesis, 819 E. coli, 953 tms-26 B. subtilis, 90 uhp Tn5 insertation mutations E. coli, 347 E. coli, 439 glucose 6-phosphate membrane receptor, 347 polarity, 439 Ultraviolet light toiM azide resistance, mutation to, 724 colicin M, 162 E. coli, 724 E. coli, 162 phage T5 resistance, mutation to, 724 tonA Ultraviolet-endonuclease activity colicin M, extracts of S. cerevisiae mutants, 322 E. coli, 162 uvrD tonB E. coli, 535 colicin M, 162 excision repair, 535 E. coli, 162 Transfection Vacuolar pool phage 0488, 8 basic amino acids, 945 phage 4C31, 8 inorganic polyphosphates, 945 phage R4, 8 N. crassa, 945 phage S14, 8 Vibrio alginolyticus phage VP5, 8 collagenase production, 447 polyethylene glycol assisted, 8 peptone induction, 447 Streptomyces protoplasts, 8 Vitreoscilla Transfer ribonucleic acid(5-methyluridine)methyltransferase heme, 169 E. coli, 371 Transformation 3,5-Xylenol degradation B. megaterium, 508 enzymes, 21 plasmid mediated, 508 p-cresol, 21 Translation P. putida, 21 B. subtilis mRNA, 1045 plasmid, evidence for, 21 Transposition plasmid R6K, 668 Yeast cell lysis Transposon Tn3 endoglucanase activity, 414 plasmid transmission, 701 lyticase, 414 Transposon Tn2660 0. xanthineolytica, 414 plasmid R6K, 668 protease activity, 414 INDEX TO DATE OF ISSUE

Month Date of Issue Pages

April 6 May 1980 1-369 May 20 May 1980 371-734 June 20 June 1980 735-1054

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