journals.asm.org · authorindex abbott, mitchel t., 1145 allender, philip, 1413 an, gynheung, 1100...
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JOURNAL OF BACTERIOLOGYVOLUME 137 0 NUMBER 3 * MARCH 1979
EDITORIAL BOARDSimon Silver, Editor-in-Chief (1982)Washington University, St. Louis, Mo.
Stanley C. Holt, Editor (1982)University of Massachusetts, Amherst
Sam Kaplan, Editor (1983)University of Illinois, Urbana
Elizabeth McFall, Editor (1980)New York University, New York, N. Y.
Donald P. Nierlich, Editor (1982)University of California, Los Angeles
Allen T. Phillips, Editor (1980)Pennsylvania State Universitv,
University Park, Pa.Howard V. Rickenberg, Editor (1983)National Jewish Hospital, Denver, CO
Mark Achtman (1979)James N. Adams (1979)Nina Agabian (1980)James Akagi (1979)David Apirion (1979)Arthur I. Aronson (1979)Gad Avigad (1980)Stephen D. Barbour (1979)Jeffrey M. Becker (1980)Claire M. Berg (1980)Douglas E. Berg (1980)Richard S. Berk (1980)Harriet Bermheimer (1980)Dale C. Birdsell (1981)Edwin Boatman (1980)Winfried Boos (1979)H. D. Braymer (1979)Jean Brenchley (1980)George H. Brownell (1980)Richard 0. Burns (1980)A. M. Chakrabarty (1980)Peter J. Chapman (1979)G. William Claus (1979)Don B. Clewell (1980)Stanley N. Cohen (1979)John W. Costerton (1980)John E. Cronan, Jr. (1980)Lolita Daneo-Moore (1981)Dana L. Diedrich (1980)Walter J. Dobrogosz (1979)
Patrick R. Dugan (1980)A. Eisenstark (1979)Alan D. Elbein (1979)David P. Fan (1981)Walton L. Fangman (1981)W. R. Finnerty (1979)John D. Foulds (1979)Bijan K. Ghosh (1981)Harry E. Gilleland, Jr. (1979)Helen Greer (1980)Walter R. Guild (1981)Tadayo Hashimoto (1979)Gerald L. Hazelbauer (1981)Joy Hochstadt (1980)Bruce Holloway (1979)Philip Hylemon (1979)Joseph Inselburg (1981)Robert J. Kadner (1979)Donald L. Keister (1980)David E. Kennell (1980)Bruce C. Kline (1980)Thomas G. Lessie (1979)K. Brooks Low (1979)P. T. Magee (1980)Manley Mandel (1981)Robert E. Marquis (1979)Barry Marrs (1981)Neil H. Mendelson (1981)Sally Ann Meyer (1981)Gene E. Michaels (1980)Walter G. Niehaus, Jr. (1981)
Hiroshi Nikaido (1981)John H. Nordin (1979)Michio Oishi (1980)Sunil Palchaudhuri (1979)Leo Parks (1979)Martin Pato (1981)William S. Reznikoff (1979)Palmer Rogers (1981)Antonio H. Romano (1979)Barry P. Rosen (1980)Robert Rownd (1980)Harold L. Sadoff (1980)Milton H. Saier, Jr. (1979)Gene A. Scarborough (1979)Irwin H. Segel (1979)Jane K. Setlow (1981)J. A. Shapiro (1979)David Sherratt (1980)Douglas W. Smith (1980)Issar Smith (1981)Dieter G. Soll (1979)A. L. Sonenshein (1980)Dwight Stinnett (1979)Stanley Streicher (1980)John L. Swanson (1981)Robert L. Switzer (1979)Bonnie M. Tyler (1981)James A. Wechsler (1981)David White (1980)Clifford A. Woolfolk (1979)Howard Zalkin (1979)
Robert A. Day, Managing EditorGisella Pollock, Assistant Managing Editor
Linda Illig, Production Editor1913 I St., N. W., Washington, D. C. 20006
EXEdwin H. Lennette, President (1978-1979)
J. Mehsen Joseph, Secretary
The Journal of Bacteriology (ISSN 0021-9193), a publicationof the American Society for Microbiology, 1913 I St., N.W.,Washington, D.C. 20006, is devoted to the advancement anddissemination of fundamental knowledge concerning bacteriaand other microorganisms. Instructions to Authors are publishedin the January issue each year. The Journal is published monthly,and the twelve numbers are divided into four volumes per year.The nonmember subscription price is $115 per year. Single copiesare $10. The member subscription price is $22 per year. Corre-spondence relating to subscriptions, reprints, defective copies,availability of back issues, lost or late proofs, disposition ofsubmitted manuscripts, and general editorial matters should bedirected to the ASM Publications Office, 1913 I St., N.W.,Washington, D.C. 20006 (area 202 833-9680).
Second class postage paid at Washington, D.C. 20006, and atadditional mailing offices.
OFFICIOWillis A. Wood, President-Elect (1978-1979)
Brinton M. Miller, Treasurer
Made in the United States of America.Copyright i 1979, American Society for Microbiology.All Rights Reserved.
The code at the top of the first page of an article in this journalindicates the copyright owner's consent that copies of the articlemay be made for personal use, or for personal use of specificclients. This consent is given on the condition, however, that thecopier pay the stated per-copy fee through the Copyright Clear-ance Center, Inc., P.O. Box 765, Schenectady, New York 12301,for copying beyond that permitted by Sections 107 or 108 of theU.S. Copyright Law. This consent does not extend to other kindsof copying, such as copying for general distribution, for advertis-ing or promotional purposes, for creating new collective works,or for resale.
AUTHOR INDEXAbbott, Mitchel T., 1145Allender, Philip, 1413An, Gynheung, 1100Ant6n, Dora N., 1271Arnold, Wilfred N., 1386Aronson, A. I., 1208
Baughman, Gail A., 1315Beacham, I. R., 1428Bhattacharya, Sabita, 1425Billen, D., 1439Brand, Leslie, 1447Brill, Winston J., 1362Britton, Cindy, 1447Bromley, David B., 1406Brubaker, R. R., 1290Burchard, Robert P., 1417Burdett, I. D. J., 1395
Cabrera-Juarez, Emiliano, 1081Calhoun, David H., 1234Campbell, Kristine, 1452Cardemil, Liliana, 1067Carleton, Oleg, 1413Chambliss, Glenn H., 1452Charon, Nyles W., 1406, 1413Clanton, David J., 1299Cooper, Terrance G., 1447Cramer, Carole L., 1437
Dantzig, Anne H., 1333Davis, Craig H., 1145Davis, Rowland H., 1437Dayrell-Hart, Betsy, 1417Dazzo, Frank B., 1362Deddish, Peter A., 1191Deonier, Richard C., 1421Donachie, W. D., 1088
Elliott, Steven G., 1185
Fahnestock, Stephen R., 1315Finch, Lloyd R., 1073Foster, John W., 1165Frantz, Joseph C., 1263Free, Stephen J., 1219Frehel, Claude, 1354Friedberg, Errol C., 1243Friedrich, Barbel, 1127Friesen, James D., 1100Fultz, Patricia N., 1253
Gabor, Magda H., 1346Garrison, Robert G., 1386Garro, Anthony J., 1340Gest, Howard, 1459Ghosh, Arati, 1374Ghosh, B. K., 1374
Goldberg, Richard B., 1282Gooden, Dinsdale, 1119Graham, Madge Yang, 1464Gunn, J., 1428
Hadley, R. G., 1421Halpern, Yeheskel S., 1111Hanau, Robert, 1282Hardman, John K., 1158Hasunuma, Kohji, 1095Hellermann, G. R., 1439Helmstetter, Charles E., 1151Henderson, Gary B., 1308Henkin, Tina M., 1452Hollocher, Thomas C., 1227Home, Diane, 1180Hotchkiss, Rollin D., 1346Huennekens, F. M., 1308Hu, Ming, 1421
Justesen, Just, 1100
Kemper, Jost, 1253Kessler, Robert E., 1176Khorana, H. Gobind, 1443Kinney, Dennis M., 1165Kristjansson, Jakob K., 1227Kwoh, Deborah Y., 1253
Lambowitz, Alan M., 1449Levitz, Ruth, 1111Lheritier, Anne-Marie, 1354Lo, Ruju J., 1456Lutkenhaus, J. F., 1088
Magasanik, Boris, 1127Mannella, Carmen A., 1449Marzluf, George A., 1324McCallum, R. E., 1263McLaughlin, Calvin S., 1185Metzenberg, Robert L., 1219Metzer, Esther, 1111Miller, Robert V., 1299Minton, N., 1428Mishra, Ajit K., 1425Mitchell, Alana, 1073Moat, Albert G., 1165Mowshowitz, Deborah
Bernhardt, 1200
Nason, Alvin, 1333Nishimura, S., 1084Noguchi, S., 1084
O'Brien, Susan, 1413Olsen, William L., 1443
Pall, Martin L., 1140
Pandey, N. K., 1208Patin, Diana W., 1234Perry, R. D., 1290Peters, Julius, 1134Pincheira, Guido, 1067Pittenger, Thad H., 1449Premakumar, Ramaswamy, 1119
Ramakrishan, T., 1084Ravin, Arnold W., 1191Reusch, R., 1434Rice, Philip W., 1219Riggsby, W. Stuart, 1299Roberts, Rowena L., 1456Robinson, John M., 1158Rosenberg, Gary, 1140Roy, Pampa, 1425
Sadoff, H. L., 1434Sanchez-Rinc6n, Dora A.,
1081Sanchez-Rivas, Carnen, 1340,
1354Schaechter, Moselio, 1443Schaeffer, Pierre, 1354Sekiguchi, Mutsuo, 1095Shockman, Gerald D., 1176Simmons, Rhona R., 1243Sloan, Gary L., 1158Sorger, George J., 1119Su, Chung-Jey, 1434Summers, Anne O., 1430Sumrada, Roberta, 1447Sypherd, Paul S., 1134Szaniszlo, Paul J., 1456
Tan, Sai-Tee, 1324Taya, Y., 1084Taylor, Diane E., 1430Thwaites, William M., 1145Tomasz, Alexander, 1180
Vani, B. R., 1084
Wallis-Biggart, Neal, 1145Wall, Judy D., 1459Watson, Robert J., 1100Weinberger, Martin, 1151Weisblum, Bernard, 1464Wiegmann, Francis L., Jr., 1333Wondrack, Lillian M., 1145
Yamaizumi, Z., 1084
Zevely, Edward M., 1308
The most up-to-date survey of microbial pathogenesis -
IC O IEditor: David Schlessinger 71 9 Publication Date: February 1979
Contents by Section: Microbial Membranes 0 Mechanisms of MicrobialVirulence 0 Biochemical Genetics of Pathogenicity 0 Antibiotic -Associated Colitis 0 Resistant Gram-Positive Cocci 0 Mutasynthesisof Antibiotics 0 Ontogeny of the Immune System
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INDEX TO DATE OF ISSUE
Month Date of Isue Pages
January 26 January 1979 1-704February 26 February 1979 705-1066April 4 April 1979 1067-1467
AUTHOR INDEX
VOLUME 137
Abbott, Mitchel T., 1145Abdelal, Ahmed T., 1040Abramov, Z. T., 1017Alfasi, Hana, 69Allender, Phillip, 1413Allet, Bernard, 681Al-Sowaygh, Ibrahim A., 1022An, Gynheurig, 1100Ant6n, Dora N., 1271Antonian, Edna, 469Aono, Rikizo, 839Arias, A., 409Arnold, Wilfred N., 1386Arnon, Daniel I., 779Aronson, A. I., 1208Ascenzi, Joseph M., 384
Balch, W. E., 256, 264Baratova, L. A., 1017Baughman, Gail A., 1315Baumberg, Simon, 189Beacham, I. R., 1428Beckwith, Jon, 365Bell, G., 447Belsole, Donna M., 900Belyanova, L. P., 1017Bender, Robert A., 1000Berg, Douglas E., 681Bhattacharya, Sabita, 1425Billen, D., 1439Bishop, C. W., 574Bishop, Dean S., 537Black, F. T., 456Blech, J. E., 574Bock, A., 480Boquet, Paul L., 1013Botstein, David, 433Botta, G., 727Bott, Kenneth F., 213Bottomley, Peter J., 321Brand, Leslie, 1447Brill, Winston J., 1362Britton, Cindy, 1447Brock, T. D., 420Broda, Paul, 281Brody, Stuart, 912Bromley, David B., 1406Brookman, J. J., 705Brubaker, R. R., 1290Buller, C. S., 62Burchard, Robert P., 1417Burdett, I. D. J., 1395Burgdorfer, Willy, 605
Cabrera-Juarez, Emiliano, 1081Calame, Kathryn L., 990Calavan, E. C., 1056Calhoun, David H., 1234Campbell, Kristine, 1452Canepari, P., 727Canosi, Umberto, 124
Cardemil, Liliana, 1067Carithers, Robert P., 779Carleton, Oleg, 1413Carter, B. L. A., 1Castensson, Staffan, 129Cervenansky, C., 409Chace, Nina M., 614Chai, Tuu-jyi, 226Chambliss, Glenn H., 1452Chandler, Carol J., 350Chapman, Virginia, 545Charon, Nyles W., 1406, 1413Chase, John W., 234Chattopadhyay, Pranab K., 309Chenault, Sara S., 653Ching, Te May, 153Christiansen, C., 456Clanton, David J., 1299Clark, Virginia L., 340Clegg, Steven, 1008Clowes, Royston C., 977Cohen, Stanley N., 92Cooper, David G., 795Cooper, Terrance G., 1447Cox, Charles D., 357Cox, G. B., 705, 711Craine, Brian L., 740Cramer, Carole L., 1437Crandall, Marjorie, 1051Crawford, Irving P., 700Crow, Vaughan L., 878Cseke, Cs., 667Cullum, John, 281Cunningham, David, 925Curtis, Susan J., 644
Dame, John B., 1043Dantzig, Anne H., 1333Davidson, Lois, 204Davis, Craig H., 1145Davis, Rowland H., 1437Dayrell-Hart, Betsy, 1417Dazzo, Frank B., 1362Deddish, Peter A., 1191Deeley, Michael, 700Del Giudice, Luigi, 673DeLong, Sara, 545Delwiche, Eugene A., 905DeMoss, John A., 719Dennis, Patrick P., 115, 197Deonier, Richard C., 1421de Renobales, Mertxe, 752deSilva, Arminda Orozco, 502Dhawale, Motiram R., 916Dickson, Lesley R., 51Dickson, Robert C., 51Donachie, W. D., 1088Doolittle, W. Ford, 648Downey, Ronald J., 105Downie, J. A., 705, 711Dubnau, David, 635
Duncan, M. J., 415
Earhart, Charles F., 653Edmiston, Susan H., 568Edwards, David L., 900Ehrhardt, C. W., 1Elliott, Steven G., 1048, 1185Ely, Bert, 627Emerich, David W., 153Eriquez, Louis A., 620Evans, Harold J., 153, 824
Fahnestock, Margaret, 758Fahnestock, Stephen R., 1315Falaschi, Arturo, 124Farkas, G. L., 667Farley, John R., 350Fein, Jared E., 933Fernwalt, Jeffrey D., 391Ferrari, Eugenio, 124Fields, Patricia I., 391Finch, Lloyd R., 1073Flashner, Michael, 925Fontana, R., 727Fonzi, William A., 285Foster, John W., 1165Foulds, John, 226Fraenkel, D. G., 415, 502Frantz, Joseph C., 1263Freese, E., 773Free, Stephen J., 1219Frehel, Claude, 947, 1354Frelat, Gerard, 1013Freundt, E. A., 456Friedberg, Devorah, 69Friedberg, Errol C., 1243Friedberg, Ilan, 69Friedrich, Barbel, 1127Friesen, James D., 1100Frohler, J., 480Fultz, Patricia N., 1253
Gaal, Andras, 13Gabor, Magda H., 1346Gallagher, Joseph E., 972Gardiol, A., 409Garg, G. K., 28Garon, Claude F., 878Garrison, Robert G., 1386Garro, Anthony J., 1340Gerstenberger, P. D., 502Gest, Howard, 524, 1459Ghosh, Arati, 1374Ghosh, B. K., 1374Gibson, Evelyn M., 614Gibson, F., 705, 711Glaser, Luis, 327Glass, Thomas L., 956Glickman, B. W., 658Gociar, Eva, 502Goldberg, Daniel E., 502
VOL. 137, 1979
Goldberg, Richard B., 1282Gooden, Dinsdale, 1119Gracey, D. E. Fergus, 795Graham, Madge Yang, 635, 1464Graham, Rex, 357Grant, W. D., 35Gresshoff, P. M., 1020Grimminger, Herbert, 846Grindley, June N., 990Grossman, Nili, 790Grijil, J. M., 480Gryczan, Thomas, 635Guild, Walter R., 556, 735Gunn, J., 1428Gunsalus, I. C., 28, 697Guzik, Howard J., 900
Hack, Adelle M., 692Hadley, R. G., 1421Halpem, Yeheskel S., 1111Hanau, Robert, 1282Hanus, Frank J., 824Hardaway, K. L., 62Hardman, John K., 1158Harmon, S. A., 374Hartman, Fred C., 490Harwood, Colin R., 189Hastings, J. W., 854Hasunuma, Kohji, 1095Hayes, Stanley F., 605Heller, K. B., 670Hellermann, G. R., 1439Helmstetter, Charles E., 1151Henderson, Gary B., 1308Henkin, Tina M., 1452Hennecke, H., 480Henning, Ulf, 664Hermann, Monique, 28Hollocher, Thomas C., 1227Holmans, Priscilla L., 977Holmes, W. Michael, 956Holtje, Joachim-Volker, 661Honma, Yoshiharu, 677Hooper, Gary R., 537Home, Diane, 1180Hornemann, Ulfert, 916Hoshino, Toshimitsu, 73Hotchkiss, Rollin D., 1346Huennekens, F. M., 1308Hu, Ming, 1421Hurt, Myra A., 1028Hylemon, Phillip B., 956
Inouye, Masayori, 595
Jahnke, Linda, 179Jann, Klaus, 664Johnson, Reid C., 627Johnson, Steven R., 531Johnston, G. C., 1Jones, Theodore H. D., 752Jorgensen, Richard A., 681Jouve, Helene, 161Justesen, Just, 1100
Kageyama, Makoto, 73
AUTHOR INDEX
Kahane, Itzhak, 764Kanazawa, Hiroshi, 818Kane, James F., 1028Kemper, Jost, 1253Kennedy, Eugene P., 686Kessler, Robert E., 869, 1176Khorana, H. Gobind, 1443Kilner, Jan, 1031Kinney, Dennis M., 1165Kipe-Nolt, J. A., 146Kitto, G. Barrie, 204Klein, Harold P., 179Kline, Bruce C., 885Konijn, Theo M., 169Koshland, D. E., Jr., 758Kosman, Daniel J., 313Kowalski, John B., 689Kozloff, Uoyd M., 545Kristjansson, Jakob K., 1227Kwoh, Deborah Y., 1253
Laboure, Anne-Marie, 161Lai, Jiunu-Shyong, 309Lamb, David H., 213Lambowitz, Alan M., 1449Langworthy, T. A., 185Lark, Cynthia, 44Lau, Reginald H., 648LeBlanc, Donald J., 878Lee, I.-M., 1056Lee, Linda N., 878Lemer, Terry J., 1063Levitz, Ruth, 1111Lheritier, Anne-Marie, 1354Little, Robert, 115Liu, H.-Y., 1056Loeb, Marilyn R., 1031Loewy, Arleen, 327London, Jack, 614London, Sidney B., 614Long, Mary V., 490Lorincz, A., 1Lo, Ruju J., 1456Lutkenhaus, J. F., 1088
Macedo, Paula M., 461MacGregor, C. H., 574Madigan, Michael T., 524Magasanik, Boris, 1127Maier, Robert J., 824Mannelia, Carmen A., 1449Manson, Claude, 161Markin, Jennifer S., 51Martins, Stanley A., 912Martinez-Drets, G., 409Marzluf, George A., 1324Masker, Warren E., 234Mason, Mark, 204Mato, Jose M., 169Matsuhashi, Michio, 474, 644Mayer, Stephanie, 350Mazza, Giorgio, 124McCaUum, R. E., 1263McCann, Pamela A., 891McConnell, Michael, 746McCullough, W. G., 243
McIntosh, Mark A., 653McLaughlin, Calvin S., 1048,1185Menninger, John R., 694Merkal, R. S., 243Metzenberg, Robert L., 1219Metzer, Esther, 1111Meyer, Ortwin, 811Miller, James R., 885Miller, Jeffrey H., 433Miller, Robert V., 1299Minet, Michele, 440Minton, N., 1428Mironov, A. S., 802Mishra, Ajit K., 1425Misono, Haruo, 22Mitchell, Alana, 1073Mitchison, J. M., 440Moat, Albert G., 1165Montie, Thomas C., 274Morgan, Edward A., 507Morrow, T. O., 374Mortlock, Robert P., 173Moses, Robb E., 397Moulton, Rebecca C., 274Mount, David W., 568Mowshowitz, Deborah
Bernhardt, 1200Mudd, J. B., 1056Muhlrad, Andras, 764Murphy, Janet B., 234
Nainan, Omana V., 1040Nakada, Dai, 990Nakamura, Kenzo, 595Nason, Alvin, 1333Nass, G., 480Neujahr, Halina Y., 13Newman, Karl F., 860Nishimura, S., 1084Noguchi, S., 1084Nombela, Cesar, 6Nomura, Masayasu, 507, 584Norton, I. Lucile, 490Nurse, Paul, 440
O'Brien, Susan, 1413Ohya, Satoshi, 474Okubo, Yasuhita, 677Old, David C., 173, 1008Olsen, William L., 1443Opheim, Dennis J., 285Oxender, Dale L., 1059
Pacelli, Laura Z., 568Pall, Martin L., 1140Pandey, N. K., 1208Patin, Diana W., 1234Paulus, Thomas J., 82Pawar, Shashi, 469Payne, J. W., 447Pelmont, Jean, 161Pendyala, Lakshmi, 248Pentella, Michael A., 891Perry, R. D., 1290Peters, Julius, 1134Pfahl, Magnus, 137
AUTHOR INDEX
Phares, E. F., 490Pincheira, Guido, 1067Pirtle, Robert M., 595Pisano, Michael A., 620Pittenger, Thad H., 1449Plate, Charles A., 221Pogell, Burton M., 891Pol6nia, J. J., 461Pon, Nellie, 752Porter, Ronald D., 556Pramanik, Ajay, 469Premakumar, Ramaswamy, 1119Putzrath, Resha M., 1037
Quay, Steven C., 1059
Raetz, Christian R. H., 860Ramakrishan, T., 1084Rampe, Glenn, 556Ravin, Arnold W., 1191Redshaw, Peggy A., 891Reusch, R., 1434Reznikoff, William S., 681Rhoades, Keith R., 972Rice, Philip W., 1219Riggsby, W. Stuart, 1299Roberts, Rowena L., 1456Robinson, John M., 1158Rocha, Victor, 700Rolfe, B. G., 1020Romig, W. R., 531Ron, Eliora Z., 790Rosenberg, Gary, 1140Rosenberg, H., 705Roy, Pampa, 1425Rudd, Kenneth, 295Rudick, Michael J., 301Ruiz-Argueso, Tomas, 153Rupert, Claud S., 740Rupp, W. Dean, 692Ryter, Antoinette, 947
Sadoff, H. L., 1434Sancar, Aziz, 692Sanchez, Miguel, 6Sanchez-Rinc6n, Dora A.,
1081Sanchez-Rivas, Carmen, 1340,
1354Santos, Tomas, 6Satta, G., 727Schaechter, Moseio, 1443Schaeffer, Pierre, 1354Schafer, Dorothy, 925Schlegel, Hans G., 811Schloss, John V., 490Schulman, Howard, 686Schulz, Horst, 469Scott, Randolph H., 719Segel, Irwin H., 350Sekiguchi, Mutsuo, 1095
Senior, A. E., 711Setlow, Peter, 1024Shaginyan, K. A., 1017Shanley, Mark, 285Shapiro, Bennett M., 1043Sharma, Surendra, 397Shatzman, Allan R., 313Shibl, Atef M., 1022Shockman, Gerald D., 869, 1176Shoemaker, Nadja B., 556Shuman, Howard A., 365Silva, M. T., 461Silverman, Michael, 517Simmons, Rhona R., 1243Simon, Louise T., 537Simon, Melvin, 517Singh, Ravendra P., 1024Skold, Ola, 129Skotnicki, Mary L., 1020Sloan, Gary L., 1158Smith, Deborah K., 963Smith, Gale, 204Smith, Michael D., 735Smith, Paul F., 185Smyth, Janine, 248Soda, Kenji, 22Sorger, George J., 1119Sousa, J. C. F., 461Sperl, George T., 719Stacey, Gary, 321Steiner, Francis X., 105Stellwag, Edmund J., 956Stepanov, V. M., 1017Stevens, S. E., Jr., 146Stocker, B. A. D., 830Streicher, Stanley L., 1000Stringer, Claude D., 490Stromninger, Jack L., 644Strongin, A. Ya., 1017Su, Chung-Jey, 1434Sugawara, Shinichi, 474Sukhodolets, V. V., 802Summers, Anne O., 1430Sumrada, Roberta, 1447Suzukd, Shigeo, 677Swedberg, Gote, 129Switzer, Robert L., 82Sypherd, Paul S., 1134Szaniszlo, Paul J., 1456
Tabita, F. Robert, 321Tamaki, Shigeo, 644Tamura, Gakuzo, 839Tanenbaum, Stuart W., 925Tan, Sai-Tee, 1324Taya, Y., 1084Taylor, Dean P., 92Taylor, Diane E., 1430Thacker, R., 697Thiet, Tran-Quang, 204Thomale, J., 480
Thomson, Jennifer, 502Thorne, Curtis B., 689Thuriaux, Pierre, 440Thwaites, William M., 1145Togawa, Hitoshi, 22Tomasz, Alexander, 1180Tsuyumu, Shinji, 1035
Ulitzur, S., 854Umbarger, H. E., 846Unger, Barbara W., 900
Van Baalen, Chase, 321Vani, B. R., 1084Vestal, J. Robie, 384Villanueva, Julio R., 6Vinther, O., 456
Wainscott, V. J., 1028Waleh, Nahid S., 830Wallis-Biggart, Neal, 1145Wall, Judy D., 1459Warner, Jonathan R., 1048Warren, R. A. J., 1053Watabe, Kazuhito, 773Watson, Robert J., 1100Weimer, P. J., 332Weinberger, Martin, 1151Weisblum, Bernard, 635, 1464WelUman, Angela M., 248Wiegmann, Francis L., Jr., 1333Wilson, T. Hastings, 1037Winkler, Herbert H., 963Winston, Fred, 433Woelders, Henri, 169Wolfe, R. S., 256, 264Wondrack, lillian M., 1145Wright, Andrew, 746Wu, Henry C., 309, 818
Yaffe, Edna, 790Yamada, Yoshihiko, 990Yamaizumi, Z., 1084Yamamoto, Masayuki, 584Yamamoto, Tatsuo, 22Yamasaki, Makari, 839Yamazaki, Mitsuo, 474Yaroslavtseva, N. G., 1017Yasbin, Ronald E., 391Yoch, Duane C., 779Yordy, Denise M., 905
Zajic, James E., 795Zehnder, A. J. B., 420Zeikus, J. G., 332Zevely, Edward M., 1308Zieg, Janine, 517Zinder, Norton D., 1063Zorzopulos, Jorge, 545Zusman, David R., 295
J. BACTERIOL.
SUBJECT INDEX
VOLUME 137
Acetate assimilationM. barkeri, 332
Acetate kinaseA. laidlawii, 764
Acetohydroxy acid synthase IE. coli, 846
Acetyl coenzyme A synthetasesaeration, 179S. cerevisiae, 179
Bl-N-AcetylhexosaminidaseP. persicinus, 620
N-Acetylglutamate synthesisS. typhimurium, 1040
Acholeplasmapreparation for scanning electron microscopy, 972
Acholeplasma axanthumcarotenoids, 185
Acholeplasma laidlawiiacetate kinase, 764
Active transportE. coli, 221glutamine, 221membrane potential, 221
Adenine, methylatedrRNA of macrolide-producing streptomycetes,
1464Adenosine 5'-triphosphate formation
R. japonicum bacteroids, 153Adenosine 5'-triphosphate sulfurylase
P. chrysogenum, 350Adenylylation state
glutamine synthetase, 1282nitrogen metabolism, genes involved in, 1282
AerationS. cerevisiae acetyl coenzyme A synthetases, 179
Aeromonas proteolyticacytochalasin A, 925
Agmatine degradationK. aerogenes, 1127
Agmenellum quadruplicatumlevulinic acid, 146pigment biosynthesis, 146
Agrobacterium tumefacienscrown gall teratoma, 1020Nicotiana, 1020Ti plasmids, 1020
D-Alanine carboxypeptidase IA activityE. coli, 644penicillin-binding protein 5, 644
Alcaligenes faecalismeso-a,e-diaminopimelate D-dehydrogenase, 22
Aldehyde synthesisB. harveyi, 854
Amber spr mutationsE. coli, 568
Amber suppressor mutationsP. acidovorans, 1053
Amber suppressorsS. typhimurium, 433
Amino acid (branched chain) transportE. coli, 1059reA, 1059
Amino acid pool mutants, screening forNeurospora, 1437replica printing, 1437yeasts, 1437
Amino acidsN. crassa nitrate reductase, 1119
Amino acids, basicG-1 arrest, 1447S. cerevisiae, nitrogen-starved, 1447
y-Aminobutyrate utilizationE. coli mutants, 1111gab genes, 1111
AmmoniaN. crassa nitrate reductase, 1119
Ampicillin resistance transposon TnlV. cholerae hybrid sex factor, 531
Ampicillin resistance transposon Tnl 701plasmids, nontransferring, 990
Anabaena sp.heterocyst synthesis, 321nitrogenase synthesis, 321
Anacystis nidulanscovalently closed circular DNA, 648cyanophage AS-1 attachment, effect of light on,
667Anesthetics
fatty acid oxidation complex, 469Arginine catabolic enzymes
B. subtilis, 189carbon and nitrogen repression, 189
Arthrobacter sialophiluscytochalasin A, 925
L-AsparaginasesP. geniculata, 204
Aspergillus nidulansnitrate reductase, 105
Aspergillus nigerglycosylated protein, 301mannosyl transfer, 301
AutolysinsB. licheniformis flagellar morphogenesis, 933B. subtilis flagellar morphogenesis, 933
AutolysisP. italicum ,B-1,3-glucanase, 6
Axial filamentL. interrogans motility, 1406
Azotobacter vinelandiifatty acids in phospholipids, 1434
Bacillus amyloliquifacienscytochalasin A, 925
Bacillus cereuschlorpromazin, 461nupercain, 461procain, 461tetracain, 461
Bacillus licheniformisflagellar morphogenesis, 933penicillinase, localization of, 1374pha-1, mapping of, 689serine protease, 1017
SUBJECT INDEX
subtilisin-like intracellular protease, 1017thi-1, mapping of, 689
Bacillus megateriumcell wall growth, 947chlorpromazin, 461meso-a,e-diaminopimelate D-dehydrogenase, 22nupercain, 461peptidoglycan turnover in Dap- Lys- mutant, 947phosphoglycerate phosphomutase, 1024procain, 461tetracain, 461
Bacillus sphaericusmeso-a,E-diaminopimelate D-dehydrogenase, 22
Bacillus subtilisarginine catabolic enzymes, repression of, 189carbamyl phosphate synthetases, 82chlorpromazin, 461dihydrofolate reductase, 1028DNA repair in competent cells, 391flagellar morphogenesis, 933growth, 2136-(p-hydroxyphenylazo)-uracil, 124manganese-dependent phosphoglycerate mutase,
773morphology and temperature shift, 1395nupercain, 461phosphate limitation, 327phosphoglycerate mutase, 773plasmid pE194, 635procain, 461prophage complementation test, 1340protoplast, 1354protoplast fusion assayed by prophage
complementation, 1340recombination after protoplast fusion, 1346regeneration after protoplast fusion, 1346rifampin-resistant mutants, 1028rodB morphology, 1395serine protease, 1017spectinomycin dependence, 1452spore coat, 1208sporulation, 213subtilisin-like intracellular protease, 1017teichoic acid as phosphate reserve polymer, 35teichoic acid synthesis, 327temperature shift and morphology, 1395tetracain, 461threonine inhibition, 213transduction, 124
Bacteriophage-associated gene transferS. pneumoniae, 556
Bacteriophage inactivationE. coli mutant, 226protein E, 226S. anatum lipopolysaccharide, 746
Bacteriophage infectionprotein b, 545spherical particles, 545
Bacteriophage Adilvmapping of E. coli ilvO loci, 1234
Bacteriophage receptorE. coli mutant, 226protein E, 226
Bacteriophage resistance mutation pha-lB. licheniformis, 689
mapping, 689Bacteriophage T4D receptors
E. coli cell wall, 545protein b, 545spherical particles, 545
Bacteriophage T4 receptor activityE. coli, 664
Bacteroides fragilisfermentation balance when grown in glucose-
enriched medium, 1263growth yield in glucose-enriched medium, 1263
Bacteroides thetaiotaomicronguanosine tetra- and pentaphosphate synthesis,956
molecular oxygen, 956BacteroidsATP formation, 153nitrogenase activity, 153R. japonicum, 153
Beneckea harveyialdehyde synthesis, 854
Binding sitenitrate reductase of E. coli, 1227
Biotin transportL. casei biotin transport system, 1308
Branched-chain amino acid transportE. coli, 1059reUA, 1059
Brevibacterium sp.meso-a,e-diaminopimelate D-dehydrogenase, 22
Candida albicansphosphate content and mannan serological
activity, relationship between, 677Carbamyl phosphate synthetases
B. subtilis, 82Carbohydrate
N. crassa cell wall fraction, 1067Carbon monoxide oxidation
P. carboxydovorans, 811Carbon repression
arginine catabolic enzymes, 189B. subtilis, 189
CarotenoidsA. axanthum, 185
Caulobacter crescentusmotility mutants, 627
Cell divisionE. coli, plasmid-containing, 1151
Cell envelope defectshistidine enzyme sensitivity, 1271S. typhimurium mutants, 1271
Cell shapeK. pneumoniae, 727peptidoglycan synthesis, 727
Cell size, regulation ofS. cerevisiae, 1
Cellular slime moldscyclic GMP-binding proteins, 169
CellulasesD. discoideum spore germination, 752
Cell walllysostaphin endopeptidase production, 1158S. staphylolyticus, 1158
Cell wall fraction I
J. BACTrERIOL.
VOL. 137, 1979
carbohydrate, 1067N. crassa, 1067
Cell wall glucan mobilization,B-1,3-glucanases, 6P. italicum, 6
Cell wall growthB. megaterium Dap- Lys- mutant, 947peptidoglycan turnover, 947
Cell wall teichoic acidB. subtilis, 35phosphate reserve polymer, 35
Chemoautotrophic growth in darkness, with H2R. capsulata, 524
ChemotaxisP. aeruginosa, 274
Chloramphenicolhemolysin production, 1022S. pyogenes, 1022
Chloramphenicol resistance mutationE. coli major ribosomal protein gene cluster, 1315
ChlorpromazinB. cereus, 461B. megaterium, 461B. subtilis, 461S. faecalis, 461
Chromosomal deoxyribonucleic acidsingle-stranded regions related to transformation,
1191S. pneumoniae, 1191transformation related to single-stranded regions,
1191Chromosomal regulation
E. coli sexual expression, 1063Chromosome replication
E. coli, plasmid-containing, 1151Circadian rhythm
fatty acids, unsaturated, 912N. crassa, 912
Citrobacter freundiicoliphage development, 1430H2 group R plasmids, 1430R plasmids, 1430tellurium resistance, 1430
ClindamycinS. pyogenes, 1022streptolysin production, 1022
CloningN. crassa ribosomal DNA, 1219spoT of E. coli, 1100
Coenzyme MM. ruminantium, 256, 264specificity and distribution, 256transport, 256
ColEl hybrid plasmidsE. coli genes of glycolysis and hexosemonophosphate shunt, 502
Colicin B resistanceE. coli, 653ferrienterochelin uptake, 653
Coliphage developmentC. freundii, 1430H plasmids, 1430K. pneumoniae, 1430R plasmids, 1430tellurium resistance, 1430
SUBJECT INDEX
Copy number controlB. subtilis, 635plasmid pE194, 635S. aureus, 635
Corn stunt Spiroplasmamembrane composition, 1056
Corynebacterium glutamicummeso-a,e-diaminopimelate D-dehydrogenase, 22
Corynebacterium kutscheritripeptide hydroxamate, 243
Corynebacterium lepuscorynomycolic acids, 795fatty acids, 795kerosene, grown on, 795
Corynomycolic acidsC. lepus grown on kerosene, 795
crisp-l mutantsN. crassa cyclic nucleotides, 1140
Crown gall teratomaA. tumefaciens, 1020Nicotiana, 1020Ti plasmids, 1020
crpE. coli, 839
cyaE. coli, 839
Cyanobacteriacovalently closed circular DNAs, 648heterocyst synthesis, 321nitrogenase synthesis, 321
Cyanophage AS-1 attachmentA. nidulans, 667light, 667
Cyclic adenosine 3',5'-monophosphateN. crassa cr-I and fr mutants, 1140
Cyclic GMP-binding proteinscellular slime molds, 169
Cyclic guanosine 3',5'-monophosphateN. crassa cr-i and fr mutants, 1140
Cyclic nucleotidesN. crassa cr-i mutants, 1140
Cytidine 5'-triphosphate synthetaseM. mycoides subsp. mycoides pyrimidine
metabolism, 1073Cytochalasin AA. proteolytica, 925A. sialophilus, 925B. amyloliquifaciens, 925E. coli, 925P. maltophilia, 925S. aureus, 925
Cytoplasmic membraneE. coli, 818lipoprotein, 818
cytR repressorE. coli promoter-like mutants, 802
Dactylium dendroidessuperoxide dismutases, 313
DemolybdoproteinsE. coli, 719molybdate incorporation, 719
Deoxyribonucleic acidE. coli, 740transformation related to single-stranded regions,
SUBJECT INDEX
1191Deoxyribonucleic acid, chromosomal
single-stranded regions related to transformation,1191
S. pneumoniae, 1191Deoxyribonucleic acid-mediated transformation
S. lipoferum, 1425Deoxyribonucleic acid, membrane-bound
E. coli, 790protein synthesis, 790replication, 790RNA synthesis, 790
Deoxyrib.onucleic acid-membrane interactionsE. coli, 740
Deoxyribonucleic acid, mitochondrialN. crassa sexual crosses, 1449
Deoxyribonucleic acid polymerase IE. coli DNA synthesis, 44
Deoxyribonucleic acid polymerase I-directed repairsynthesis
toluene-treated E. coli grown in presence ofnitrosoguanidine, 1439
Deoxyribonucleic acid repairB. subtilis, competent cells of, 391
Deoxyribonucleic acid, ribosomalcloning, 1219N. crassa, 1219
Deoxyribonucleic acid synthesisDNA polymerase I, 44E. coli, 44methylation dependent, 44
Deoxyribonucleic acid, transformingH. influenzae, 1081proflavine, 1081
Deoxyribonucleic acid, uracil-containingcoliphage treated with sodium bisulfate, 1243E. coli treated with sodium bisulfate, 1243enzymatic degradation, 1243
meso-a,e-Diaminopimelate D-dehydrogenaseA. faecalis, 22B. megaterium, 22Brevibacterium sp., 22B. sphaericus, 22C. glutamicium, 22E. aroideae, 22M. flavus, 22P. fluorescens, 22P. mirabilis, 22P. vulgaris, 22S. subflava, 22
Dictyostelium discoideumcellulases released during germination, 752cyclic GMP-binding proteins, 169
Dictyostelium rosariumcyclic GMP-binding proteins, 169
Differentiated function lossstreptomycetes, 891
Diglyceride cycleE. coli, 860inner membrane, 860oligosaccharides, membrane-derived, 860
Dihydrofolate analogdihydropteroate synthase, altered, 129E. coli, 129
Dihydrofolate reductaseB. subtilis mutants, 1028
Dihydropteroate synthase, altereddihydrofolate analog, 129E. coli, 129
dna mutationsE. coli plasmid pSC101 replication, 1095
Electron transportE. coli, 711oxidative phosphorylation, 711uncE, 711
Endogenous inhibitorE. coli protein synthesis, 340
Erwinia aroideaemeso-a,e-diaminopimelate D-dehydrogenase, 22
Erwinia carotovorapectate lyase, "self-catabolite repression" of, 1035
Erythromycinhemolysin production, 1022S. pyogenes, 1022
Escherichia coliacetohydroxy acid synthase I, 846D-alanine carboxypeptidase IA activity, 644amber spr mutations, 568amino acid (branched chain) transport, 1059y-aminobutyrate utilization in mutants, 1111binding site for nitrate reductase, 1227branched-chain amino acid transport, 1059cell division in recA mutants with plasmids, 1151chloramphenicol resistance mutation, 1315chromosomal regulation, 1063chromosome replication in recA mutants with
plasmids, 1151colicin B resistance, 653crp mutants, 839cya mutants, 839cytochalasin A, 925cytoplasmic membrane, 818cytR repressor, 802demolybdoproteins, 719diglyceride cycle, 860diglyceride kinase, 860dihydrofolate analog, 129dihydropteroate synthase, 129DNA, membrane-bound, 790DNA-membrane interactions, 740dna mutation effect on plasmid replication, 1095DNA polymerase I, 44DNA polymerase I-directed repair synthesis, 1439DNA synthesis, 44, 740DNA, uracil-containing, 1243EDTA treatment, 62electron transport, 711excision repair, 397exonuclease V, 658fatty acid analogs, synthetic, 1443ferrienterochelin uptake, 653fimbriae, 1008F' plasmids, recA mutants containing, 1151ftsA gene product, 1088gab genes, 1111fl-galactoside transport system in mutants, 365glutamine synthetase, 1000glutamine transport, 221glycolysis genes, ColEl hybrid plasmids for, 502growth medium effect, 1031
J. BACTERIOL.
SUBJECT INDEX
hexose monophosphate shunt, ColEl hybridplasmids for, 502
ilvO loci, 1234inc region of NRl-derived plasmid, 92inner aspect of membrane, 1227inner membrane, 860insertion sequence IS3, 1421isopropylmalate isomerase in S. typhimurium-E.
coli hybrids, 1253lac operon, repressors of, 137lactose carrier, 1037leuC, 1253levallorphan, 1043levallorphan-tolerant mutants, 1013lev strains, 1043lexA, amber mutations in, 568lipid, 1043lipopolysaccharide, 1043major ribosomal protein gene cluster, 1315maltose transport in mutants, 365mecillinam mutants, 839membrane-bound DNA, 790membrane-DNA interactions, 740membrane, inner aspect of, 1227membrane potential, 221methylation-dependent DNA synthesis, 44modification- and restrictionless mutants, method
of isolating, 673molybdate, 719nitrate reductase binding site, 1227a-p-nitrophenylgalactoside transport, 1037nitrosoguanidine, grown in presence of, 1439nucleoid, 885oligosaccharides, membrane-derived, 860outer membrane, cellular and released, 1031outer membrane function, 62outer membrane protease, 574oxidative phosphorylation, 711penicillin-binding protein 2, 839penicillin-binding protein 5, 644peptide transport systems, 447peptidyl tRNA accumulation, 694permeability barrier, 1043phage inactivation, 226phage Adilv used to map ilvO loci, 1234phage T4D receptors, 545phage T4 receptor activity, 664phenylalanyl-tRNA synthetase overproduction,480
phospholipase, 62phospholipids, 62, 1443plasmid-coded proteins, method for identifying,
692plasmid-folded chromosome complexes, 885plasmid pSC101 replication, 1095plasmid R46, 830plasmid R6K, 977plasmids NTP, 990polyamine transport regulation, 661polymerase I-directed repair synthesis, 1439polymyxin, 1043polypeptide, 1031promoter-like mutants, 802protease, outer membrane, 574protein b and phage infection, 545protein E, 226
proteins, plasmid-coded, 692protein synthesis, 790protein synthesis, endogenous inhibitor of, 340protein S12, 197proton translocation in mutants, 705pyridoxyl peptide, conservation of primary
structure of, 700pyrimidine dimer excision, 234recA mutants containing F' plasmids, 1151recB subunit of exonuclease V, 658recipient competence in F'lac matings, 281reLA, 1059repair synthesis, 1439replication, 790rep region of NRl-derived plasmid, 92repressors of lac operon, 137restriction- and modificationless mutants, method
of isolating, 673ribosome component genes in mutants, 115rif region, 584RNA polymerase genes in mutants, 115RNA synthesis, 790rorA mutation, 658rRNA operon, deletion analysis, 507sex factor F, 885sexual expression, 1063sodium bisulfite treatment, 1243spherical particles and phage infection, 545spheroplasts, 818spoT, 1100spr(Am) mutations, 568streptomycin transport regulation, 661synthetase overproduction, 480tec strains, 1043tetracain, 1043threonyl-tRNA synthetase overproduction, 480tight-binding repressors of lac operon, 137toluene treated, 1439toluene treatment, 397transcription in mutant, 197transcription in mutants, 115translation in mutant, 197udpP mutants, 802uncE, 711ung mutants, 1243uracil-containing DNA, 1243uridine phosphorylase, 802UV protection, 830uvrC gene function, 397
Ethylenediaminetetraacetate treatmentE. coli, 62outer membrane function, 62phospholipids, 62
Excision repairE. coli, toluene-treated, 397uvrC gene function, 397
Exonuclease VE. coli, 658recB subunit, 658rorA mutation, 658
Fatty acid analogs, syntheticE. coli phospholipids, 1443
Fatty acid biosynthesishydrocarbon substrates, 384M. convolutum, 384
VOL. 137, 1979
SUBJECT INDEX
Fatty acid oxidation complexE. coli, 469
Fatty acidsA. vinelandii phospholipids, 1434C. lepus grown on kerosene, 795
Fatty acids, unsaturatedN. crassa circadian rhythms, 912
Fermentation balanceB. fragilis grown in glucose-enriched medium, 1263
Ferrientochelin uptakecolicin B resistance, 653E. coli, 653
Fertility factor FPoP. putida, 28
Fertility factorsP. putida, 28
FimbriaeE. coli, 1008
Flagellar morphogenesisB. licheniformis, 933B. subtilis, 933
Flagellar-phase variationrhl, 517Salmonella, 517
FlagellationT. acidophilum, 456
Flexibacterflexing, 1417gliding, 1417
FlexingFlexibacter, 1417
Fluorescent-labeling procedureE. coli peptide transport systems, 447
Folate transportcomponent shared with thiamine and biotin
transport systems, 1308L. casei, 1308
F' plasmidsE. coli recA mutants containing, 1151
FPoP. putida, 28
Fraction Icarbohydrate, 1067enzymes, 1073N. crassa cell wall, 1067
frost mutantsN. crassa cyclic nucleotides, 1140
ftsA gene productE. coli, 1088
gab genesy-aminobutyrate utilization, 1111E. coli, 1111
Galactose metabolismlactose plasmid, 878S. lactis, 878
Galactose receptorcontrol, 758S. typhimurium, 758
,B-GalactosidaseK. lactis, 51
B8-Galactoside transport systemE. coli mutants, 365maltose transport, 365
G-1 arrestamino acid addition, 1447
S. cerevisiae, nitrogen-starved, 1447Gene dosage effects
S. cerevisiae maltase synthesis, 1200Genotype, host
E. coli, 830plasmid R46, 830UV protection, 830
GlidingFlexibacter, 1417
,B-1,3-Glucanasesautolysis, 6derepression, 6glucan mobilization, 6P. italicum, 6
Glucose-enriched mediumB. fragilis growth and fermentation balance, 1263
Glutamate dehydrogenaseN. crassa nit-2 and am mutants, 1333
Glutamate dehydrogenase regulationmorphological state, function of, 1134M. racemosus, 1134nutritional state, function of, 1134
Glutamine auxotrophsnitrogenase activity, 1459R. capsulata, 1459
Glutamine synthetaseadenylylation, 1282adenylylation state, 1000E. coli, 1000K. aerogenes, 1000K. pneumoniae, 1282nitrogen metabolism, genes involved in, 1282polyacrylamide gels, 1000regulation, 1000strain specificity, 1000
Glutamine transportE. coli membrane potential, 221
Glycogen metabolismS. cerevisiae sporulation, 285
Glycolysis, genes ofCoLEl hybrid plasmid for, 502E. coli, 502
Glycosylated proteinA. niger, 301
GrowthB. subtilis, 213threonine inhibition, 213
Growth yieldB. fragilis grown in glucose-enriched medium, 1263
Guanosine tetra- and pentaphosphate synthesisB. thetaiotaomicron, 956molecular oxygen, 956
Haemophilus influenzaeproflavine, 1081transforming DNA-proflavine complex, 1081
HandednessL. interrogans, 1413
Hansenula wingeisexual agglutination, assay for, 1051
Helix handednessL. interrogans, 1413
Hemolysin productionchloramphenicol, 1022lincomycin, 1022S. pyogenes, 1022
J. BACTERIOL.
VOL. 137, 1979
Heterocyst synthesisAnabaena sp., 321
Hexose monophosphate shunt, genes ofColEl hybrid plasmid for, 502E. coli, 502
hisF and hisGS. typhimurium cell envelope defects, 1271C. freundii, 1430coliphage inhibition, 1430tellurium resistance, 1430
Histidine enzymescell envelope defects, 1271S. typhimurium, 1271R. japonicum, 824
Hydrocarbon substratesM. convolutum fatty acid biosynthesis, 384
HydrogenaseR. japonicum, 824
6-(p-Hydroxyphenylazo)-uracilB. subtilis transduction, 124
H2 group R plasmidsH2 uptake
ilvO lociE. coli, 1234mapping with phage Adilv, 1234
Incompatibility regionNRl-derived plasmid, 92
inc regionNRl-derived plasmid, 92
Inner membranediglyceride cycle, 860E. coli, 860polypeptide composition, 963R. prowazeki, 963
Insertion sequence IS3E. coli, 1421
Iron accumulationyersiniae, 1290
Iron-binding compoundP. aeruginosa, 357
KeroseneC. lepus grown on, 795
a-Ketoglutarate dehydrogenase mutantR. meliloti, 415
Klebsiella aerogenesagmatine degradation, 1127glutamine synthetase, 1000
Klebsiella pneumoniaecoliphage development, 1430glutamine synthetase, 1282H2 group R plasmids, 1430peptidoglycan synthesis in mutant, 727R plasmids, 1430tellurium resistance, 1430
Kluyveromyces lactisf3-galactosidase, 51
Laccase localizationL. briosiana, 537
lac operonE. coli, 137repressors, 137tight-binding repressors, 137
Lactic acid bacteria
SUBJECT INDEX
plasmid transfer of antibiotic resistance, 614Lactobacillus casei
folate transport, 1308plasmid transfer from Streptococcus, 614thiamine and biotin transport systems, 1308
Lactose carrierE. coli, 1037a-p-nitrophenylgalactoside, 1037
Lactose plasmidgalactose metabolism, 878S. lactis, 878
Lambda transducing bacteriophagerRNA operon, deletion analysis, 507
Leptosphaerulina briosianalaccase localization, 537
Leptospira interrogansaxial filament, 1406helix handedness, 1413motility, 1406
leuCE. coli, 1253isopropylmalate isomerase in S. typhimurium-E.
coli hybrids, 1253L-Leucine transport
P. aeruginosa membrane vesicles, 73Levallorphan
E. coli, 1043E. coli mutants, 1013
Levulinic acidA. quadruplicatum pigment biosynthesis, 146
lexAamber mutations in, 568E. coli, 568
Lightcyanophage AS-1 attachment to A. nidulans, 667
LincomycimS. pyogenes, 1022streptolysin production, 1022
LipidE. coli mutants, 1043
Lipid precursormurein lipoprotein, 309S. typhimurium, 309
LipopolysaccharideE. coli mutants, 1043phage inactivation, 746S. anatum, 746structure, 746
Lipoprotein gene, homology ofgram-negative bacteria, 595
Lipoprotein synthesisE. coli cytoplasmic membrane, 818E. coli spheroplasts, 818
Lipoteichoic acidenzymatic deacylation, 1176release during penicillin treatment, 1180S. faecium, 869S. faecium protoplasts, 1176S. sanguis, 1180
Lysostaphin endopeptidase productionS. staphylolyticus cell wall, 1158
MacrolidesrRNA of streptomycetes, 1464
Maltase synthesisgene dosage effects, 1200
SUBJECT INDEX
S. cerevisiae, 1200Maltose transport
E. coli mutants, 365fi-galactoside transport system, 365
Manganese-dependent phosphoglycerate mutaseB. subtilis, 773
Mannan serological activityC. albicans, 677phosphate content, 677
Mannosyl transferA. niger membranes, 301
Mecillinam resistanceE. coli mutants, 839
MembraneE. coli, 1227inner aspect of E. coli membrane, 1227
Membrane-bound deoxyribonucleic acidE. coli, 790protein synthesis, 790replication, 790RNA synthesis, 790
Membrane compositioncorn stunt Spiroplasma, 1056S. citri, 1056
Membrane-deoxyribonucleic acid interactionsE. coli, 740
Membrane, innerpolypeptide composition, 963R. prowazeki, 963
Membrane, outerpolypeptide composition, 963R. prowazeki, 963
Membrane potentialE. coli, 221glutamine active transport, 221
2-Mercaptoethanesulfonic acidM. ruminantium, 256, 264specificity and distribution, 256transport, 264
Methane formationmethanogenic bacteria, 420
Methane oxidationmethanogenic bacteria, 420
Methanobacterium ruminantiumcoenzyme M, 256, 264
Methanosarcina barkeriacetate assimilation, 332
1-MethyladenosineM. smegmatis tRNA, 1084
Methylation-dependent DNA synthesisDNA polymerase I, 44E. coli, 44
6-MethylpurineN. crassa, 248
Micrococcus flavusmeso-a,E-diaminopimelate D-dehydrogenase, 22
Micrococcus lysodeikticusphosphate transport in arsenate-resistant
mutants, 69Microtiter plate assayH. wingei agglutination, 1051
Mitochondrial deoxyribonucleic acidN. crassa sexual crosses, 1449
Modification- and restrictionless mutants ofEscherichia coli
method for isolating, 673
Molecular oxygenB. thetaiotaomicron, 956guanosine tetra- and pentaphosphate synthesis,
956Molybdate incorporation
E. coli demolybdoproteins, 719Morphology
B. subtilis rodB during temperature shift, 1395Motility
L. interrogans axial filament, 1406Motility mutants
C. crescentus, 627Mucor racemosus
glutamate dehydrogenase, morphology-associatedexpression of, 1134
Murein lipoproteinlipid precursor, 309S. typhimurium, 309
Mycobacterium convolutumfatty acid biosynthesis, 384hydrocarbon substrates, 384
Mycobacterium smegmatis transfer ribonucleic acid1-methyladenosine, 1084ribothymidine, 1084
Mycoplasma mycoides subsp. mycoidespyrimidine metabolism, enzymes of, 1073
Mycoplasmaspreparation for scanning electron microscopy, 972
Myxococcus xanthusRif, 295
Neisseria gonorrhoeaeNgoII, 1299
Neurosporaamino acid pool mutants, screening for, 1437replica printing, 1437
Neurospora crassaam mutants, 1333carbohydrate component of fraction I, 1067cell wall, fraction I, 1067circadian rhythms, 912cr-1 mutants, 1140cyclic nucleotide-deficient mutants, 1140DNA transmission, 1449fatty acids, unsaturated, 912fr mutants, 1140glutamate dehydrogenase in mutants, 13336-methylpurine inhibition, 248mitochondrial DNA, transmission of, 1449nit-2 mutants, 1333nitrate reductase regulation, 1119nitrogen metabolite repression, 1119peptidases, 1324rDNA, 1219rRNA, 1219sexual crosses, 1449succinic dehydrogenase mutants, 900
newDisopropylmalate isomerase in S. typhimurium-E.
coli hybrids, 1253S. typhimurium
NgoII,N. gonorrhoeae, 1299
NicotianaA. tumefaciens Ti plasmids, 1020crown gall teratoma, 1020
J. BACTERIOL.
VOL. 137, 1979
Nicotinamide adenine dinucleotidepyridine nucleotide cycle of S. typhimurium
mutants, 1165S. typhimurium pncA, pncB, and pncC mutants,
1165Nicotinamide adenine dinucleotide-dependent
glutamate dehydrogenase, expression ofmorphological state, function of, 1134M. racemosus, 1134nutritional state, function of, 1134
Nicotinamide adenine dinucleotide phosphate(reduced):nitrate oxidoreductase
A. nidulans, 105NIC plasmid aggregate
dissociation, 697P. convexa, 697P. putida, 697
Nitrate reductaseA. nidulans, 105E. coli, 1119nitrogen metabolite repression, 1119
Nitrate reductase binding siteE. coli, 1227
Nitrite reductionV. alcalescens, 905
Nitroalkane oxidationStreptomyces strains, 916
NitrogenaseR. rubrum, 779
Nitrogenase activityR. capsulata glutamine auxotrophs, 1459R. japonicum bacteroids, 153
Nitrogenase synthesisAnabaena sp., 321
Nitrogen metabolismgene expression, 1282glutamine synthetase, 1282K. pneumoniae, 1282
Nitrogen metabolite repressionN. crassa nitrate reductase, 1119
Nitrogen repressionarginine catabolic enzymes, 189B. subtilis, 189
a-p-Nitrophenylgalactoside transportE. coli lactose carrier, 1037
NitrosoguanidineDNA polymerase I-directed repair synthesis, 1439E. coli grown in presence of, 1439
Nuclear divisionW. dermatitidis mutants, 1456
NucleoidE. coli, 885plasmid-folded chromosome complexes, 885sex factor F, 885
Nucleoside diphosphate sugar hydrolase geneS. typhimurium, location on chromosome, 1428
NupercainB. cereus, 461B. megaterium, 461B. subtilis, 461S. faecalis, 461
Ochre suppressorsS. typhimurium, 433
Octane plasmid (OCT)P. putida, 28
SUBJECT INDEX
OligosaccharidesE. coli diglyceride cycle, 860
Oligosaccharides, membrane-derivedouter envelope of E. coli and other gram-negative
bacteria, 686Outer envelope
E. coli, 686oligosaccharides, membrane-derived, 686
Outer membranepolypeptide composition, 963R. prowazeki, 963
Outer membrane, cellularE. coli, 1031growth medium effect, 1031polypeptide, 1031
Outer membrane functionE. coli, 62EDTA treatment, 62
Outer membrane lipoproteinhomology of gene coding for, 595
Outer membrane proteaseE. coli, 574
Outer membrane proteinsheat modification, 670S. marcescens, 670
Outer membrane, releasedE. coli, 1031growth medium effect, 1031polypeptide, 1031
Oxidative phosphorylationE. coli, 711electron transport, 711uncE, 711
Paecilomyces persicinus,f-N-acetylhexosaminid se, 620
Pectate lyaseE. carotovora, 1035"self-catabolite repression," 1035
PenicilinaseB. licheniformis, localization in, 1374
Penicillin-binding proteinsProteus species, 474
Penicillin-binding protein 2E. coli mutants, 839
Penicillin-binding protein 5D-alanine carboxypeptidase IA activity, 644E. coli, 644
Penicillin treatmentS. sanguis polymers, 1180
Penicillium chrysogenumATP sulfurylase, 350sulfate activation, 350
Penicillium italicumAutolysis, 6P-1,3-glucanases, 6glucan mobilization, 6
PeptidaseN. crassa, 1324
Peptide tranwsport systemsE. coli, 447fluorescent-labeling procedure, 447
Peptidoglycan synthesisK. pneumoniae morphology mutant, 727
Peptidoglycan turnoverB. megaterium Dap- Lys- mutant, 947
SUBJECT INDEX
Peptidyl transfer ribonucleic acidaccumulation in E. coli, 694
Permeability barrierE. coli lipid and lipopolysaccharide, 1043
pha-1, mapping ofB. licheniformis, 689
Phenol metabolismT. cutaneum, 13
Phenylalanine oxidase synthesisP. mirabilis, 161
Phenylalanyl-transfer ribonucleic acid synthetaseE. coli mutant, 480
Phosphate contentC. albicans, 677mannan serological activities, 677
Phosphate limitationB. subtilis, 327teichoic acid synthesis, 327
Phosphate transportM. lysodeikticus arsenate-resistant mutants, 69
Phosphatidylglycerol incorporationS. typhimurium murein lipoprotein, 309
Phosphoglucose isomerase mutantR. meliloti, 409
Phosphoglycerate mutaseB. subtilis, 773manganese-dependent, 773
Phosphoglycerate phosphomutaseB. megaterium cells and spores, 1024
Phospholipase Aactivation, 62E. coli, 62EDTA treatment, 62
PhospholipidE. coli, 62EDTA treatment, 62
PhospholipidsA. vinelandii cells, cysts, and germinating cysts,
1434E. coli, 1443fatty acid analogs, synthetic, 1443fatty acids in, 1434
PhosphoribosyltransferaseM. mycoides subsp. mycoides pyrimidine
metabolism, 1073Pigment biosynthesisA. quadruplicatum, 146levulinic acid, 146
PlasmidA. nidulans, 648S. cedrorum, 648S. pneumoniae, 735
Plasmid-coded proteinsE. coli, 692method for identifying, 692
Plasmid-folded chromosome complexesE. coli nucleoid, 885sex factor F, 885
Plasmid NIC (aggregate)dissociation, 697P. convexa, 697P. putida, 697
Plasmid NR1rep and inc regions of derived plasmid, 92
Plasmid NTP1transposon Tn1 701, 990
Plasmid NTP2transposition of Tnl 701 into, 990
Plasmid NTP3transposition of Tn) 701, 990
Plasmid NTP4transposition of Tnl 701, 990
Plasmid OCTP. putida, 28
Plasmid pDP1S. pneumoniae, 735
Plasmid pE194B. subtilis, 635copy number control, 635S. aureus, 635
Plasmid pSC101dna mutation effect on replication, 1095E. coli, 1095
Plasmid replication, control ofB. subtilis, 635S. aureus, 635
Plasmid R46E. coli, 830host genotype, effect of, 830UV protection, 830
Plasmid R6Kdeletions, 978transposon TnA, 977
Plasmids, F'E. coli recA mutants containing, 1151
Plasmids, nontransferringtransposon Tnl 701, 990
Plasmid TiA. tumefaciens, 1020crown gall teratoma, 1020Nicotiana, 1020
Plasmid transfer of antibiotic resistancelactic acid bacteria, 614
pncA, pncB, and pncC MutantsS. typhimurium pyridine nucleotide cycle, 1165
Pneumococcusphage-associated gene transfer, 556
Polyamine transport regulationE. coli, 661
Polymerase I-directed repair synthesistoluene-treated E. coli grown in presence of
nitrosoguanidine, 1439Polymers
penicillin-treated S. sanguis, 1180Polymyxin
E. coli, 1043Polypeptide
E. coli, 1031growth medium effect, 1031outer membrane, cellular and released, 1031R. prowazeki membrane, 963
PolysaccharideR. trifolii binding, 1362
Polysaccharide structureN. crassa cell wall fraction, 1067
Polysphondylium violaceumcyclic GMP-binding proteins, 169
ProcainB. cereus, 461B. megaterium, 461B. subtilis, 461S. faecalis, 461
J. BACTERIOL.
SUBJECT INDEX
ProflavineH. influenzae transforming DNA, 1081
Prophage complementation testB. subtilis protoplast fusion, 1340
Protease, outer membraneE. coli, 574
Protein bphage infection of E. coli, 545
Protein EE. coli mutant, 226phage inactivation, 226
Protein regulationS. cerevisiae cell cycle, 1185technique for studying, 1185
Protein, ribosomalS. cerevisiae cell cycle, 1048
Proteins, plasmid-codedE. coli, 692method for identifying, 692
Protein synthesisE. coli, 340E. coli membrane-bound DNA, 790endogenous inhibitor, 340
Protein S12E. coli mutant, 197transcription, 197translation, 197
Proteuspenicillin-binding proteins, 474
Proteus mirabilismeso-a,e-diaminopimelate D-dehydrogenase, 22phenylalanine oxidase synthesis, 161
Proteus vulgarismeso-a,e-diaminopimelate D-dehydrogenase, 22
Proton translocationE. coli mutants, 705
Protoplast fusionB. subtilis, 1340, 1346, 1354prophage complementation test, 1340recombination after, 1346regeneration after, 1346
ProtoplastsS. faecium lipoteichoic acid, 1176S. rouxii, 1386
Pseudomonas acidovoransamber suppressor mutations, 1053
Pseudomonas aeruginosachemotaxis, 274iron-binding compound, 357L-leucine transport in membrane vesicles, 73
Pseudomonas carboxydovoranscarbon monoxide oxidation, 811
Pseudomonas convexaNIC plasmid, 697
Pseudomonas fluorescensmeso-a,e-diaminopimelate D-dehydrogenase, 22
Pseudomonas geniculataL-asparaginases, 204
Pseudomonas maltophiliacytochalasin, 925
Pseudomonas putidafertility factors, 28FPo, 28NIC plasmid aggregate dissociation, 697octane plasmid (OCT), 28
Pseudotransduction?
phage-associated gene transfer in pneumococcus,556
Pyridine nucleotide cycleNAD, utilization of, 1165S. typhimurium pncA, pncB, and pncC mutants,
1165Pyridoxyl peptide
E. coli, 700primary structure, conservation of, 700
Pyrimidine dimer excisionE. coli, 234
Pyrimidine metabolismM. mycoides subsp. mycoides, 1073
Pyrimidine-ring catabolismR. toruloides, 1145urea, 1145
recA mutantsE. coli, 1151
recB subunit of exonuclease VE. coli, 658rorA mutation, 658
Receptorgalactose taxis, 758S. typhimurium, 758
Recipient competenceE. coli F'lac matings, 281
RecombinationB. subtilis, 124B. subtilis protoplast fusion, 13466-(, 124
RegenerationB. subtilis protoplast fusion, 1346
reLAbranched-chain amino acid transport, 1059E. coli, 1059
ReplicationE. coli membrane-bound DNA, 790
Replication regionNR1-derived plasmid, 92
rep regionNRl-derived plasmid, 92
RepressorsE. coli lac operon, 137
Resorcinol metabolismT. cutaneum, 13
Restriction- and modificationless mutants ofEscherichia coli
method for isolating, 673Restriction endonuclease NgoIIN. gonorrhoeae, 1299
Rhizobium japonicumhydrogenase regulation, 824H2 uptake, 824
Rhizobium melilotia-ketoglutarate dehydrogenase mutant, 415phosphoglucose isomerase mutant, 409
Rhizobium trifoliibinding to root hairs, 1362polysaccharide, 1362
Rhodopseudomonas capsulatachemoautotrophic growth in darkness, with H2,
524glutamine auxotrophs, 1459nitrogenase activity, 1459
Rhodospirillum rubrum
VOL. 137, 1979
SUBJECT INDEX
nitrogenase, 779ribulosebisphosphate carboxylase, 490
Rhodosporidium toruloidespyrimidine-ring catabolism, 1145urea, 1145
rhlflagellar-phase variation, 517Salmonella, 517
Ribonucleic acid, ribosomaladenine, methylated, 1464cloning, 1219N. crassa genes coding for, 1219streptomycetes, 1464
Ribonucleic acid synthesisE. coli membrane-bound DNA, 790
Ribonucleic acid, transfer1-methyladenosine, 1084M. smegmatis, 1084ribothymidine, 1084
Ribosomal deoxyribonucleic acidcloning, 1219N. crassa, 1219
Ribosomal protein gene clusterE. coli chloramphenicol resistance mutation, 1315
Ribosomal protein synthesisS. cerevisiae cell cycle, 1048
Ribosomal ribonucleic acidadenine, methylated, 1464cloning, 1219N. crassa genes coding for, 1219streptomycetes, 1464
Ribosomal ribonucleic acid operondeletion analysis, 507E. coli, 507
Ribosome component genesE. coli mutants, 115
RibothymidineM. smegmatis tRNA, 1084
Ribulosebisphosphate carboxylaseR. rubrum, 490
Rickettsia prowazekimembrane, polypeptide in, 963
Rickettsia rhipicephaliultrastructure, 605
Rifampin-resistant developmental mutantsM. xanthus, 295
Rifampin-resistant mutantsB. subtilis, 1028dihydrofolate reductase, 1028
rif regionE. coli, 584
RNA polymerase genesE. coli mutants, 115
RNA polymerase mutantsS. aureus, 374
rorA mutationE. coli recB subunit of exonuclease V, 658
R plasmidsC. freundii, 1430coliphage inhibition, 1430tellurium resistance, 1430
Saccharomyces cerevisiaeacetyl coenzyme A synthetases, 179cell size, 1G-1 arrest, 1447
glycogen metabolism during sporulation, 285maltase synthesis, gene dosage effects on, 1200nitrogen starvation, 1447protein regulation during cell cycle, 1185ribosomal protein synthesis, 1048sporulation, 285
Saccharomyces rouxiiprotoplasts, 1386
Salmonellaflagellar-phase variation, 517rh1, 517
Salmonella anatumlipopolysaccharide, 746
Salmonella typhimuriumN-acetylglutamate synthesis, 1040cell envelope defectsgalactose taxis, 758histidine enzyme sensitivity, 1271isopropylmalate isomerase in S. typhimurium-E.
coli hybrids, 1253murein lipoprotein, lipid precursor of, 309NAD, utilization in mutants, 1165newD, 1253nucleoside diphosphate sugar hydrolase gene, 1428phosphatidylglycerol incorporation, 309pncA, pncB, and pncC mutants, 1165pyridine nucleotide cycle in mutants, 1165receptor for galactose taxis, 758suppressors, 433D-xylose utilization, 173
Sarcina subflavameso-a,e-diaminopimelate D-dehydrogenase, 22
Scanning electron microscopyacholeplasma, 972mycoplasma, 972simplified preparation for, 972spiroplasma, 972
Schizosaccharomyces pombeseptation, 440
"Self-catabolite repression"E. carotovora pectate lyase, 1035
SeptationS. pombe, 440
Serine proteaseB. licheniformis, 1017B. subtilis, 1017
Serratia marcescensouter membrane proteins, heat-modifiable, 670tryptophan synthase 82 protein, conservation ofprimary structure of, 700
Sex factor FE. coli nucleoid, 885plasmid-folded chromosome complexes, 885
Sexual agglutinationH. wingei, 1051microtiter plate assay, 1051
Sexual expressionchromosomal regulation, 1063E. coli, 1063
Shape changeB. subtilis rodB during temperature shift, 1395
Sodium bisulfitecoliphages, treatment of, 1243DNA, uracil-containing, 1243E. coli, treatment of, 1243
Spectinomycin dependenceB. subtilis, 1452
J. BACTERIOL.
SUBJECT INDEX
Spherical particlesphage infection of E. coli, 545
SpheroplastsE. coli, 818lipoprotein synthesis, 818
Spirillum lipoferumtransformation, DNA-mediated, 1425
Spiroplasmapreparation for scanning electron microscopy, 972
Spiroplasma citrimembrane composition, 1056
Spore coatB. subtilis, 1208
SporesB. megaterium, 1024cellulases released during germination, 752D. discoideum, 752
SporulationB. subtilis, 213glycogen metabolism, 285S. cerevisiae, 285threonine inhibition, 213
spoTcloning, 1100E. coli, 1100gene product, 1100
spr(Am) mutationsE. coli, 568
Staphylococcus aureus
cytochalasin A, 925plasmid pE194, 635RNA polymerase mutants, 374
Staphylococcus staphylolyticus cell wall
lysostaphin endopeptidase production, 1158Streptococcus
plasmid transfer to L. casei, 614Streptococcus faecalis
chlorpromazin, 461nupercain, 461procain, 461tetracain, 461
Streptococcus faeciumlipoteichoic acids, 869
Streptococcus faecium (S. faecalis ATCC 9790)lipoteichoic acid, deacylation of, 1176protoplasts, 1176
Streptococcus lactisgalactose metabolism, 878lactose plasmid, 878
Streptococcus pneumoniaeDNA, chromosomal, 1191phage-associated gene transfer, 556plasmid, 735transformation, 1191
Streptococcus pyogeneschloramphenicol, 1022clindamycin, 1022hemolysin production, 1022lincomycin, 1022streptolysin production, 1022
Streptococcus sangui8lipoteichoic acid release, 1180penicillin treatment, 1180teichoic acid release, 1180
Streptolysin productionclindamycin, 1022
lincomycin, 1022S. pyogenes, 1022
Streptomyces spp.nitroalkane oxidation, 916
Streptomycetesdifferentiated function loss, 891macrolide producing strains, 1464rRNA contains methylated adenine, 1464
Streptomycin transport regulationE. coli, 661
Subtilisin-like intracellular proteaseB. licheniformis, 1017
Succinic dehydrogenase mutantsN. crassa, 900
Sulfate activationP. chrysogenum, 350
Superoxide dismutasesD. dendroides, 313
SuppressorsS. typhimurium, 433
Swimming motilityT. acidophilum, 456
Synechococcus cedrorumcovalently closed circular DNA, 648
Synthetase overproductionE. coli mutants, 480
Teichoic acidB. subtilis, 35phosphate reserve polymer, 35release during penicillin treatment, 1180S. sanguis, 1180
Teichoic acid synthesisB. subtilis, 327phosphate limitation, 327
Tellurium resistanceC. freundii, 1430coliphage inhibition, 1430H plasmids, 1430K. pneumoniae, 1430R plasmids, 1430
Temperature shiftB. subtilis rodB morphology, 1395
TetracainB. cereus, 461B. megaterium, 461B. subtilis, 461S. faecalis, 461
TetracaineE. coli, 1043
Tetracycline resistancetransposon TnlO, map of, 681
Thermoplasma acidophilumswimming motility, 456
Thiamine transportL. casei folate transport system, 1308
thi-1, mapping ofB. licheniformis, 689
Threonine inhibitionB. 8ubtilis growth and sporulation, 213
Threonyl-transfer ribonucleic acid synthetaseE. coli mutant, 480
Tight-binding repressorsE. coli lac operon, 137
Toluene treatment
VOL. 137, 1979
SUBJECT INDEX
E. coli, 1439Transcription
E. coli, 197E. coli mutants, 115protein S12, 197
TransductionB. subtilis, 1246-(p-hydroxyphenylazo)-uracil, 124phage-associated gene transfer in pneumococcus,
556Transfer of antibiotic resistance
streptococci to lactobacilli, 614Transfer ribonucleic acid
1-methyladenosine, 1084M. smegmatis, 1084ribothymidine, 1084
TransformationDNA, single-stranded regions of, 1191S. lipoferum, 1425S. pneumoniae, 1191
Transforming deoxyribonucleic acidH. influenzae, 1081proflavine, 1081
TranslationE. coli, 197protein S12, 197
Transposon TnAdeletions from transposition of TnA, 977plasmid R6K, 977
Transposon TnlOrestriction enzyme cleavage map, 681
Transposon Tnl701plasmids, nontransferring, 990
Trichosporon cutaneumphenol metabolism, 13resorcinol metabolism, 13
TrifoliinR. trifolii binding to clover root hair tips, 1362
Tripeptide hydroxamateC. kutscheri, 243
Tryptophan synthase 82 proteinprimary structure, conservation of, 700S. marcescens, 700
udpE. coli promoter-like mutants, 802
Ultraviolet light protectionE. coli, 830
host genotype, 830plasmid R46, 830
uncEE. coli, 711electron transport, 711oxidative phosphorylation, 711
ungE. coli, 1243
Unsaturated fatty acidsN. crassa circadian rhythms, 912
Uracil-containing deoxyribonucleic acidcoliphage treated with sodium bisulfite, 1243E. coli treated with sodium bisulfite, 1243enzymatic degradation, 1243
UreaR. toruloides pyrimidine-ring catabolism, 1145
Uridine (cytidine) kinaseM. mycoides subsp. mycoides pyrimidine
metabolism, 1073Uridine phosphorylase
E. coli promoter-like mutants, 802M. mycoides subsp. mycoides pyrimidine
metabolism, 1073Uridine 5'-monophosphate synthetaseM. mycoides subsp. mycoides pyrimidine
metabolism, 1073uvrC gene function
E. coli, toluene-treated, 397excision repair, 397
Veillonella alcalescensnitrite reduction, 905
Vibrio choleraehybrid sex factor containing ampicillin transposonTnl, 531
Wangiella dermatitidisnuclear division in mutants, 1456
D-Xylose utilizationS. typhimurium, 173
Yeastsamino acid pool mutants, screening for, 1437replica printing, 1437
Yersiniaeiron accumulation, 1290
J. BACTERIOL.
JOURNALOF
BACTERIOLOGY
VOLUME 137
WASHINGTON, DC 20006
1979
JOURNAL OF BACTERIOLOGYVOLUME 137 0 1979
EDITORIAL BOARDSimon Silver, Editor-in-Chief (1982)Washington Universitv, St. Louis. Mo.
Stanley C. Holt, Editor (1982)University of Massachusetts, Amherst
Sam Kaplan, Editor (1983)University of Illinois. Urbana
Elizabeth McFall, Editor (1980)New York University, New York, N. Y.
Donald P. Nierlich, Editor (1982)Universitv of California, Los Angeles
Allen T. Phillips, Editor (1980)Pennsvlvania State Universitv,
University Park, Pa.Howard V. Rickenberg, Editor (1983)National Jewish Hospital, Denver, -CO
Mark AIbt an (1979)James N. Adams (1979)Nina Agabian (1980)James Akag (1979)David Aplion (1979)Arthur 1. Aronson (1979)Gad Avlgad (1980)Stephe D. Barbour (1979)Jeffrey M. Becker (1980)Claire M. Berg (1980)Dougas E. Berg (1980)Richard S. Berk (1980)Harriet Be er (1980)Dale C. BrdseU (1981)Edwin Boatma (1980)Winfried Boos (1979)H. D. Braymer (1979)Jean Brenhey (1980)Geoge H. Browneg (1980)Rkhard 0. Bums (1980)A. M. Chakrabarty (1980)Peter J. (1979)G. Willm Claus (1979)Don B. Clewell (1980)Stanley N. Cohen (1979)John W. Costerton (1980)John E. Cronan, Jr. (1980)Lolta Daneo-Moore (1981)Dana L. Diedrch (1980)Walter J. Dobrogsz (1979)
Patrick R. Dugan (1980)A. Es ta (1979)Alan D. Elen (1979)Davil P. Fan (1981)Waltn L Fnma (1981)W. R. Fnerty (1979)John D. Foulds (1979)Bjan K. Ghosh (1981)Harry E. Gilleland, Jr. (1979)Helen Greer (1980)Walter R. Guld (1981)Tadayo Hashlmoto (1979)Gerald L. Hazelbauer (1981)Joy Hochstadt (1980)Bruce Holloway (1979)Philip Hykmo (1979)Joseph Iselburg (1981)Robert J. Kadner (1979)Doad L. Keister (1980)David E. KeneUl (1980)Bruce C. Kline (1980)Thoms G. Lessie (1979)K. Brooks Low (1979)P. T. Magee (1980)Manky Mandel (1981)Robert E. Marquis (1979)Barry Marrs (1981)Neil H. Mendelso (1981)Saly Ann Meyer (1981)Gene E. Michaels (1980)Walter G. Niehaus, Jr. (1981)
Hiroshi Nikaldo (1981)John H. Nordin (1979)Mklho Olsh (1980)Sun Paclhaudhuri (1979)Leo Parks (1979)Martin Pato (1981)William S. Reznlkoff (1979)Palner Rogers (1981)Antonio H. Romano (1979)Barry P. Rosen (1980)Robert Rownd (1980)Harold L. Sadoff (1980)Milton H. Saier, Jr. (1979)Gene A. Scarborough (1979)Irwin H. Segel (1979)Jane K. Setlow (1981)J. A. Shapiro (1979)David Sherratt (1980)Douglas W. Smith (1980)Issar Smith (1981)Dieter G. Soil (1979)A. L. Sonenshein (1980)Dwight Stdnett (1979)Stanley Streicher (1980)John L. Swanson (1981)Robert L. Switzer (1979)Boni M. Tyler (1981)James A. Wechsier (1981)David White (1980)Clifford A. Wooffolk (1979)Howard Zalkin (1979)
Robert A. Day, Managing EditorGisella Polock, Assistant Managing Editor
Linda IU1ig, Production Editor1913 1 St., N. W., Washington, D. C. 20006
EX OFFICIOEdwim H. Lennette, President (1978-1979) Willis A. Wood, Pre.sident-Elect (1978-1979)
J. Mebsen Joseph, Secretary Brinton M. Miller, Treasurer
The Journal of Bacteriology (ISSN 0021-9193), a publicationof the American Society for Microbiology, 1913 I St., N.W.,Washington, D.C. 20006, is devoted to the advancement anddissemination of fundamental knowledge concerning bacteriaand other microorganisms. Instructions to Authors are publishedin the Jasuary issue each year. The Journal is published monthly,and the twelve numbers are divided into four volumes per year.The noimember subscription price is $115 per year. Single copiesare $l . The member subscription price is $22 per year. Corre-spondence relating to subscriptions, reprints, defective copies,availsbility of back issues, lost or late proofs, disposition ofsuboitted manuscripts, and general editorial matters should bedirtted to the ASM Publications Office, 1913 I St., N.W.,Washington, D.C. 20006 (area 202 833-%80).
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Volume 137 Contents for January 1979
Morphology and UltrastructureIntracellular Cyclic GMP-Binding Proteins in Cellular Slime Molds. Josi M.
MATO,* HENRI WOELDERS, AND THEO M. KONIJN ........................ 169
Flagelation and Swinmming Motility of Thermoplasma acidophilum. F. T. BLACK,E. A. FREUNDT,* 0. VINTHER, AND C. CHRISTIANSEN.... 456
Bacteriophage T4D Receptors and the Escherichia coli Cell Wall Structure: Roleof Spherical Particles and Protein b of the Cell Wall in Bacteriophage Infec-tion. JORGE ZORZOPULOS, LLOYD M. KOZLOFF,* VIRGINIA CHAPMAN, ANDSARA DELONG.... 545
Ultrastructure of Rickettsia rhipicephali, a New Member of the Spotted FeverGroup Rickettsiae in Tissues of the Host Vector Rhipicephalus san-guineus. STANLEY F. HAYES* AND WILLY BURGDORFER ... ............... 605
Plant MicrobiologyDerepression of fl-1,3-Glucanases in Penicillium italicum: Localization of the Var-
ious Enzymes and Correlation with Cell Wall Glucan Mobilization and Autol-ysis. TOMAS SANTOS, MIGUEL SANCHEZ, JULIO R. VILLANUEVA, AND CESARNOMBELA* ............................................................ 6
Hydrogen-Dependent Nitrogenase Activity and ATP Formation in Rhizobiumjaponicum Bacteroids. DAVID W. EMERICH,* TOMAS RUIZ-ARGUESO, TEMAY CHING, AND HAROLD J. EVANS.153
Ultrastructure and Cytochemical Localization of Laccase in Two Strains of Leptos-phaerulina briosiana (Polaci) Graham and Luttrell. LOUISE T. SIMON, DEANS. BISHOP, AND GARY R. HOOPER* ...................................... 537
Genetics and Molecular BiologyFertility Factors in Pseudomonas putida: Selection and Properties of High-Fre-
quency Transfer and Chromosomal Donors. MONIQUE HERMANN,* G. K.GARG, AND I. C. GUNSALUS.. 28
Methylation-Dependent DNA Synthesis in Escherichia coli Mediated by DNAPolymerase I. CYNTHIA LARK.. 44
Structural and Functional Analysis of Cloned DNA Segments Containing theReplication and Incompatibility Regions of a Miniplasmid Derived froma Copy Number Mutant of NR1. DEAN P. TAYLOR AND STANLEY N.COHEN* .............................................................. 92
Expression of RNA Polymerase and Ribosome Component Genes in Escherichiacoli Mutants Having Conditionally Defective RNA Polymerases. ROBERTLITTLE AND PATRICK P. DENNIS* ....................................... 115
Effect of 6-(p-Hydroxyphenylazo)-Uracil on the Homologous and HeterologousTransduction Processes in Bacillus subtilis. UMBERTO CANOSI, EUGENIOFERRARI, ARTURO FALASCHI, AND GIORGIO MAZZA* ....................... 124
Tight-Binding Repressors of the lac Operon: Selection and In Vitro Analysis.MAGNUS PFAHL .............................. 137
Transcription and Translation in a Pleiotropic Streptomycin-Resistant Mutant ofEscherichia coli. PATRICK P. DENNIS ..197
Pyrimidine Dimer Excision in Escherichia coli Strains Deficient in ExonucleasesV and VII and in the 5' -* 3' Exonuclease of DNA Polymerase I. JOHN W.
CHASE,* WARREN E. MASKER, AND JANET B. MURPHY .234
Recipient Competence in F'lac Matings of Escherichia coli K-12. JOHN CULLUMAND PAUL BRODA* ..281
* Asterisk refers to person to whom inquiries regarding the paper should be addressed.
Number 1
CONTENTS
Rifampm-Resistant Mutants of Myxococcus xanthus Defective in Develop-ment. KENNETH RUDD AND DAVID R. ZUSMAN .......................... 295
Isolation and Characterization of an Endogenous Inhibitor of Protein Synthesis inEscherichia coli K-12. VIRGINIA L. CLARK .............................. 340
Escherichia coli K-12 Mutants That Allow Transport of Maltose via the ,8-Galac-toside Transport System. HOWARD A. SHUMAN AND JON BECKWITH*. 365
Genetic Analysis of Staphylococcus aureus RNA Polymerase Mutants. T. 0.MORROW* AND S. A. HARMON. 374
DNA Repair in Bacillus subtilis: Excision Repair Capacity of CompetentCells. RONALD E. YASBIN,* JEFFREY D. FERNWALT, AND PATRICIA I. FIELDS 391
uvrC Gene Function in Excision Repair in Toluene-Treated Escherichiacoli. SURENDRA SHARMA AND ROBB E. MOSES* ......................... 397
Characterization of Amber and Ochre Suppressors in Salmonella typhi-murium. FRED WINSTON,* DAVID BOTSTEIN, AND JEFFREY H. MILLER .... 433
Escherichia coli Mutants Overproducing Phenylalanyl- and Threonyl-tRNA Syn-thetase. J. M. GRULL, H. HENNECKE, J. FROHLER, J. THOMALE, G. NASS,AND A. BOCK* ......................................................... 480
ColEl Hybrid Plasmids for Escherichia coli Genes of Glycolysis and the HexoseMonophosphate Shunt. JENNIFER THOMSON, P. D. GERSTENBERGER, DAN-IEL E. GOLDBERG, EVA GOCIAR, ARMINDA OROZCO DE SILVA, AND D. G.FRAENKEL* ....... ....... .... ...... .... .... ....... 502
Deletion Analysis of the Expression of rRNA Genes and Associated tRNA GenesCarried by a A Transducing Bacteriophage. EDWARD A. MORGAN AND MAS-SAYASU NOMURA* ...................... ..... 507
Flagellar-Phase Variation: Isolation of the rhl Gene. MICHAEL SILVERMAN,*JANINE ZIEG, AND MELVIN SIMON ......... 517
Vibrio cholerae Hybrid Sex Factor That Contains Ampicillin TransposonTnl. STEVEN R. JOHNSON AND W. R. ROMIG .... .... .......... 531
Bacteriophage-Associated Gene Transfer in Pneumococcus: Transduction or Pseu-dotransduction? RONALD D. PORTER, NADJA B. SHOEMAKER, GLENN RAMPE,AND WALTER R. GUILD ....... ................... 556
Isolation and Characterization ofAmber Mutations in the lexA Gene ofEscherichiacoli K-12. LAURA Z. PACELLI, SUSAN H. EDMISTON, AND DAVID W. MOUNT* 568
Organization of Genes for Transcription and Translation in the rif Region of theEscherichia coli Chromosome. MASAYUKI YAMAMOTO AND MASAYASU No-MURA.584
Homology of the Gene Coding for Outer Membrane Lipoprotein Within VariousGram-Negative Bacteria. KENZO NAKAMURA,* ROBERT M. PIRTLE, AND MA-SAYORI INOUYE .......................... .............................. 596
Transfer of Plasmid-Mediated Antibiotic Resistance from Streptococci to Lacto-bacilli. EVELYN M. GIBSON, NINA M. CHACE, SIDNEY B. LONDON, AND JACKLONDON*. 614
Analysis of Nonmotile Mutants of the Dimorphic Bacterium Caulobacter crescen-tus. REID C. JOHNSON AND BERT ELY* ............ 627
Plasmid Copy Number Control: Isolation and Characterization of High-Copy-Num-ber Mutants of Plasmid pE194. BERNARD WEISBLUM,* MADGE YANG GRA-HAM, THOMAS GRYCZAN, AND DAVID DUBNAU ............................ 635
Mutational Evidence for Identity of Penicillin-Binding Protein 5 in Escherichiacoli with the Major D-Alanine Carboxypeptidase IA Activity. MICHIO MAT-SUHASHI,* SHIGEO TAMAKI, SUSAN J. CURTIS, AND JACK L. STROMINGER ... 644
Covalently Closed Circular DNAs in Closely Related Unicellular Cyano-bacteria. REGINALD H. LAU AND W. FORD DOOLITTLE* .. ..... 648
CONTENTS
rorA Mutation of Escherichia coli K-12 Affects the recB Subunit of ExonucleaseV. B. W. GLICKMAN .................................................. 658
Two-Component Nature of Bacteriophage T4 Receptor Activity in Escherichiacoli K-12. ULF HENNING* AND KLAUS JANN ........... .... 664
Method for Isolating Restriction- and Modificationless Mutants of Escherichia coliK-12. LUIGi DEL GIUDICE................... 673
Restriction Endonuclease Cleavage Map of TnlO, a Transposon Which EncodesTetracycline Resistance. RICHARD A. JORGENSEN, DOUGLAS E. BERG, BER-NARD ALLET, AND WILLIAM S. REZNIKOFF*.... 681
Genetic Mapping of a Bacteriophage Resistance Mutation, pha-l, and the thi-1Mutation in Bacillus licheniformis. JOHN B. KOWALSKI AND CURTIS B.THORNE* ............................................................. 689
Simple Method for Identification of Plasmid-Coded Proteins. AZIZ SANCAR,ADELLE M. HACK, AND W. DEAN RUPP*........ 692
Accumulation of Peptidyl tRNA Is Lethal to Escherichia coli. JOHN R. MENNIN-GER .......................................... 694
Dissociation of the NIC Plasmid Aggregate in Pseudomonasputida. R. THACKER*AND I. C. GUNSALUS ............... ........ ................. 697
MembranesEffect of Ethylenediaminetetraacetate on Phospholipids and Outer Membrane
Function in Escherichia coli. K. L. HARDAWAY AND C. S. BULLER* ....... 62Inactivation of Bacteriophages by Protein E, a New Major Membrane Protein
Isolated from an Escherichia coli Mutant. TUU-JYI CHAI* AND JOHN FOULDS 226Mannosyl Transfer by Membranes of Aspergillus niger: Mannosylation of Endog-
enous Acceptors and Partial Analysis of the Products. MICHAEL J. RUDICK 301Effects of Local Anesthetics on Bacterial Cells. M. T. SILVA,* J. C. F. SOUSA, J.
J. POLONIA, AND PAULA M. MACEDO .................................... 461Localization of Proteolytic Activity in the Outer Membrane of Escherichia coli. C.
H. MACGREGOR,* C. W. BISHOP, AND J. E. BLECH.574Genetic and Physiological Studies on the Relationship Between Colicin B Resist-
ance and Ferrienterochelin Uptake in Escherichia coli K-12. MARK A. MC-INTOSH, SARA S. CHENAULT, AND CHARLES F. EARHART*.653
Outer Membrane of Serratia marcescens: Apparent Molecular Weights of Heat-Modifiable Proteins in Gels with Different Acrylamide Concentrations. K. B.HELLER.670
Localization of Membrane-Derived Oligosaccharides in the Outer Envelope ofEscherichia coli and Their Occurrence in Other Gram-Negative Bacteria.HOwARD SCHULMAN AND EUGENE P. KENNEDY*.6
Physiology and MetabolismRegulation of Cell Size in the Yeast Saccharomyces cerevisiae. G. C. JOHNSTON,*
C. W. EHRHARDT, A. LORINCZ, AND B. L. A.CARTER. 1Metabolism of Phenol and Resorcinol in Trichosporon cutaneum. ANDRAS GAAL
AND HALINA Y. NEUJAHR.13Cell Wall Teichoic Acid as a Reserve Phosphate Source in Bacillus subtilis. W.
D. GRANT ............................................................. 35Phosphate Transport in Arsenate-Resistant Mutants of Micrococcus lysodeikti-
cus. HANA ALFASI, DEVORAH FRIEDBERG,* AND ILAN FRIEDBERG.69Sodium-Dependent Transport of L-Leucine in Membrane Vesicles Prepared from
Pseudomonas aeruginosa. TOSHIMITSU HOSHINO* AND MAKOTO KAGEYAMA 73
CONTENTS
Effect of Levulinic Acid on Pigment Biosynthesis in Agmenellum quadruplica-tum. J. A. KiPE-NOLT AND S. E. STEVENS, JR.* ... ...................... 146
Regulation of Phenylalanine Oxidase Synthesis in Proteus mirabilis. ANNE-MARIE LABOURE, CLAUDE MANSON, HPLkNE JOUVE, AND JEAN PELMONT* . 161
Utilization ofD-Xylose by Wild-Type Strains ofSalmonella typhimurium. ROBERTP. MORTLOCK* AND DAVID C. OLD ......... ............................. 173
Effects of Aeration on Formation and Localization of the Acetyl Coenzyme ASynthetases of Saccharomyces cerevisicae. HAROLD P. KLEIN* AND LINDAJAHNKE .............................................................. 179
Existence of Carotenoids in Acholeplasma axanthum. PAUL F. SMITH* AND T. A.LANGWORTHY .......................................................... 185
Carbon and Nitrogen Repression of Arginine Catabolic Enzymes in Bacillus sub-tilis. SIMON BAUMBERG* AND COLIN R. HARWOOD ...... ................ 189
Inhibition of Bacillus subtilis Growth and Sporulation by Threonine. DAVID H.LAMB AND KENNETH F. BOrr* .......... ................................ 213
Requirement for Membrane Potential in Active Transport of Glutamine by Esch-erichia coli. CHARLES A. PLATE ......... .............................. 221
Tripeptide Hydroxamate from Corynebacterium kutscheri. W. G. MCCULLOUGH*AND R. S. MERKAL .................................................... 243
Nature of 6-Methylpurine Inhibition and Characterization of Two 6-Methylpurine-Resistant Mutants of Neurospora crassa. LAKSHMI PENDYALA, JANINESMYTH, AND ANGELA M. WELLMAN* ........ ............................ 248
Specificity and Biological Distribution of Coenzyme M (2-MercaptoethanesulfonicAcid). W. E. BALCH AND R. S. WOLFE* ........ ......................... 256
Transport of Coenzyme M (2-Mercaptoethanesulfonic Acid) in Methanobacteriumruminantium. W. E. BALCH AND R. S. WOLFE* .......................... 264
Chemotaxis by Pseudomonas aeruginosa. REBECCA C. MOULTON AND THOMASC. MONTIE* ............................... ... ... ............ ......... 274
Relationship of Glycolytic Intermediates, Glycolytic Enzymes, and Ammonia toGlycogen Metabolism During Sporulation in the Yeast Saccharomyces cere-visiae. WILLIAM A. FONZI, MARK SHANLEY, AND DENNIS J. OPHEIM* ..... 285
Incorporation of Phosphatidylglycerol into Murein Lipoprotein in Intact Cells ofSalmonella typhimurium by Phospholipid Vesicle Fusion. PRANAB K. CHAT-TOPADHYAY, JIUNU-SHYONG LAI, AND HENRY C. WU* ...... ............... 309
Biosynthesis and Cellular Distribution of the Two Superoxide Dismutases ofDactylium dendroides. ALLAN R. SHATZMAN AND DANIEL J. KOSMAN* .... 313
Control of Heterocyst and Nitrogenase Synthesis in Cyanobacteria. GARY STACEY,PETER J. BOTrOMLEY, CHASE VAN BAALEN, AND F. ROBERT TABITA* ...... 321
Control of Teichoic Acid Synthesis During Phosphate Limitation. LUIS GLASER*AND ARLEEN LOEWY ............................................. .. 327
Acetate Assimilation Pathway of Methanosarcina barkeri. P. J. WEIMER AND J.G. ZEIKUS* . ........ ............................... 332
ATP Sulfurylase from Penicillium chrysogenum: Is the Internal Level of theEnzyme Sufficient to Account for the Rate of Sulfate Utilization? JOHN R.FARLEY, STEPHANIE MAYER, CAROL J. CHANDLER, AND IRWIN H. SEGEL* .. 350
Isolation of an Iron-Binding Compound from Pseudomonas aeruginosa. CHARLESD. COX* AND REX GRAHAM .... .. ........ ... 357
Regulation of Fatty Acid Biosynthesis by Hydrocarbon Substrates in Mycobacte-rium convolutum. JOSEPH M. ASCENZI AND J. ROBIE VESTAL* ............ 384
Phosphoglucose Isomerase Mutant of Rhizobium meliloti. A. ARIAS,* C. CER-VE*ANSKY, A. GARDIOL, AND G. MARTINEZ-DRETS ................ 409
CONTENTS
a-Ketoglutarate Dehydrogenase Mutant of Rhizobium meliloti. M. J. DUNCANAND D. G. FRAENKEL .............. ................................... 415
Methane Formation and Methane Oxidation by Methanogenic Bacteria. A. J. B.ZEHNDER* AND T. D. BROCK............................................ 420
Uncontrolled Septation in a Cell Division Cycle Mutant of the Fission YeastSchizosaccharomycespombe. MICHELE MINET,* PAUL NURSE, PIERRE THU-RIAUX, AND J. M. MITCHISON........................................... 440
Direct Determination of the Properties of Peptide Transport Systems in Esche-richia coli, Using a Fluorescent-Labeling Procedure. J. W. PAYNE* AND G.BELL ......................................................... 447
Penicillin-Binding Proteins in Proteus Species. SATOSHI OHYA,* MITSUO YAMA-ZAKI, SHINICHI SUGAWARA, AND MICHIO MATSUHASHI ....... ............. 474
Growth of the Photosynthetic Bacterium Rhodopseudomonas capsulata Chem-oautotrophically in Darkness with H2 as the Energy Source. MICHAEL T.MADIGAN AND HOWARD GEST* ......................................... 524
Regulation of Polyamine and Streptomycin Transport During Stringent and Re-laxed Control in Escherichia coli. JOACHIM-VOLKER HOLTJE .... ......... 661
Effect of Light on the Attachment of Cyanophage AS-1 to Anacystis nidulans. Cs.CSEKE AND G. L. FARKAS* ........... .................................. 667
Relationship Between Phosphate Content and Serological Activities of the Man-nans of Candida albicans Strains NIH A-207, NIH B-792, andJ-1012. YASUHITA OKUBO, YOHIHARU HONMA, AND SHIGEO SUZUKI* ...... 677
Enzymologymeso-a,E-Diaminopimelate D-Dehydrogenase: Distribution and the Reaction Prod-
uct. HARUO MISONo, HITOSHI TOGAWA, TATSUO YAMAMOTO, AND KENJISODA* ............................................................ 22
Purification and Properties of an Inducible ,f-Galactosidase Isolated from the YeastKluyveromyces lactis. ROBERT C. DICKSON,* LESLEY R. DICKSON, AND JEN-NIFER S. MARKIN........................... .......... ............ ...... 51
Characterization of Pyrimidine-Repressible and Arginine-Repressible CarbamylPhosphate Synthetases from Bacillus subtilis. THOMAS J. PAULUS AND ROB-ERT L. SWITZER*...................................................... 82
Further Characterization of the Reduced Nicotinamide Adenine Dinucleotide Phos-phate:Nitrate Oxidoreductase in Aspergillus nidulans. RONALD J. DOWNEY*AND FRANCIS X. STEINER ............ .................................. 105
Characterization of Mutationally Altered Dihydropteroate Synthase and Its Abilityto Form a Sulfonamide-Containing Dihydrofolate Analog. G§TE SWEDBERG,STAFFAN CASTENSSON, AND OLA SKOLD* ....... ......................... 129
Tumor Inhibitory and Non-Tumor Inhibitory L-Asparaginases from Pseudomonasgeniculata. G. BARRIE KITTO,* GALE SMITH, TRAN-QUANG THIET, MARKMASON, AND LOIS DAVIDSON ........................................... 204
Five Different Enzymatic Activities Are Associated with the Multienzyme Complexof Fatty Acid Oxidation from Escherichia coli. AJAY PRAMANIK, SHASHIPAWAR, EDNA ANTONIAN, AND HORST SCHULZ* ...... .................... 469
Isolation, Characterization, and Crystallization of Ribulosebisphosphate Carboxyl-ase from Autotrophically Grown Rhodospirillum rubrum. JOHN V. SCHLOSS,E. F. PHARES, MARY V. LONG, I. LUCILE NORTON, CLAUDE D. STRINGER, ANDFRED C. HARTMAN*.................................................... 490
Purification and Characterization of an Extracellular /3-N-Acetylhexosaminidasefrom Paecilomycespersicinus. LOUIS A. ERIQUEZ* AND MICHAEL A. PISANo 620
CONTENTS
Conservation of Primary Structure of the Pyridoxyl Peptide of Escherichia coliand Serratia marcescens Tryptophan Synthase ,82 Protein. VICTOR ROCHA,*MICHAEL DEELEY, AND IRVING P. CRAWFORD ...... ...................... 700
ErratumEnhancement of Streptococcal Transformation Yield by Proteolytic Enzymes. P.
G. FUCHS AND W. T. DOBRZANSKI ....................................... 704
Volumel37 Contents for February 1979 Number2
Morphology and UltrastructurePossible Involvement of Bacterial Autolytic Enzymes in Flagellar Morphogene-
SiS. JARED E. FEIN ................................................... 933Simplified Preparation of Mycoplasmas, an Acholeplasma, and a Spiroplasma for
Scanning Electron Microscopy. JOSEPH E. GALLAGHER* AND KEITH R.RHOADES ............................................................. 972
Fimbriae of Escherichia coli K-12 Strain AW405 and Related Bacteria. STEVENCLEGG AND DAVID C. OLD* ............................................. 1008
Levallorphan-Tolerant Mutants of Escherichia coli with Altered Morpholo-gies. GERARD FRELAT AND PAUL L. BOQUET* ...... ..................... 1013
Plant MicrobiologyRegulation of Hydrogenase in Rhizobiumjaponicum. ROBERT J. MAIER,* FRANK
J. HANUS, AND HAROLD J. EVANS ......... .............................. 824Crown Gall Teratoma Formation Is Plasmid and Plant Controlled. P. M. GRES-
SHOFF,* MARY L. SKOTNICKI, AND B. G. ROLFE ...... ..................... 1020
Genetics and Molecular BiologyA Fifth Gene (uncE) in the Operon Concerned with Oxidative Phosphorylation in
Escherichia coli. J. A. IOWNIE,* A. E. SENIOR, F. GIBSON, AND G. B. Cox 711A Plasmid in Streptococcus pneumoniae. MICHAEL D. SMITH AND WALTER R.
GUILD* ............................................................... 735Deoxyribonucleic Acid-Membrane Interactions Near the Origin of Replication and
Initiation of Deoxyribonucleic Acid Synthesis in Escherichia coli. BRIAN L.CRAINE* AND CLAUD S. RUPERT ......... ............................... 740
Membrane-Bound Deoxyribonucleic Acid from Escherichia coli: Effects of Repli-cation, Protein Synthesis, and Ribonucleic Acid Synthesis. EDNA YAFFE,NILI GROSSMAN, AND ELIORA Z. RON* ........ ........................... 790
Promoter-Like Mutants with Increased Expression of the Escherichia coli UridinePhosphorylase Structural Gene. A. S. MIRONOV* AND V. V. SUKHODOLETS 802
Effect of Host lex, recA, recF, and uvrD Genotypes on the Ultraviolet Light-Protecting and Related Properties of Plasmid R46 in Escherichia coli. NAHIDS. WALEH AND B. A. D. STOCKER* ......... ............................. 830
Biochemical Characterization of Nonintegrated Plasmid-Folded Chromosome Com-plexes: Sex Factor F and the Escherichia coli Nucleoid. JAMES R. MILLERAND BRUCE C. KLINE* ................................................. 885
Selection of Succinic Dehydrogenase Mutants of Neurospora crassa. DAVID L.EDWARDS,* DONNA M. BELSOLE, HOWARD J. GUZIK, AND BARBARA W. UNGER 900
Transposition of a Duplicate Antibiotic Resistance Gene and Generation of Dele-tions in Plasmid R6K. PRISCILLA L. HOLMANS AND ROYSTON C. CLOWES* . 977
CONTENTS
Location of an Ampicillin Resistance Transposon, Tnl 701, in a Group of Small,Nontransferring Plasmids. YOSHIHIKO YAMADA, KATHRYN L. CALAME, JUNEN. GRINDLEY, AND DAI NAKADA*.. 990
Glutamine Synthetase Regulation, Adenylylation State, and Strain SpecificityAnalyzed by Polyacrylamide Gel Electrophoresis. ROBERT A. BENDER ANDSTANLEY L. STREICHER*.... 1000
Increased Levels of Dihydrofolate Reductase in Rifampin-Resistant Mutants ofBacillus subtilis. JAMES F. KANE,* V. J. WAINSCOTT, AND MYRA A. HURT 1028
Synthesis of Ribosomal Proteins During the Cell Cycle of the Yeast Saccharomycescerevisiae. STEVEN G. ELLIOTT, JONATHAN R. WARNER, AND CALVIN S.MCLAUGHLIN * ........................................................ 1048
Amber Suppressor Mutations in Pseudomonas acidovorans. R. A. J. WARREN 1053The relA Locus Specifies a Positive Effector in Branched-Chain Amino Acid
Transport Regulation. STEVEN C. QUAY* AND DALE L. OXENDER 1059Chromosomal Regulation of Sexual Expression in Escherichia coli. TERRY J.
LERNER AND NORTON D. ZINDER* 1063
MembranesProton Translocation in Cytochrome-Deficient Mutants of Escherichia coli. J. J.
BROOKMAN, J. A. DOWNIE, F. GIBSON, G. B. COX,* AND H. ROSENBERG 705Lipoprotein Synthesis in Escherichia coli Spheroplasts: Accumulation of Lipopro-
tein in Cytoplasmic Membrane. HIROSHI KANAZAWA AND HENRY C. WU* 818Separation of Inner and Outer Membranes of Rickettsia prowazeki and Character-
ization of Their Polypeptide Compositions. DEBORAH K. SMITH AND HER-BERT H. WINKLER* 963
Physiology and MetabolismIn Vitro Incorporation of Molybdate into Demolybdoproteins in Escherichia
coli. RANDOLPH H. SCOTT, GEORGE T. SPERL, AND JOHN A. DEMoSS* 719
Peptidoglycan Synthesis in Cocci and Rods of a pH-Dependent, MorphologicallyConditional Mutant of Klebsiella pneumoniae. G. SATTA,* R. FONTANA, P.CANEPARI, AND G. BOTTA 727
Variation in the Structure and Bacteriophage-Inactivatin Capacity of Salmonellaanatum Lipopolysaccharide as a Function of Growth Yemperature. MICHAELMCCONNELL AND ANDREW WRIGHT* ..746
Control of the Receptor for Galactose Taxis in Salmonella typhimurium. MARGA-RET FAHNESTOCK AND D. E. KOSHLAND, JR.* ... ... ..758
Purification and Properties of Acetate Kinase from Acholeplasma laidlawii. ITZ-HAK KAHANE* AND ANDRAS MUHLRAD .. 764
Two Forms of Nitrogenase from the Photosynthetic Bacterium Rhodospirillumrubrum. ROBERT P. CARITHERS, DUANE C. YOCH, AND DANIEL I. ARNON* 779
Analysis of Corynomycolic Acids and Other Fatty Acids Produced by Corynebac-terium lepus Grown on Kerosene. DAVID G. COOPER,* JAMES E. ZAJIC, ANDD. E. FERGUS GRACEY 795
Oxidation of Carbon Monoxide in Cell Extracts of Pseudomonas carboxydovor-ans. ORTWIN MEYER AND HANS G. SCHLEGEL* .811
High and Selective Resistance to Mecillinam in Adenylate Cyclase-Deficient orCyclic Adenosine 3',5'-Monophosphate Receptor Protein-Deficient Mutants ofEscherichia coli. RIKIZO AONO,* MAKARI YAMASAKI, AND GAKUZO TAMURA 839
Control of Aldehyde Synthesis in the Luminous Bacterium Beneckea harveyi. S.ULITZUR AND J. W. HASTINGS* ...854
CONTENTS
Diglyceride Kinase Mutants of Escherichia coli: Inner Membrane Association of1,2-Diglyceride and Its Relation to Synthesis of Membrane-Derived Oligosac-charides. CHRISTIAN R. H. RAETZ* AND KARL F. NEWMAN 860
Precursor-Product Relationship of Intracellular and Extracellular LipoteichoicAcids of Streptococcus faecium. ROBERT E. KESSLER AND GERALD D. SHOCK-MAN * 869
Influence of the Lactose Plasmid on the Metabolism of Galactose by Streptococcuslactis. DONALD J. LEBLANC,* VAUGHAN L. CROW, LINDA N. LEE, ANDCLAUDE F. GARON 878
Simultaneous Loss of Multiple Differentiated Functions in Aerial Mycelium-Neg-ative Isolates of Streptomycetes. PEGGY A. REDSHAW, PAMELA A. MCCANN,MICHAEL A. PENTELLA, AND BURTON M. POGELL* 891
Nitrite Reduction in Veillonella alcalescens. DENISE M. YORDY* AND EUGENEA. DELWICHE 905
Circadian Rhythms in Neurospora crassa: Effects of Unsaturated FattyAcids. STUART BRODY* AND STANLEY A. MARTINS.... 912
Physiological Responses of Bacteria to Cytochalasin A: Effects on Growth, Trans-port, and Enzyme Induction. DAVID CUNNINGHAM, DOROTHY SCHAFER,STUART W. TANENBAUM, AND MICHAEL FLASHNER* .. .. .... 925
Peptidoglycan Turnover During Growth of a Bacillus megaterium Dap- Lys-Mutant. CLAUDE FREHEL AND ANTOINETTE RYTER* ........... .... 947
Synthesis of Guanosine Tetra- and Pentaphosphates by the Obligately AnaerobicBacterium Bacteroides thetaiotaomicron in Response to Molecular Oxygen.THOMAS L. GLASS, W. MICHAEL HOLMES, PHILLIP B. HYLEMON,* AND ED-MUND J. STELLWAG .................................................... 956
Differential Inhibition of Bacterial Growth and Hemolysin Production by Lincos-amide Antibiotics. ATEF M. SHIBL* AND IBRAHIM A. AL-SOWAYGH ........ 1022
Effect of Growth Medium on the Relative Polypeptide Composition of CellularOuter Membrane and Relased Outer Membrane Material in Escherichiacoli, MARILYN R. LOEB* AND JAN KILNER .............................. 1031
"Self-Catabolite Repression" of Pectate Lyase in Erwinia carotovora. SHINJITSUYUMU................... 1035
Transport of a-p-Nitrophenylgalactoside by the Lactose Carrier of Escherichiacoli. RESHA M. PUTZRATH* AND T. HASTINGS WILSON ................... 1037
Lipid and Lipopolysaccharide Composition of Escherichia coli Surface-AlteredMutants Selected for Resistance to Levallorphan, Tetracaine, and Poly-myxm. JOHN B. DAME AND BENNETT M. SHAPIRO*. 1043
Microtiter Plate Assay for Sexual Agglutination in the Yeast Hansenulawingei. MARJORIE CRANDALL ............................... 1051
Comparison of the Membrane Composition of Spiroplasma citri and the CornStunt Spiroplasma. J. B. MUDD,* I.-M. LEE, H.-Y. LIU, AND E. C. CALAVAN 1056
EnzymologyCellulases Released During the Germination of Dictyostelium discoideum
Spores. THEODORE H. D. JONES,* MERTXE DE RENOBALES, AND NELLIE PON 752Purification and Properties of the Manganese-Dependent Phosphoglycerate Mutase
of Bacillus subtilis. KAZUHITO WATABE* AND E. FREESE....... 773Acetohydroxy Acid Synthase I of Escherichia coli: Purification and Properties.
HERBERT GRIMMINGER AND H. E. UMBARGER* ........................... 846Nitroalkane Oxidation by Streptomycetes. MOTIRAM R. DHAWALE AND ULFERT
HORNEMANN* ......... ....................................... 916
CONTENTS
Direct Comparison of the Subtilisin-Like Intracellular Protease of Bacillus lichen-iformis with the Homologous Enzymes of Bacillus subtilis. A. YA. STRON-GIN,* Z. T. ABRAmov, N. G. YAROSLAVTSEVA, L. A. BARATOVA, K. A. SHAG-INYAN, L. P. BELYANOVA, AND V. M. STEPANOV ...... .................... 1017
Purification and Properties of Phosphoglycerate Phosphomutase from Spores andCells of Bacillus megaterium. RAVENDRA P. SINGH AND PETER SETLOW* .. 1024
Regulation of N-Acetylglutamate Synthesis in Salmonella typhimurium. AHMEDT. ABDELAL* AND OMANA V. NAINAN ........ ........................... 1040
ErrataIron in Neisseria meningitidis: Minimum Requirements, Effects of Limitation, and
Characteristics of Uptake. FRED S. ARCHIBALD AND I. W. DEVOE ......... 1066Specificity and Regulation of y-Aminobutyrate Transport in Escherichia coli. S.
KAHANE, R. LEVITZ, AND Y. S. HALPERN ................................ 1066
Volume 137 Contents for March 1979 Number3
Morphology and UltrastructureImmunoelectron Microscopic Localization of Penicillinase in Bacillus lichen-
iformis. ARATI GHOSH AND B. K. GHOSH*.... 1374Isolation and Characterization of Protoplasts from Saccharomyces rouxii.
WILFRED N. ARNOLD* AND ROBERT G. GARRISON ........ ...... 1386Electron Microscope Study of the Rod-to-Coccus Shape Change in a Temperature-
Sensitive Rod- Mutant of Bacillus subtilis. I. D. J. BURDETT.1395Axial Filament Involvement in the Motility of Leptospira interrogans. DAVID B.
BROMLEY* AND NYLES W. CHARON.1406Helix Handedness of Leptospira interrogans as Determined by Scanning Electron
Microscopy. OLEG CARLETON, NYLES W. CHARON,* PHILLIP ALLENDER, ANDSUSAN O BRIEN......... 1413
Association of Flexing and Gliding in Flexibacter. BETSY DAYRELL-HART ANDROBERT P. BURCHARD*.1417
Plant MicrobiologyBacterial Polysaccharide Which Binds Rhizobium trifolii to Clover Root
Hairs. FRANK B. DAZZO AND WINSTON J. BRILL*.1362Genetics and Molecular Biology
Features of the Damage Produced by Proflavine on Transforming DeoxyribonucleicAcid. EMILIANO CABRERA-JUAREZ* AND DORA A. SANCHEZ-RINC6N. 1081
Occurrence of 1-Methyladenosine and Absence of Ribothymidine in Transfer Ri-bonucleic Acid of Mycobacterium smegmatis. B. R. VANI, T. RAMAKRISH-NAN,* Y. TAYA, S. NOGUCHI, Z. YAMAIZUMI, AND S. NISHIMURA.1084
Identification ofthe ftsA Gene Product. J. F. LUTKENHAUS* AND W. D. DONACHIE 1088Effect of dna Mutations on the Replication of Plasmid pSC101 in Escherichia coli
K-12. KOHJI HASUNUMA* AND MUTSUO SEKIGUCHI.1095Cloning the spoT Gene of Escherichia coli: Identification of the spoT Gene
Product. GYNHEUNG AN, JUST JUSTESEN, ROBERT J. WATSON, AND JAMESD. FRIESEN*...................... 1100
Isolation and Properties of Escherichia coli K-12 Mutants Impaired in the Utili-zation of y-Aminobutyrate. ESTHER METZER, RUTH LEVITZ, AND YEHESKELS.HALPERN.*.1111
CONTENTS
Properties of Two Cyclic Nucleotide-Deficient Mutants of Neurospora crassa.GARY ROSENBERG AND MARTIN L. PALL*.1140
Chromosome Replication and Cell Division in Plasmid-Containing Escherichia coliB/r. MARTIN WEINBERGER* AND CHARLES E. HELMSTETTER.1151
Synthesis and Modification of Proteins During the Cell Cycle of the Yeast Saccha-romyces cerevisiae. STEVEN G. ELLIOTT AND CALVIN S. MCLAUGHLIN* .... 1185
Single-Stranded Regions in Streptococcus pneumoniae Chromosomal Deoxyribo-nucleic Acid and Their Relation to Transformation. PETER A. DEDDISH ANDARNOLD W.RAVIN*.1191
Gene Dosage Effects on the Synthesis of Maltase in Yeast. DEBORAH BERNHARDTMOWSHOWITZ..... 1200
Arrangement of the Genes Coding for Ribosomal Ribonucleic Acids in Neurosporacrassa. STEPHEN J. FREE,* PHILIP W. RICE, AND ROBERT L. METZENBERG 1219
Mapping of ilvO Loci of Escherichia coli K-12 with Bacteriophage Adilv. DIANAW. PATIN AND DAVID H.CALHOUN*... 1234
Enzymatic Degradation of Uracil-Containing Deoxyribonucleic Acid. V. Survival ofEscherichia coli and Coliphages Treated with Sodium Bisulfite. RHONA R.SIMMONS AND ERROL C. FRIEDBERG*.1243
Salmonella typhimurium newD and Escherichia coli leuC Genes Code for aFunctional Isopropylmalate Isomerase in Salmonella typhimurium-Esche-richia coli Hybrids. PATRICIA N. FULTZ, DEBORAH Y. KWOH, AND JOSTKEMPER*... 1253
Positive Selection of Mutants with Cell Envelope Defects of a Salmonella typhi-murium Strain Hypersensitive to the Products of Genes hisF and hisH. DORAN. ANTON ........................... .......... 1271
Relation Between the Adenylylation State of Glutamine Synthetase and the Expres-sion of Other Genes Involved in Nitrogen Metabolism. RICHARD B. GOLD-BERG* AND ROBERT HANAU.. 1282
Chloramphenicol Resistance Mutation in Escherichia coli Which Maps in theMajor Ribosomal Protein Gene Cluster. GAIL A. BAUGHMAN AND STEPHENR. FAHNESTOCK*...... 1315
Bacterial Fusion Assayed by a Prophage Complementation Test. CARMEN SAN-CEZ-RIVAS* AND ANTHONY J. GARRO.1340
Parameters Governing Bacterial Regeneration and Genetic Recombination AfterFusion of Bacillus subtilis Protoplasts. MAGDA H. GABOR AND ROLLIN D.HOTCHKISS*.1346
Electron Microscopic Study of Bacillus subtilis Protoplast Fusion. CLAUDE FRE-HEL, ANNE-MARIE LHERITIER, CARMEN SANCHEZ-RIVAS, AND PIERRESCHAEFFER*.1354
Enumeration and Identification of IS3 Elements in Escherichia coliStrains. RICHARD C. DEONIER,* R. G. HADLEY, AND MING Hu.1421
Deoxyribonucleic Acid-Mediated Transformation of Spirillum lipoferum. AJIT K.MISHRA,* PAMPA Roy, AND SABITA BHATTACHARYA.1425
Nucleoside Diphosphate Sugar Hydrolase Gene of Salmonella typhimurium: Chro-mosomal Location Determined by Intergeneric Crosses. N. MINTON, J. GUNN,AND I. R. BEACHAM*......... 1428
Association of Tellurium Resistance and Bacteriophage Inhibition Conferred by RPlasmids. DIANE E. TAYLOR* AND ANNE 0. SUMMERS.1430
Screening for Amino Acid Pool Mutants of Neurospora and Yeasts: Replica-Printing Technique. CAROLE L. CRAMER AND ROWLAND H. DAVIS*.1437
CONTENTS
Enhancement of Deoxyribonucleic Acid Polymerase I-Directed Repair Synthesis inToluene-Treated Escherichia coli After Growth in the Presence of Low Levelsof N-Methyl-N'-Nitro-N-Nitrosoguanidine. D. BILLEN* AND G. R. HELLER-MANN.. 1439
Transmission of Mitochondrial Deoxyribonucleic Acid in Neurospora crassa SexualCrosses. CARMEN A. MANNELLA, THAD H. PITTENGER, AND ALAN M. LAM-BOWITZ*.1449
Spectinomycin Dependence in Bacillus subtilis. TINA M. HENKIN, KRISTINE M.CAMPBELL, AND GLENN H. CHAMBLISS ........ ... ......... 1452
Nuclear Division in Temperature-Sensitive Multicellular Mutants of Wangielladermatitidis. ROWENA L. ROBERTS, RuJu J. Lo, AND PAUL J. SZANISZLO* 1456
23S Ribosomal Ribonucleic Acid of Macrolide-Producing Streptomycetes ContainsMethylated Adenine. MADGE YANG GRAHAM AND BERNARD WEISBLUM* 1464
MembranesSubstrate Binding Site for Nitrate Reductase of Escherichia coli Is on the Inner
Aspect of the Membrane. JAKOB K. KRISTJANSSON AND THOMAS C. HOL-LOCHER.1227
Physiology and MetabolismCharacterization of the Carbohydrate Component of Fraction I in the Neurospora
crassa Cell Wall. LILIANA CARDEMIL* AND GuIDO PINCHEIRA.1067Enzymes of Pyrimidine Metabolism in Mycoplasma mycoides subsp.
mycoides. ALANA MITCHELL* AND LLOYD R. FINCH.1073Nitrogen Metabolite Repression of Nitrate Reductase in Neurospora
crassa. RAMASWAMY PREMAKUMAR, GEORGE J. SORGER,* AND DINSDALEGOODEN.1119
Enzymes of Agmatine Degradation and the Control of Their Synthesis in Klebsiellaaerogenes. BARBEL FRIEDRICH AND BORIS MAGASANIK*.1127
Morphology-Associated Expression of Nicotinamide Adenine Dinucleotide-De-pendent Glutamate Dehydrogenase in Mucor racemosus. JULIUS PETERS*AND PAUL S. SYPHERD 1134
Urea: Obligate Intermediate of Pyrimidine-Ring Catabolism in Rhodosporidiumtoruloides. WILLIAM M. THWAITES,* CRAIG H. DAVIS, NEAL WALLIS-BIG-GART, LILLIAN M. WONDRACK, AND MITCHELL T. ABBOTT.1145
Relationship Between Lysostaphin Endopeptidase Production and Cell Wall Com-position in Staphylococcus staphylolyticus. JOHN M. ROBINSON, JOHN K.HARDMAN, AND GARY L. SLOAN*.1158
Pyridine Nucleotide Cycle of Salmonella typhimurium: Isolation and Characteri-zation of pncA, pncB, and pncC Mutants and Utilization of Exogenous Nico-tinamide Adenine Dinucleotide. JOHN W. FOSTER,* DENNIS M. KINNEY, ANDALBERT G. MOAT 1165
Enzymatic Deacylation of Lipoteichoic Acid by Protoplasts of Streptococcus fae-cium (Streptococcus faecalis ATCC 9790). ROBERT E. KESSLER AND GERALDD.SHOCKMAN* 1176
Release of Lipoteichoic Acid from Streptococcus sanguis: Stimulation of ReleaseDuring Penicillin Treatment. DIANE HORNE* AND ALEXANDER ToMASZ ... 1180
Properties of the Bacillus subtilis Spore Coat. N. K. PANDEY AND A. I. ARON-SON *.1208
Growth Yields and Fermentation Balance of Bacteroides fragilis Cultured inGlucose-Enriched Medium. JOSEPH C. FRANTZ AND R. E. MCCALLUM* .... 1263
Accumulation of Iron by Yersiniae. R. D. PERRY AND R. R. BRUBAKER.*. 1290
CONTENTS
Mechanism of Folate Transport in Lactobacillus casei: Evidence for a ComponentShared with the Thiamine and BiotinTransport Systems. GARY B. HENDER-SON,* EDWARD M. ZEVELY, AND F. M. HUENNEKENS ..... ... ..... 1308
Multiple Intracellular Peptidases in Neurospora crassa. SAI-TEE TAN ANDGEORGE A. MARZLUF* ...................................... 1324
Regulation of Glutamate Dehydrogenases in nit-2 and am Mutants of Neurosporacrassa. ANNE H. DANTZIG,* FRANCIS L. WIEGMANN, JR., AND ALVIN NASON 1333
Fatty Acids in Phospholipids of Cells, Cysts, and Germinating Cysts ofAzotobactervinelandii. CHUNG-JEY Su, R. REUSCH, AND H. L. SADOFF*.. 1434
Incorporation of Synthetic Fatty Acid Analogs into Phospholipids of Escherichiacoli. WILLIAM L. OLSEN,* MOSELIO SCHAECHTER, AND H. GOBIND KHORANA 1443
Addition of Basic Amino Acids Prevents G-1 Arrest of Nitrogen-Starved Culturesof Saccharomyces cerevisiae. TERRANCE G. COOPER,* CINDY BRITTON, LES-LIE BRAND, AND ROBERTA SUMRADA.. 1447
Derepression of Nitrogenase Activity in Glutamine Auxotrophs of Rhodopseudo-monas capsulata. JUDY D. WALL* AND HOWARD GEST... 1459
EnzymologyNgoII, a Restriction Endonuclease from Neisseria gonorrhoeae. DAVID J. CLAN-
TON, W. STUART RIGGSBY, AND ROBERT V. MILLER* .............. 1229