Upload
others
View
1
Download
0
Embed Size (px)
Citation preview
JOURNAL OF BACTERIOLOGYVOLUME 129 * NUMBER 3 0 MARCH 1977
EDITORIAL BOARD
L. Leon Campbell, Editor-in-Chief (1980)University of Delaware, Newark
S. G. Bradley, Editor (1979)Virginia Commonwealth University, Richmond
Elizabeth McFaUl, Editor (1980)New York University, New York, N.Y.
Allen T. Phillips, Editor (1980)Pennsylvania State University,
University Park, Pa.
Carl Schnaitman, Editor (1978)University of Virginia, Charlottesville
Simon Silver, Editor (1981)Washington University, St. Louis, Mo.
James N. Adams (1979)Arthur I. Aronson (1979)Gad Avigad (1977)Stephen D. Barbour (1979)Richard S. Berk (1977)Harriet Bernheimer (1977)Judith S. Bond (1977)Winfried Boos (1979)H. D. Braymer (1979)Jean Brenchley (1977)George H. Brownell (1977)Richard 0. Burns (1977)G. William Claus (1979)Don B. Clewell (1977)Stanley N. Cohen (1979)Ronald S. Cole (1977)S. F. Conti (1978)Stephen Cooper (1978)John E. Cronan, Jr. (1977)Walter J. Dobrogosz (1979)Patrick R. Dugan (1977)Alan D. Elbein (1979)Wolfgang Epstein (1978)David P. Fan (1978)Walton L. Fangman (1978)
Genld R. Fink (1978)W. R. Finnerty (1979)Walter R. Guild (1978)Genld L. Hazelbauer (1978)George Hegeman (1977)James A. Hoch (1977)Joy Hochstadt (1977)Stanley C. Holt (1977)Joseph Inselburg (1978)Sam Kaplan (1977)Jost Kemper (1978)David E. KenneUl (1977)Bruce C. Kline (1977)Robert L. Lester (1978)HiUel S. Levinson (1978)James S. Loveft (1977)K. Brooks Low (1979)Calvin S. McLiughlin (1978)P. T. Magee (1977)Michael H. Malamy (1978)Manley Mandel (1978)Robert E. Marquis (1979)Neil H. Mendelson (1978)Gene E. Michaels (1977)
Eugene W. Nester (1978)Donald P. Nierlich (1977)John H. Nordin (1979)Michio Oishi (1977)Ronald H. Olsen (1978)Charles Panos (1978)Leo Parks (1979)Martin Pato (1978)William S. Reznikoff (1979)Palmer Rogers (1978)Antonio H. Romano (1979)Robert Rowed (1977)Harold L. Sadoff (1977)Milton H. Saier, Jr. (1979)Irvin H. Segel (1979)Jane K. Settow (1978)J. A. Shapiro (1979)Issar Smith (1978)Lucile Smith (1978)Bonnie M. Tyler (1978)James A. Wechsler (1978)David White (1977)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
EX OFFICIOHarlyn 0. Halvorson, President (1976-1977)
J. Mehsen Joseph, Secretary
The Journal of Bacteriology, a publication of the AmericanSociety for Microbiology, 1913 I St., N.W., Washington, D.C.20006, is devoted to the advancement and dissemination offundamental knowledge concerning bacteria and other micro-organisms. The Journal is published monthly, and the twelvenumbers are divided into four volumes per year. The non-member subscription price is $105 per year. Single copies are$9. The member subscription price is $21 per year. Corre-spondence relating to subscriptions, reprints, defective copies,availability of back issues, lost or late proofs, disposition of
A. Frede Rasmusse, Jr., Vice-President (1976-1977)Brinton M. Miller, Treasurer
submitted manuscripts, and general editorial matters shouldbe directed 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.Made in the United States of America.Copyright 0 1977, American Society for Microbiology.All Rights Reserved.
Author IndexAbdelal, Ahmed T. H., 1387Adachi, Kazuo, 1173Afong, J., 1289Ames, G. Ferro-Luzzi, 1289Arceneaux, J. E. L., 1639Ardeshir, F., 1289Austin, Sam M., 1545
Balderston, W. L., 1657Bayer, Manfred E., 1563Begg, K. J., 1524Bennett, P. M., 1227, 1653Boon, Jaap J., 1183Bov6, J. M., 1250Brear, D. Russell, 1379Bredt, W., 1495Brenner, Don J., 1435Burke, William F., Jr., 1215Byers, B. R., 1639
Cashman, Jay S., 1245Cheng, K.-J., 1506Chien, W.-S., 1545Cooper, R. A., 1208Costerton, J. W., 1506Cronan, John E., Jr., 1335Currier, Thomas C., 1556
Das, Jyotirmoy, 1424Davidson, Lois, 1379DeBusk, A. Gib, 1636Deen, L. Thomas, 1466DeFrank, Joseph J., 1356, 1365de Leeuw, J. W., 1183Dennis, P. P., 1320Dick, Thomas E., 1257Diesterhaft, M. D., 1440Doctor, B. P., 1435Dolack, Mary, 1563Donachie, W. D., 1524
Exterkate, F. A., 1281
Fanning, G. R., 1435Flashner, Michael, 1457Fontana, J. D., 1645Freese, E., 1440Fridovich, Irwin, 1574Fukuda, Akio, 1192
Gonzalez, Elma, 1343Gregory, Eugene M., 1298Guest, J. R., 1222Guymon, Lawrence F., 1623
Hakenbeck, Regine, 1234, 1239Hartman, Paul A., 1537Hashimoto, Tadayo, 1584Hassan, H. Moustafa, 1574, 1607Hattman, Stanley, 1330Haury, John F., 1556Hawkins, James, 1379
Henning, Ulf, 1651Holdeman, Lillian V., 1298Houser, Enoch, 1563Hurley, James B., 1457
Iba, Hideo, 1192Iijima, T., 1440Ippen-Ihler, Karin, 1613Ittig, Monika, 1250
Kennedy, Emily H., 1387Kessel, M., 1502Kidby, Denis K., 1648Kitto, G. Barrie, 1379Kowalski, John B., 1298Koyama, Takumi, 1513, 1518Kuroda, Motoko, 1487
Larimer, Frank W., 1636Latrille, J., 1250
McCullough, W., 1222McWethy, Steven J., 1537Maniloff, Jack, 1424Manis, Jack J., 1601Manney, Thomas R., 1428Masker, Warren E., 1415Matchett, William H., 1303Matsuhashi, Michio, 1513, 1518Meade, James H., 1428Meeks, J. C., 1545Mertens, Gabriele, 1198Messer, Walter, 1234, 1239Minkley, Edwin G., Jr., 1613Mirelman, David, 1593Mudd, J. B., 1250Murrell, W. G., 1272
Nainan, Omana, 1387Neal, W. D., 1375Nikaido, K., 1289Noel, K. D., 1289Nomura, M., 1320Nowak, Jan A., 1424
Okada, Yoshimi, 1192Okamoto, Keinosuke, 1266Oxender, Dale L., 1257
Panos, Charles, 1407Parish, Roger W., 1642Parks, L. W., 1375Payne, W. J., 1657Payton, M. A., 1222Peled, Ofra N., 1648Peled, Uri N., 1648Pertierra, A. Garrido, 1208Pratt, Darrell, 1607
Quay, Steven C., 1257
Radestock, U., 1495
Reeve, John N., 1198Reusch, Victor M., Jr., 1407Reyes, Gregory R., 1448Ribbons, Douglas W., 1356, 1365Richmond, M. H., 1227, 1653Riley, Michael I., 1428Roberts, C. F., 1222Rocha, Victor, 1448Rowe, J. J., 1657Roy, Brigitte, 1250Rupert, Claud S., 1313
Sabet, Sohair F., 1397Sakaguchi, Kenji, 1487Salvadori, Antonio, 1648Schwarz, Uli, 1593Schwiezer, Margarete, 1651Shaffer, Paul W., 1545Shapiro, James A., 1632Shinoda, Sumio, 1266Smith, Deborah K., 1349Smith, Douglas, W., 1466, 1476Sodd, M. A., 1435Sparling, P. Frederick, 1623Spizizen, John, 1215Sporn, Peter, 1632Sprague, George F., Jr., 1335Spudich, E. Negri, 1289Spurgeon, Sandra L., 1303Stanisich, Vilma A., 1227, 1653Steigerwalt, A. G., 1435Suzuki, Isamu, 1173
Taber, H., 1289Takahashi, Shozo, 1628Tanaka, Teruo, 1487Tanenbaum, Stuart W., 1457Thomas, Joseph, 1545
v. d. Hoek, G. J., 1183Van Wang, Tzu-chien, 1313Vosjan, J. H., 1183
Walstad, Diana L., 1623Wang, Philip, 1457Webster, Robert E., 1245Whitfield, Harvey J., 1601Wills, Pamela A., 1272Wingard, Peggy, 1379Winkler, Herbert H., 1349Wolk, C. Peter, 1545, 1556Wu-Yuan, Christine D., 1584
Yabu, Kunihiko, 1628Yamada, Masao, 1513, 1518Yashouv-Gan, Yehudit, 1593Young, R., 1320
Zancan, Glaci T., 1645Zengel, J. M., 1320Zyskind, Judith W., 1466, 1476
INSTRUCTIONS TO AUTHORS
Submit manuscripts in duplicate (original andone copy) to ASM Publications Office, 1913 I St.,N.W., Washington, D.C. 20006. A $35 check ormoney order (non-refundable) must accompany themanuscript to cover handling costs for all manu-scripts submitted after 1 March 1977.General policy. Any manuscript submitted must
be a report of unpublished original research, whichis not being considered for publication elsewhere.Each manuscript should present the results ofan independent, cohesive study; numbered seriespapers are discouraged. When a submitted manu-script is judged to be more appropriate for the sub-ject scope of one of the other ASM journals, theEditors will transfer it to that journal for considera-tion, so notifying the author. In borderline cases,the preference ofthe author will be considered, butthe final decision rests with the respective Editorsand the Chairman of the ASM Publications Board.The "editorial style" of the Journal essentially
follows the CBE Style Manual (3rd ed., AEBS, 1972).For bacterial genetic systems, the recommendationsof Demerec et al. (Genetics 54:61, 1966) should befollowed, as updated and used by Bachmann et al.(Bacteriol. Rev. 40:116-167) for E. coli, Sanderson(Bacteriol. Rev. 36:558-586) for Salmonella, andLow (Bacteriol. Rev. 36:587-607) for F prime factors.For plasmids and plasmid-s ecified activities, ge-netic symbols should follow Novick et al. (Bacteriol.Rev. 40:168-189). For yeast, Chlamydomonas, andseveral fungal species, symbols such as those giveninHandbook ofMicrobiology (1974, A. I. Laskin andH. A. Lechevalier, eds., CMRC Press, Cleveland, p.665-711, Vol. IV) should be employed. For geneticnomenclature, use italics consistently for genotypesymbols. Greater leniency can be allowed for pheno-typic symbols. However, they should not be itali-cized. The preferred convention is to use the samethree-letter symbols in Roman type with the firstletter capitalized.
Biochemical nomenclature, including abbrevia-tions and symbols, should follow the recommenda-tions of the IUPAC-IUB Commission on Biochemi-cal Nomenclature (CBN) and the Instructions toAuthors of J. Biol. Chem. and Arch. Biochem.Biophys. (first issue of each year), which are basedupon the CBN Recommendations and contain a listthereof. Reprints of these Recommendations andadvice on biochemical and chemical nomenclatureare available from the NRC Office of BiochemicalNomenclature (W. E. Cohn, Director), BiologyDivision, Oak Ridge Natl Lab., Box Y, Oak Ridge,Tenn. 37830 (phone: 615-483-8611, Ext. 3-7514).Normally, abbreviations (except those of standardunits of measurement and symbols of the elements)should be defined and introduced parenthetically atfirst use in the text. Enzyme activities should beexpressed in the terms set out in CBN's EnzymeNomenclature (1972) (Elsevier Scientific PublishingCo.). Lengths, weights, volumes, and molaritiesshould make use of the prefixes m, A, n, and p (for10-3, 10-6, 10-9, and 10-12, respectively), whereapplicable, avoiding such compound prefixes as m,uand ,u. Metric units should be employed as muchas possible. The Editors reserve the privilege ofediting manuscripts to make them conform to theabove-mentioned stylistic conventions. As a rule,all bacterial growth curves should be presented assemilogarithmic plots (log x vs. time).Form of manuscript. All parts of the manuscript
should be typed double-space or, preferably, triple-space. Most manuscripts can and should be dividedinto the following sections: Abstract, Introduction,Materials and Methods, Results, Discussion, Ac-knowledgments, and Literature Cited.
Title. A single statement of the subject of a paperis preferred to a main title-subtitle arrangement. Ashort version of ti&e title (no more than 46 charactersand spaces) should be supplied for use as a runninghead.
Abstract. An Abstract appears at the beginning ofeach paper in the Journal. The Abstract should notexceed 200 words.
Literature Cited. In the text, references are citedby number. The Literature Cited section should betyped in alphabetical order, by first author, andnumbered. Each reference should include the title ofthe article and inclusive pagination. Names ofjournals are abbreviated according to BibliographicGuide for Editors & Authors (American ChemicalSociety, 1974). Citations of abstracts, theses, "un-published data," "personal communication," and"in press" will not be accepted in the LiteratureCited.
Tables. Each table should be typed on a separatepage. The data should be arranged so that columnsof Like material read down, not across. Explanatoryfootnotes are permitted, but detailed descriptionsof the experiments are not. The materials andmethods used to gain the data should properlyremain in the section of that name.Figures. A complete set of figures, preferably
glossy photographs, should accompany each of thetwo copies of the manuscript. Graphs (submit asphotographs) should be finished drawings not need-ing further artwork or type-setting. Absolutely nopart of a graph should be typewritten (except thelegend, which should be typed on a separate page).Most graphs will be reduced to one-column width,and al elements in the drawing should be preparedto withstand this reduction. The legend ofthe figureshould provide enough information so that thefigure is understandable without reference to thetext. Experimental details from Materials andMethods should not be repeated in figure legends.Figure ordinate and abscissa scales, and tablecolumn headings, should avoid ambiguous use ofnumbers with exponents (see p. 140, CBE StyleManual).Nomenclature of microorganisms. In general,
the nomenclature presented in Bergey's Manual ofDeterminative Bacteriologzy (8th ed., 1974) is used.If an author challenges this nomenclature, his ownjudgment will be followed, but the name in Bergey'sManual should follow in parentheses the first timethe name is used in the text and in the Abstract.Papers which include extensive taxonomic material(e.g., description of new taxa) will not be publishedin this journal. The proper place for publication oftaxonomic material is the International Journal ofSystematic Bacteriology (IJSB), which is publishedby the ASM for the lnternational Association ofMicrobiological Societies. If the main thrust of sucha paper is not taxonomy, the paper should be di-vided, the taxonomy portion being submitted toIJSB and the other portion to this journal.Notes. The accepted form for Notes is somewhat
different from the foregoing. Contributors shouldconsult a recent issue of the Journal for style. Notesshould not exceed 500 words. The Abstract shouldnot exceed 25 words.
Copyright. Once a paper has been published inthe Journal, which is a copyrighted publication, thelegal ownership of all parts of the paper, includingthe illustrations, has passed from the author to theASM. If the same author, or any author, wishes torepublish material previously published in theJournal, he must first receive written permissionfrom ASM.
PharmaciaPeristaltic
gi Pump P-3A compact pump electronically
controlled for constantliquid flows in
chromatographyand gradient
formation
You can* obtain three different flow rates at the same time through
the three individually tensioned pumping channels* change tubes in seconds with the snap-in cassette* forget about pulsation thanks to the large driven rollers* rely on a constant motor speed, electronically compensated
for load and temperature* use any flow rate between 0.6 and 400 ml/h per channel with
the same gear box* reverse the flow instantly* push for maximum flow and clear pump lines rapidly
For free descriptive literature. write or call:
Pharmacia Fine ChemricalsDivision of Pharmacia, Inc. w PharmaciaPiscataway, New Jersey 08854 Fine ChemicalsPhone (201) 469-1222
INDEX TO ADVERTISERSPage
* Amersham/Searle Corp............................................... Cover 3
* Difco Laboratories ..................................................... Cover 4
* Gelman Instrument Co................................................ Cover 2
* Humko Sheffield Chemical.12
ISCO..... . .. ............... 9
* Pharmacia Fine Chemicals,Inc. 8
* Vernitron Medical Products ................ 11
* Sustaining Member, American Society for Microbiology.
Advertising in this journal is limited to products and services believed to be of interest to the readers. However, ASMdoes not test nor examine advertised products nor claims related thereto. Therefore, ASM endorsement or approval ofadvertised products should not be inferred.
[YOU ARE INVITED
To Attend
THE 77TH ANNUAL MEETINGAMERICAN SOCIETY FOR MICROBIOLOGY
Over 225 Scientific Sessions
SymposiaSpecial LecturesSeminarsRound TablesWorkshopsContributed Papers
Over 350 ExhibitsTechnical -Scientific -Educational
8-13 May 1977
New Orleans, Louisiana
Registration Open to All Interested PersonsFor Additional Information: Executive Secretary,
ASM, 1913 I St., N.W.,Washington, D.C. 20006.
INDEX TO DATE OF ISSUE
Month Date of Issue Pages
January 13 January 1977 1-568February 15 February 1977 169-1171March 28 March 1977 1173-1659
AUTHOR INDEX
VOLUME 129
Abdelal, Ahmed T. H., 1387Achberger, E. C., 874Adachi, Kazuo, 1173Adler, Lawrence W., 959Adya, Surekha, 850Afong, J., 1289Aiyappa, P. S., 191Ames, G. Ferro-Luzzi, 1289Anderson, D. G., 367Arceneaux, J. E. L., 1639Ardeshir, F., 1289Arnold, H. H., 15Austin, Sam M., 1545Avni, Hanna, 358
Baddiley, James, 1045, 1051Balderston, W. L., 1657Barile, M. F., 707Barnes, Eugene M., Jr., 756Bassford, Philip J., Jr., 254, 265Basu, Sandip K., 237Baugh, Clarence L., 202Baumstark, Barbara R., 457Bayer, Manfred E., 1563Beacham, Ifor R., 1034Beck, Christoph F., 305Begg, K. J., 1524Bender, Robert A., 1001Bendiak, D. S., 536Benedik, Michael, 809Bennett, P. M., 407, 1227, 1653Berg, Claire M., 108Berg, Patricia E., 358Bergquist, P. L., 282Berlin, Elliott, 1162Best, Gary K., 750Bhattacharjee, J. K., 978Bhattacharyya, Pinakilal, 756Biswas, G. D., 983Blackman, E., 983Blaise, D., 926Bleiweis, Arnold S., 445Bloch, Philip L., 378Blumenberg, Miroslav, 1001Boon, Jaap J., 1183Bott, Kenneth F., 492Bove, J. M., 1250Bozzola, J. J., 351Braedt, Gary, 564Brambl, R., 291Brear, D. Russell, 1379Bredt, W., 1495Bremer, H., 1020Brenchley, Jean E., 740Brenner, Don J., 1435Brown, Beverly A., 1168Brown, Gene M., 457Brown, Keith, 388
Brown, W. C., 547Brunschede, H., 1020Bruschi, Mireille, 30Burke, William F., Jr., 1215Bussey, Howard, 668Button, D. K., 115Byers, B. R., 1639
Calvo, Joseph M., 1078Case, Mary E., 166Cashman, Jay S., 1245Catterall, J. F., 1110Centeno, Sonia, 138Chase, John W., 934Cheng, K.-J., 1506Cheung, I., 926Chien, W.-S., 1545Chilton, M.-D., 101Clewell, Don B., 400Cohen, Georges N., 66Cohen, Lydia, 651Cohen, Sidney, 237Coleman, Sylvia E., 445Coleman, William H., 108Colom6, Jaime, 948Cooney, P. H., 901Cooper, R. A., 1208Costerton, J. W., 1506Cowles, J. R., 1156Cox, David L., 202Cronan, John E., Jr., 1335Currier, Thomas C., 1556
Dabney, Betty J., 1168Dailey, H. A., Jr., 815Das, Jyotirmoy, 1424Davidson, Lois, 1379Davis, Michelle Gall, 1078Davis, Rowland H., 866DeBusk, A. Gib, 1636DeCastro-Costa, Maria R., 678Deen, L. Thomas, 1466DeFrank, Joseph J., 1356, 1365de Leeuw, J. W., 1183Dennis, Patrick P., 580Dennis, P. P., 1320Deonier, Richard C., 1129Deutch, C. E., 544Devine, Evelyn A., 1072Dick, Thomas E., 1257Diesterhaft, M. D., 1440Dilts, Judith A., 888Di Savino, D., 145Doctor, B. P., 1435Doi, Roy H., 422, 433Dolack, Mary, 1563Donachie, W. D., 1524Dove, T. L., 1020
Doyle, R. J., 547Dudman, William F., 718Duncan, Charles L., 843Dunkle, Larry D., 173Dworkin, Martin, 770, 796
Eckerson, Harry W., 131Elbein, Alan D., 850Elliott, S. G., 97Elliott, T. J., 525Elmros, Theodor, 333Enatsu, Toshio, 640Engel, Robert, 550Englesberg, Ellis, 948Exterkate, F. A., 1281
Falkow, Stanley, 530Fan, V. S. C., 547Fanning, G. R., 1435Fennewald, Michael, 809Flashner, Michael, 1457Fontana, J. D., 1645Foor, Forrest, 1001Foy, James J., 978Freeman, Bob A., 1121Freese, E., 901, 1440Fridovich, Irwin, 1574Friesen, J. D., 536Fuchs, James, 967Fukuda, Akio, 1192Fukuda, Ryuji, 422
Gallant, Jonathan, 564Ganoza, M. C., 1141Garlick, S., 623Gerhardt, Philipp, 1162Gest, Howard, 724, 732Gibson, Alan H., 718Gibson, Katharine J., 151, 156Giles, Norman H., 166Glynn, Julia A., 1010Goebel, Werner, 658Goldschmidt, Raul, 821Golovleva, Ludmilla A., 30Gonzalez, Elma, 1343Gooder, Harry, 1151Gordon, C. N., 97Gordon, M. P., 101Gourse, Richard L., 198Gregory, E. M., 534, 1298Gregory, William W., 1151Grossman, Nili, 569Guest, J. R., 1222Guymon, Lawrence F., 1623
Haas, Dafna, 1034Hadjiolov, A. A., 47Hakenbeck, Regine, 1234, 1239
ii AUTHOR INDEX
Hall, Barry G., 540Hamilton, R. W., 874Harada, Tokuya, 59Harmon, Jeffrey M., 789Harshey, R. M., 616Hartman, Paul A., 1537Hase, Sumihiro, 9Hashimoto, Tadayo, 1584Hassan, H. Moustafa, 1574, 1607Hatchikian, Claude E., 30Hattman, Stanley, 1330Haury, John F., 1556Hausenbauer, Janice M., 1148Hautala, Judith A., 166Havekes, Louis, 1Hawkins, James, 1379Heffron, Fred, 530Helmstetter, Charles E., 569Hemphill, H. Ernest, 556Henning, Ulf, 1651Herrington, M. B., 1141Hertman, Israel, 317Hidalgo, Cecilia, 821Higerd, Thomas B., 973Hillmer, Peter, 724, 732Hirschberg, Rona, 803Hoekstra, Wiel, 1Hofstad, Tor, 9Holdeman, Lillian V., 1298Hossack, J. A., 1144Houser, Enoch, 1563Hu, Chung-yuan, 177Hu, Ming, 1129Huang Kao, Marilee Y. C., 1102Hulett, F. Marion, 501, 1010Hurley, James B., 1457Hylemon, P. B., 87
Iba, Hideo, 1192Icho, Tateo, 908Iino, Tetsuo, 527, 908lijima, T., 1440Inselburg, Joseph, 482Iordaunescu, Serban, 71Ippen-Ihler, Karin, 1613Ittig, Monika, 1250
Jacoby, George A., 276Jamaluddin, Moideen P., 690Jamieson, A. F., 282Janssen, Kaaren A., 993, 1001Jederlinc, Peter J., 1072Johnson, Byron F., 1066Johnson, Emmett J., 66Johnson, James G., 225Johnson, M. C., 351Jones, Gary E., 1165Jones, George H., 81Josephson, M., 291Joshi, J. G., 714
Kadner, Robert J., 207, 254, 265Kaplan, Ruth, 651Keller, Kenneth H., 770Kennedy, Emily H., 1387
Kepes, Adam, 658Kersten, H., 15Kessel, M., 1502Kidby, Denis K., 1648Kilburn, James O., 750Kiritani, Kazuyoshi, 589Kitto, G. Barrie, 1379Klein, David A., 550Klein, Hannah L., 472Kohiyama, Masamichi, 658Kohlhaw, Gunter B., 1159Kolenbrander, P. E., 874Kollek, Regine, 658Komeda, Yoshibumi, 908Korman, Ruth Z., 556Kotani, Hirokazu, 640Kowalski, John B., 1298Koyama, Takumi, 1513, 1518Kuroda, Motoko, 1487
Labbe, Ronald G., 843Lagarde, Alain E., 606Lampen, J. Oliver, 184, 191Landman, Otto E., 678Larimer, Frank W., 1636Lascelles, June, 815Latrille J., 1250Law, A. T., 115Lax, Sandra R., 1168Lee, D., 1156Lee, Eng-Hong, 1066Lederberg, Seymour, 198Le Gall, Jean, 30Lev, Meir, 562Liang, Lily, 1168Lillich, Thomas T., 559Lim, Daniel V., 124Liu, T. N., 926Livingston, Dennis M., 472Lopez, Juan M., 217Lugtenberg, Ben, 1Lydersen, B. K., 698
McCullough, W., 1222McFadden, B. A., 415McKay, L. L., 367Mackenzie, C. Lindsey, 599MacLeod, Robert A., 1059McNicholas, Janet M., 501, 1010McWethy, Steven J., 1537Magasanik, Boris, 993, 1001Maniloff, Jack, 1424Manis, Jack J., 1601Manney, Thomas R., 1428Mansfield, J. M., 547Markovitz, Alvin, 358Masker, Warren E., 1415Matchett, William H., 1303Matsuhashi, Michio, 1513, 1518Mazaitis, Anthony J., 1072Meade, James H., 1428Meeks, J. C., 1545Mehnert, D., 926Merlo, Donald J., 76Mertens, Gabriele, 1198
Messer, Walter, 1234, 1239Michel, G., 145Minkley, Edwin G., Jr., 1613Mirelman, David, 1593Mizuno, Takeshi, 326Mizushima, Shoji, 326Mobley, H., 547Montoya, A. L., 101Moran, Mary C., 1072Mudd, J. B., 1250Murooka, Yoshikatsu, 59Murrell, W. G., 1272
Nainan, Omana, 1387Nakamura, L. K., 830Nakazawa, Teruko, 39Neal, W. D., 1375Neidhardt, Frederick C., 378,
702Nelson, J. D., Jr., 1059Nester, E. W., 76, 101Neuhard, Jan, 305Newbold, John E., 492Nichols, Charles, 124Nickerson, Kenneth W., 173Nikaido, K., 1289Noel, K. D., 1289Nombela, Cesar, 52Nomura, M., 1320Normark, Staffan, 333Novick, Richard, 343Nowak, Jan A., 1424
Ogur, M., 926Oh, George R., 1129Ohnishi, Kuniharu, 589Okada, Yoshimi, 1192Okamoto, Keinosuke, 1266Okamura, Haruki, 59Ordal, George W., 151, 156Oren, A., 623Oxender, Dale L., 1257
Paau, A. S., 1156Padan, E.,< 623Pagan, Janet D., 718Panos, Charles, 1407Parish, Roger W., 1642Parker, Jack, 536Parks, L. W., 1375Pattee, P. A., 778Paulavicius, I., 926Payne, W. J., 1657Payton, M. A., 1222Pedersen, Steen, 373, 702Peled, Ofra N., 1648Peled, Uri N., 1648Pertierra, A. Garrido, 1208Phibbs, P. V., Jr., 87Piekarowicz, Andrzej, 22Pollard, Ernest C., 698Postma, P. W., 630Potter, S. Steven, 492Pratt, Darrell, 1607Preiss, Jack, 246Purohit, K., 415
J. BACTERIOL.
VOL. 129, 1977
Qadri, S. M. Hussain, 124Quackenbush, Robert L., 895Quay, Steven C., 1257
Radestock, U., 1495RajBhandary, Uttam L., 457Ramakrishnan, T., 616Ravel, Joanne M., 1168Reeh, Solvejg, 378, 702Reeve, John N., 1198Resnick, Arthur D., 1001Reusch, Victor M., Jr., 1407Reyes, Gregory R., 1448Reyes, Juan, 821Reynard, Alan M., 131Ribbons, Douglas W., 1356, 1365Richardson, Charles C., 934Richmond, M. H., 407, 1227,
1653Rietschel, Ernst T., 9Riley, Michael I., 1428Rima, B. K., 574Roberts, C. F., 1222Robinson, M. K., 407Robson, Robert L., 1045, 1051Rocha, Victor, 1448Roger, Muriel, 298Ron, Eliora Z., 569Rose, A. H., 1144Rosen, Barry P., 959Rosenberg, Eugene, 770Rosenthal, Richard, 556Rossi, John J., 108Rottem, S., 707Rowe, J. J., 1657Roy, Brigitte, 1250Rubens, Craig, 530Rubin, Robert L., 916Rupert, Claud S., 1313
Sabet, Sohair F., 1397Sackett, Dan L., 198Saint-Girons, Isabelle, 66Sakaguchi, Kenji, 1487Salvadori, Antoni, 1648San Blas, Felipe, 138Santos, Tomas, 52Sarid, Sara, 317Sayre, Richard M., 1091Scarpulla, R. C., 544Schaffel, Steven D., 1010Schenley, R. L., 714Scherrer, Rene, 1162Schmidt, W., 15Schnaitman, Carl A., 265Schrank, Gordon D., 1121Schwarz, Uli, 1593Schwiezer, Margarete, 1651Sciaky, D., 101Scowcroft, William R., 718Selker, Eric, 388Setlow, Barbara, 857Setlow, Peter, 857, 1148
AUTHOR INDEX iii
Shaffer, Paul W., 1545Shalita, Zamir, 317Shapiro, James, 809, 1632Shapiro, Stuart A., 756Sharpe, Victoria J., 1144Shechmeister, I. L., 351Shinmyo, Atsuhiko, 640Shinoda, Sumio, 1266Shklair, I. L., 351Siegel, L. S., 87Simon, Robert D., 1154Sinensky, Michael, 516Siwifiska, Maria, 22Skipper, Nigel, 668Slayman, Carolyn W., 836Smith, Deborah K., 1349Smith, Douglas W., 1466, 1476Smith, Edwin W., 836Sodd, M. A., 1435Soffer, R. L., 544Sonnenblick, E. B., 544Sox, T., 983Sparling, P. F., 983, 1623Sperry, Jay F., 554Spizizen, John, 1215Sporn, Peter, 1632Sprague, George F., Jr., 1335Spremulli, Linda L., 457, 1168Sprinson, David B., 177Spudich, E. Negri, 1289Spurgeon, Sandra L., 1303Stanisich, Vilma A., 1227, 1653Starka, J., 145Stauffer, George V., 740Stavis, Robert, 803Staynov, D. Z., 47Steigerwalt, A. G., 1435Steiner, Kurt E., 246Stoeber, Francois R., 606Streips, U. N., 547Stuart, W. Dorsey, 395Sumida-Yasumoto, Chikako,
433Summers, Anne O., 276Sutherland, Ian W., 599Suzuki, Isamu, 1173Suzuki, Takahito, 527Sweeney, Helen M., 237Swenson, P. A., 714
Taber, H., 1289Taber, Harry W., 789Takahashi, I., 574Takahashi, Shozo, 1628Takemoto, Jon, 1102Tan-Wilson, Anna, 1159Tanaka, Teruo, 1487Tanenbaum, Stuart W., 1457Thomas, Joseph, 1545Thomassen, Elizabeth, 305Thompson, N. E., 778Thoms, Brigitte, 217Tommassen, Jan, 1
Traficante, Louis J., 184, 191Tropp, Burton E., 550Trotter, S. L., 707Tsuchiya, Tomofusa, 763Tucker, Anne N., 559Tyler, Bonnie, 880Tyler, D. D., 830Tzagoloff, Hlen, 343
v. d. Hoek, G. J., 1183Van Etten, James L., 173Van Wang, Tzu-chien, 1313Veltri, B. J., 534Vender, Joyce, 108Venkov, P. V., 47Villani, David P., 156Villanueva, Julio R., 52Vogel, Henry J., 1072Vosjan, J. H., 1183
Wagner, Debra L., 534Waites, William M., 1148Wales, W., 926Walstad, Diana L., 1623Wang, Philip, 1457Webster, Robert E., 1245Weglenski, P., 880Weiss, Richard L., 866Welker, N. E., 1110Wergin, William P., 1091Westling-Haggstrom, Britta,
333Whiteman, P. Fawcett, 901Whitfield, Harvey J., 1601Wilcox, Gary, 948Wilkins, Tracy D., 534, 554Williams, Robert P., 124Wills, Pamela A., 1272Wilson, David B., 225Winblad, Bengt, 333Wingard, Peggy, 1379Winkler, Herbert H., 1349Wireman, John W., 796Wolk, C. Peter, 1545, 1556Woodward, D. O., 395Wu-Yuan, Christine D., 1584
Yabu, Kunihiko, 1628Yagi, Yoshihiko, 400Yagil, Ezra, 1034Yamada, Masao, 1513, 1518Yamagata, Hideo, 326Yang, Gene C. H., 1121Yanofsky, Charles, 388Yashouv-Gan, Yehudit, 1593Yokota, Takeshi, 39Young, R., 1320
Zahler, Stanley A., 556Zancan, Glaci T., 1645Zengel, J. M., 1320Zyskind, Judith W., 1466, 1476
SUBJECT INDEX
VOLUME 129
Acetyl esteraseB. subtilis mutants, 973
Acholeplasmathioesterase activity, 707
Acridine orangeB. subtilis sporulation, 1215
Actinomycin productionS. antibioticus, 81translational apparatus, 81
"Active" one-carbon generationS. cerevisiae, 926
Active transportrickettsiae, 1349
Adenosine 5'-diphosphatekiller toxin for sake yeast, 640
Adenosine 5'-triphosphate-linked transhydrogenaseE. coli membranes, 1397
Adenosine 5'-triphosphate synthesisE. coli vesicles, 763protonmotive force, 763
Adenylate cyclase activityB. fragilis, 87E. coli, 87P. aeruginosa, 87
AdenylylationK. aerogenes mutants, 993
Agaricus bisporusbasidiospore numbers, 525
Agrobacterium radiobacterplasmids, 76
Agrobacterium tumefaciensD-aldohexoside:cytochrome c oxidoreductase, 830octopine and nopaline metabolism, 101
D-Aldohexoside:cytochrome c oxidoreductaseA. tumefaciens, 830
Alkaline phosphataseB. licheniformis, 501, 1010marine bacteria, 1607
Alpha-amylaseB. amylophilus, 1537
Amino acid biosynthetic enzymesN. crassa, 1303
Amino acid chemoreceptorsB. subtilis, 156
Amino acid metabolismE. coli, 1257leucine toxicity, 1257
Amino acidschemotaxis towards, 151
Amino acid starvationE. coli cell division, 569
Amino acid transportS. typhimurium, 589Aminoacyl-transfer ribonucleic acid synthetasesE. coli, 378N. crassa, 1303regulation in E. coli, 702
Ampicillin resistancetransposition of TnA, 530
Anabaena cylindricaspore composition, 1154
Anabaena cylindrica heterocystsglutamine formation, 1545
Anoxygenic photosynthesiscyanobacteria, 623
araBAD operonE. coil, 948
argECBH regionE. coil, 1072EcoRI cleavage sites, 1072
Arginine utilizationNeurospora, 866
Arthrobacter crystallopoietesmorphogenesis and cAMP, 874
Arthrobacter isolateneuraminidase, 1457
Arylsulfatase synthesisK. aerogenes, 59
Asparaginase II activitygenetics of expression, 1165S. cerevisiae, 1165
Aspartase activityB. subtilis mutant, 1440
Aspartate, growth onB. subtilis, 1440sodium effect, 1440
Aspergillus nidulanspyruvate dehydrogenase complex, 1222
Aspergillus nigera-galactosidase, 850glycoprotein enzymes, 850
AutolysinsM. smegmatis, 750
Autolysisteichuronic acid in B. licheniformis, 1051
Auxotrophsfilamentous cyanobacterium, 1556
Azotobacter vinelandii vesiclesmembrane potential, 756
Bacillus cereusspore germination; initiation of, 1272
Bacillus lichenformisalkaline phosphatase, 1010alkaline phosphatase localization, 501APase localization, 501novobiocin resistance, 1045, 1051penicillinase, 184penicillinase-release protease, 191protease, 191teichuronic acid, 1051
Bacillus megateriumcell walls, dried, 1162pyridine nucleotide, 857
iv
VOL. 129, 1977
Bacillus pumilusspore germination, initiation of, 1272
Bacillus stearothermophilushomoprotocatechuate 2,3-dioxygenase, 690
Bacillus subtilisacetyl esterase mutants, 973acridine orange, 1215amino acid chemoreceptors, 156aspartase activity, 1440aspartate, growth on, 1440catabolite repression, 217cell wall protein, 547chemoreceptors, 156chemotaxis, 151desferal, 16393,4-dihydroxybutyl-1-phosphonate in cell wall,
550DNA synthesis, inhibition of, 1639excision repair, 1313genome analysis, 492iron uptake, inhibition of, 1639L-form reversion, 678M-bands, 789media-dependent commitment, 901membrane components, 1198membrane-DNA complex, 789minicells, 1198nucleoside metabolism, 574phage SPf8 attachment site, 556plasmids, 1487promethazine, 1215protoplast reversion, 678pyrimidine base metabolism, 574RNA polymerase core, 422RNA polymerase mutants, 433sodium effect, 1448sporulation, inhibition of, 1215spore germination, initiation of, 1272transduction, specialized, 556transitory germinative repair, 1313
Bacterial parasiteM. incognita, 1091
Bacteriophage BF23E. coli outer membrane receptor, 265
Bacteriophage lambdacleavage ofDNA by R EcoRII, protection against,
1330DNA-cytosine methylase ofE. coli, 1330trimethoprim transposon Tn402, 1632
Bacteriophage Xpleu, 1078Bacteriophage SP,8B. subtilis, localization on, 556specialized transduction, 556
Bacteroides amylophilusalpha-amylase, 1537
Bacteroides distasoniscatalase, 1298superoxide dismutase, 1298
Bacteroides fragilisadenylate phosphodiesterase activity, 87cAMP phosphodiesterase activity, 87catalase synthesis, carbohydrate repression of,
534Bacteroides melaninogenicusCasamino Acids enhance growth, 562
SUBJECT INDEX v
Basidiospore numbersA. bisporus, 525
Beta-glucanasesP. italicum, 52
Beta-lactamase locustransposition into P. putida plasmids, 809
bfe locusE. coli, 265
bla+ transposonP. putida, 809
Botryodiplodia theobromaemitochondrial biogenesis during spore germina-
tion, 291Butyrivibrio fibrisolvens ultrastructure, 1506
Calcium ionskiller toxin for sake yeast, 640
Carbenicillin resistancePseudomonas plasmids, 1653
Carbohydrate repressionB. fragilis catalase synthesis, 534
CariogenicityS. mutans extracellular polysaccharide mutant,
351Carnitine acetyltransferase
acetyl group transfer in yeast, 1159Casamino Acids-enhanced growthB. melaninogenicus, 562
CaseinM. xanthus growth on, 770
Catabolite repressionB. subtilis, 217decreased sensitivity, 948E. coli, 948P. italicum 3-glucanases, 52sugar uptake, 217
CatalaseB. distasonis, 1298B. fragilis, 534carbohydrate repression, 534
Caulobacter crescentuschromosome replication, 1192
Cell density-dependent growthcasein, 770M. xanthus, 770
Cell divisionamino acid starvation, 569E. coli, 569N. gonorrhoeae, 333S. aureus, 343
Cell surface growthE. coli, 1524
Cell wall components of Escherichia colioscillations in synthesis, 1234
Cell wall proteinB. subtilis, 547
Cell walls, driedB. megaterium, 1162S. cerevisiae, 1162
Centrifugal elutriationS. cerevisiae fractionation, 97
ChemoreceptorsB. subtilis, 156
ChemotaxisB. subtilis, 151
Vi SUBJECT INDEX
Chlamydomonas reinhardtiiphototaxis mutants, 803
Chlorella pyrenoidosa6-sulfoquinovsyl diglyceride synthesis, deficit in,
516Chlorides
T. viride nitrate reductase activity, 1657Chromosome replicationC. crescentus, 1192
Clostridium bifermentansspores, 1148
Clostridium perfringensenterotoxin synthesis, 843sporulation, 843stable mRNA, 843
Colanic acid biosynthesisE. coli, 225sugar-lipid intermediate, 225
Colcemid sensitivityS. pombe, 198
ColElmitomycin C-induced expression of trpA of S. ty-phimurium, 388
ColEl plasmidsTnA insertions, 482
Colicins and membrane functionsE. coli, 1397
Colicin toleranceE. coli vitamin B12 uptake, 254
Competencephage conferred, 778S. aureus, 778
Conjugation-defective Escherichia coli mutantsI-type donor, 1
Conjugation receptorE. coli, 1651
Coresgroup D streptococci, 445
Coryneform bacterium (marine)growth kinetics, 115
Cotransducible plasmidsS. aureus, 71
Crown gall tumor cellsoctopine and nopaline metabolism, 101
CrypticityE. coli periplasmic enzymes, 1034
Cryptopleurine resistanceS. cerevisiae, 1428
Cyanobacteriaanoxygenic photosynthesis, 623auxotrophs, 1556
Cyclic adenosine 3',5'-monophosphateA. crystallopoietes morphogenesis, 874B. fragilis, 87E. coli, 87P. aeruginosa, 87
Cyclic adenosine 3',5'-monophosphate accumulationrel gene product, 564
Cyclic adenosine 3',5'-monophosphate diesterase ac-
tivityB. fragilis, 87E. coli, 87P. aeruginosa, 87
p-Cymene pathwayP. putida, 1356, 1365
Cyst-forming bacteriamicrocyst wall glucan, 599
Cytochrome cD. pigra, 554
Cytochrome c3D. desulfuricans, 30
Death of cellsrate constant calculations, 1648
Deoxyribonucleic acidaccumulation after shift-up in E. coli, 1020conservation in Enterobacteriaceae, 1435endosymbionts from P. tetraurelia, 888inhibition of synthesis by hydroxyurea, 698
Deoxyribonucleic acid binding proteinsE. coli, 658
Deoxyribonucleic acid-cytosine methylaseE. coli, 1330X DNA protected from cleavage by R-EcoRII, 1330
Deoxyribonucleic acid reinitiationE. coli dnaA, dnaB, and dnaC mutants, 1466,
1476Deoxyribonucleic acid repairE. coli extracts, 1415
Deoxyribonucleic acid sequence organizationS. cerevisiae plasmid, 472
Deoxyribonucleic acid-spermidine interactionE. coli, 916
Deoxyribonucleic acid synthesisB. subtilis mutant, 1639desferal, inhibition by, 1639S. cerevisiae mitochondria, 1066
Deoxyuridine 5'-phosphate synthesisS. typhimurium thymidine-requiring mutants,
305Desulfomonas pigra
cytochrome c, 554Desulfovibrio desulfuricans
cytochrome C3, 30fatty acids, 1183ferredoxin, 30/3-hydroxy acids, 1183rubredoxin, 30
Dictyostelium discoideum f-glucosidasepurines, inhibition by, 1642
3,4-Dihydroxybutyl-1-phosphonateB. subtilis cell wall, 550
2,3-Dihydroxy-p-cumatering cleavage in P. putida, 1365
dnaA, dnaB252, and dnaC gene productsE. coli, 1466, 1476
Dried cell wallsB. megaterium, 1162S. cerevisiae, 1162
E. colicinE. coli outer membrane receptor, 265
EcoRI cleavage sitesE. coli argECBH region, 1072
Electron carriersD. desulfuricans, 30
Endo R*Bstl503, 1110EndosymbiontsDNA, 888P. aurelia, 895
J. BACTERIOL.
VOL. 129, 1977
P. tetraurelia, 888EnterobacteriaceaePRAI-InGPS immunochemistry, 1448tRNA and 5S RNA cistron conservations, 1435
Enterotoxin B plasmidS. aureus, 317
Enterotoxin synthesisC. perfringens stable mRNA, 843
Entry exclusionmating aggregates and transconjugants, 131
envC division mutantE. coli, 145phenotypic correction, 145
Enzyme activityS. citri membrane, 1250
Enzyme inductionA. tumefaciens, 830
Escherichia coliadenylate cyclase activity, 87amino acid starvation, 569amino acid transport, 1257aminoacyl-tRNA synthetase regulation, 702aminoacyl-tRNA synthetases, 378argECBH region, 1072ATP-linked transhydrogenase, 1397ATP synthesis in vesicles, 763bfe locus, 265cAMP phosphodiesterase activity, 87catabolite repression, 948cell division, 569cell growth, 254cell surface growth, 1524cell wall components, synthesis of, 1234colanic acid synthesis, 225colicins and membrane functions, 1397conjugation-defective mutants, 1conjugation receptor, 1651crypticity of periplasmic enzymes, 1034cytoplasmic membrane and ribosome interation,
326DNA after shift-up, 1020DNA binding proteins, 658DNA-cytosine methylase, 1330DNA reinitiation, 1466, 1476DNA repair by extracts, 1415E colicin outer membrane receptor, 265EcoRI cleavage sites, 1072entry exclusion, 131envC division mutant, 145envelope and lipid phase transition, 1563exonuclease VII mutants, 934fi coat protein synthesis, 1245F- ConI- mutants, 1flagellar formation, 908F plasmid transfer operon membrane protein,
1613galU mutation, 908hexose sugar catabolism, 1208inversion in Hfr formation, 282iron reduction, 815kdgT mutants, 6062-keto-3-deoxy-D-gluconate uptake, 606lactase function, new, 540X DNA protected from cleavage by R-EcoRII, 1330Xpleu phage, 1078leucine toxicity and transport, 1257
SUBJECT INDEX vii
leucyl-, phenylalanyl-tRNA-protein transferasemutant, 544
lipid phase transition and envelope, 1563mating aggregates and entry exclusion, 131membrane functions and colicins, 1397membrane orientation, 959membrane protein I-19 disappearance, 326membrane synthesis, 1234methionine transport, 207mosaicism, 959murein biosynthesis, 1593murein hydrolases, 1239mutant N4316, 1141nucleotide accumulation, 651nutritional shift-up, 1020outer cell envelope membrane protein and conju-
gation, 1651outer membrane receptors, 265oxygerntoxicity, 1574peptide chain elongation, 1320periplasmic enzymes, 1034phage BF23 outer membrane receptor, 265phospholipid synthesis, 1245protein after shift-up, 1020protein synthesis without formylation, 457protoheme synthesis, 815A'-pyrroline-5-carboxylate reductase, 108pyruvate kinase-negative mutants, 1208respiration, delayed cessation of, 714ribosomal protein gene transcription, 580ribosomal protein S12, 1320RNA after shift-up, 1020RNase mutants, 651rplK location, 536rplL location, 536rpoB location, 536rRNA transcription, 580rts location, 536septum formation, 1593spermidine-DNA interaction, 916streptonigrin toxicity, 1574synthetase regulation, 702synthetases, 378tellurium resistance, 276tetrahydrofolate, 457thioredoxin reductase mutant, 967threonine operon, 66threonyl-tRNA synthetase, 66TnA insertions in ColEl plasmids, 482TnA translocation inhibition, 407transconjugants and entry exclusion, 131Transcription, 580vitamin B12 outer membrane receptor, 265vitamin B12 uptake, 254
Excision repairB. subtilis, 1313
Exonuclease VIIE. coli mutants, 934
Extracellular glucanS. mutans extracellular polysaccharide mutant,
351Extracellular polysaccharide mutant
S. mutans, 351Extrinsic ribonucleic acidN. crassa, 395
viii SUBJECT INDEX
Fatty acidsD. desulfuricans, 1183
FerredoxinD. desulfuricans, 30
fi coat protein synthesisE. coli, 1245phospholipid synthesis, 1245
Fission yeastcolcemid sensitivity, 198
FlagellaV. parahaemolyticus, 1266
Flagellar coresV. cholerae, 1121
Flagellar filaments, straightp-fluorophenylalanine, 527P. aeruginosa, 527
Flagellar formationE. coli galU mutation, 908
p-FluorophenylalanineP. aeruginosa straight flagellar filaments, 527
Formylationprotein synthesis in E. coli mutant, 457
F plasmid transfer operon membrane protein, 1613Fructose-1,6-bisphosphatase activityS. cerevisiae, 978
Fungispermine, absence of, 173
Fusobacterium nucleatumlipid A structure, 9
Galactose transportS. typhimurium, 630
a-GalactosidaseA. niger, 850
,3-GalactosidasePseudomonas BAL-31, 821
,f-Galactoside permeasePseudomonas BAL-31, 821
galU mutationE. coli flagellar formation, 908
Genetic inversionHfr formation, 282
Genome analysisB. subtilis, 492
Geometry of cell divisionS. aureus, 343
glnA messenger ribonucleic acidK. aerogenes, 880
Glucanmicrocyst wall, 599P. circinatus, 1645
GluconeogenesisS. cerevisiae, 978
,3-GlucosidaseD. discoideum, 1642purines, inhibition of 8-glucosidase by, 1642
Glutamate synthaseT. thioparus, 1173
L-Glutaminase-L-asparagmnaseP. acidovorans, 1379
Glutamine formationA. cylindrica heterocysts, 1545
Glycerol catabolismS. cerevisiae mutants, 1335
Glycine transportNADH as a substrate, 559
P. denitrificans vesicles, 559Glycogen biosynthesisS. typhimurium, 246
Glycoprotein enzymesA. niger, 850
Glutamine synthetaseK. aerogenes, 993, 1001
Gonococcal competence, 983Gram-positive bacteriaribothymidine biosynthesis, 15
Group A-specific polysaccharide synthesisS. pyogenes, 1407
Group D streptococcicores, 445
Growth kineticsmarine coryneform bacterium, 115
Growth patternN. gonorrhoeae, 333
Guanido amino acidstumors, 101
Haemophilus influenzaetransfection, 22transformation, 22
Hexose sugar catabolismE. coli, 1208pyruvate formation, 1208
Histidine transport genesS. typhimurium, 1289
H2 metabolismR. capsulata, 724, 732
Homoprotocatechuate 2,3-dioxygenaseB. stearothermophilus, 690
Host cell reactivationUV-irradiated mycoplasmaviruses, 1424
Hydrogenomonas eutrophaD-ribulose-1,5-bisphosphate carboxylase, 415
,f-Hydroxy acidsD. desulfuricans, 1183
HydroxyureaDNA synthesis, inhibition of, 698UV induction of X, 698
Incident lightR. sphaeroides photosynthetic membrane poly-
peptide, 1102Inhibitory proteinB. subtilis protoplast and L-form reversion, 678
Insertion sequencesE. coli lac-purE region, 1129
InversionHfr formation, 282
Iron reductionE. coli, 815P. denitrificans, 815R. spheroides, 815R. capsulata, 815S. itersonii, 815
Iron uptakeB. subtilis mutant, 1639desferal, inhibition by, 1639
IS2 and IS3E. coli lac-purE region, 1129
Isocitrate lyase regulationS. cerevisiae, 1343
J.- BACTERIOL.
VOL. 127, 1977
2-Keto-3-deoxy-D-gluconate uptakeE. coli, 606
Killer toxinsake yeast, 640S. cerevisiae, 668
Klebsiella aerogenesadenylylation mutants, 993arylsulfatase synthesis, 59glnA mRNA, 880glutamine synthetase, 993, 1001tyramine oxidase, 59
lac-purE regionE. coliinsertion sequences, 1129
Lactase function, newE. coli, 540mutations required, 540
Lactose-fermenting revertantsS. cremoris, 367
Lactose metabolismPseudomonas BAL-31, 821S. cremoris lactose-fermenting revertants, 367
Lateral flagellaV. parahaemolyticus, 1266
Leucine toxicityE. coli amino acid transport systems, 1257
Leucyl-, phenylalanyl-transfer ribonucleic acid-pro-tein transferase
E. coli mutant, 544Lipid A componentF. nucleatum lipopolysaccharide, 9
Lipid phase transitionE. coli freeze-cleaved envelope, 1563
LipopolysaccharideF. nucleatum, 9lipid A component, 9marine pseudomonad cell envelope, 1059
L-formsB. subtilism 678reversion to walled state, 678
L-phase variantS. faecium, 1151
Lysine pathway repressionS. typhimurium hisT mutant, 1168
Lysine transportR. prowazeki, 1349
Lysogenytransfection in H. influenzae, 22transformation in H. influenzae, 22
LysozymeM. smegmatis protoplast formation, 1628
Magnesium and phosphatelarge packets and small groups of cells of M. rub-
ens, 1513Marine bacteria
alkaline phosphatases, 1607Marine coryneform bacteriumgrowth kinetics, 115
Marine pseudomonadLPS in cell envelope, 1059
Mating aggregatesentry exclusion, 131
M-bands
SUBJECT INDEX ix
B. subtilis, 789Media-dependent commitmentB. subtilis, 901
Meloidogyne incognitabacterial parasite, 1091
MembraneS. citri, 1250
Membrane componentsB. subtilis minicells, 1198
Membrane-deoxyribonucleic acid complexB. subtilis, 789
Membrane functions and colicinE. coli, 1397
Membrane orientationE. coli, 959
Membrane potentialA. vinelandii vesicles, 756
Membrane proteinE. coli, 658
Membrane protein I-19 disappearanceE. coli incubated with spectinomycin, 326
Membrane-ribosome interationE. coli, 326spectinomycin-induced disappearance of mem-brane protein 1-19, 326
Membrane synthesisE. coli cell cycle, 1234oscillations, 1234
Mercuric-ion resistancetranslation unit on P. aeruginosa plasmid, 1227
Messenger ribonucleic acid, stableC. perfringens, 843
Methicillin resistanceprophage 411, 237S. aureus, 237transduction, 237
MethionineM. smegmatis protoplast formation, 1628
Methionine biosynthesisserine transhydroxymethylase regulation, 740S. typhimurium, 740
Methionine pathway repressionS. typhimurium hisT mutant, 1168
Methionine transportE. coli, 207
Micrococcus rubenslarge packets and small groups of cells, 1513
Microconidial wallsT. mentagrophytes, 1584
Microcyst wall glucan, 599MinicellsB. subtilis envelope components, 1198
Mini-ColEl plasmidmolecular cloning vehicle, 358
Mismatch excisionpreferred DNA strand in pneumococcal transfor-
mation, 298MitochondriaN. crassa, 836potassium uptake, 836
Mitochondrial biogenesisB. theobromae spore germination, 291
Mitochondrial deoxyribonucleic acid synthesisS. cerevisiae, 1066
Mitochondrial membrane
x SUBJECT INDEX
acetyl group transfer in yeast, 1159Mitomycin C-induced expression of trpA
ColEl, 388S. typhimurium, 388
Molecular cloning vehiclemini-ColEl, 358
MorphogenesisA. crystallopoietes, 874cAMP, 874
MosaicismE. coli membrane vesicles, 959
MotilityM. pneumoniae, 1495
mtr mutantsN. crassa, 1636
Multiple-carbon-source-limited growth kineticsmarine coryneform bacterium, 115
Murein biosynthesisE. coli, 1593
Murine hydrolaseE. coli cell cycle, 1239protoplast formation, 1628
Mycobacterium smegmatisautolysins, 750
Mycobacterium tuberculosisRNA chain growth, 616
Mycoplasma pneumoniaemotility, 1495
Mycoplasmasthioesterase activity, 707
Mycoplasmavirusrecovery from UV damage, 1424
Myxococcus xanthusautolysis, 796casein, growth on, 770cell density-dependent growth, 770fruiting body formation, 796
NeuraminidaseArthrobacter isolate, 1457
Neisseria gonorrhoeaecell division,-333growth pattern, 333outer membrane proteins, 1623phosphoenolpyruvate carboxylations, 202transformation, 983
Neurosporaarginine utilization, 866
Neurospora crassaaminoacyl-tRNA synthetases, 1303amino acid biosynthetic enzymes, 1303extrinsic RNA, 395mtr mutants, 1636potassium uptake, 836qa-2 mutants, 166RNA associated with outer cell envelope, 395
Nitrate reductase activitychlorides, 1657T. viride, 1657
Nitrogen fixationnitrate reductase-deficient rhizobia mutants, 718
Nopaline metabolismA. tumefaciens, 101crown gall tumor cells, 101plasmid genes, 101
J. BACTERIOL.
Novobiocin resistanceB. licheniformis, 1045, 1051
Nucleic acid contentR. meliloti, free-living and symbiotic, 1156
Nucleoside metabolismB. subtilis, 574
Nucleotide accumulationribonucleases involved in RNA degradation, 651
Octopine metabolismA. tumefaciens, 101crown gall tumor cells, 101plasmid genes, 101
ORF203E. coli, 1129
Origin-ribonucleic acid speciesE. coli DNA reinitiation, 1476
Ornithine transcarbamylaseS. typhimurium, 1387
Outer cell envelope membrane proteinE. coli conjugation, 1651
Outer membrane proteinsN. gonorrhoeae, 1623
Outer membrane receptorE. coli, 265E colicins, 254phage BF23, 265vitamin B12, 254
Oxygen toxicityE. coli, 1514
pAC105molecular cloning vehicle, 358
PacketsM. rubens, 1513S. aureus, 1518
Paracoccidioides brasiliensis mutants, 138Paracoccus denitrificansNADH as a substrate for glycine transport, 559iron reduction, 815protoheme synthesis, 815
Paramecium aureliaendosymbionts, 895
Paramecium tetraureliaDNA from endosymbionts, 888
ParasiteM. incognita, 1091
PenicillinaseB. subtilis, 184
Penicillinase-release proteaseB. subtilis, 191
Penicillium italicumfS-glucanases, 52
Peptide chain elongationE. coli mutants, 1320ribosomal protein S12, 1320
Periplasmic enzymescrypticity, 1034E. coli mutants, 1034
PhosphatidylcholineS. cerevisiae plasma membrane, 1144
PhosphatidylethanolamineS. cerevisiae plasma membrane, 1144
Phosphoenolpyruvatecarboxylation by N. gonorrhoeae extracts, 202
VOL. 127, 1977
PhospholipidsE. coli envC division mutant, 145
Phospholipid synthesisE. coli, 1245fi coat protein synthesis, 1245
Phosphoribosylanthranilate isomerase-indoleglyc-erol phosphate synthetase
Enterobacteriaceae, 1448Phosphorus-containing storage granuleP. boryanum, 1502
Photosyntheic membrane polypeptideincident light, 1102R. sphaeroides, 1102
PhototaxisC. reinhardtii mutants, 803
Plant nematodeparasite, 1091
Plasma membraneS; cerevisiae enriched with phosphatidylcholine or
phosphatidylethanolamine, 1144PlasmidA. radiobacter, 76B. subtilis, 1487S. cremoris lactose-fermenting revertants, 367tumors, 101
Plasmid cointegrateS. typhimurium, 1601
Plasmid cotransductionS. aureus, 71
Plasmid deoxyribonucleic acid sequenceampicillin resistance, 530transposition, 530
Plasmid pAMalrepeated sequences, 400S. faecalis, 400
Plasmids pVS1 and RP1carbenicillin resistance, 1653interaction, 1653
Plasmid TOLP. putida (arvilla) mt-2, 39
Plectonema boryanumphosphorus-containing storage granule, 1502
Pneumococcal transformation, 298preferred DNA strand, 298
Polarity effectspreferred DNA strand in pneumococcal transfor-
mation, 298Polyadenylic acid-containing ribonucleic acid
S. cerevisiae mutant, 47Polyamines
fungi, 173Polyporus circinatus
glucan, 1645Potassium uptakeN. crassa mitochondria, 836
Preferred deoxyribonucleic acid strandpneumococcal transformation, 298
Prodigiosin synthesisS. marcescens wild type and mutants, 124
PromethazineB. subtilis sporulation, 1215
Prophage lambdaUV induction, 698
Prophage 41lmethicillin resistance, 237
SUBJECT INDEX xi
S. aureus, 237ProteaseB. subtilis, 191protease-releasing, 191
Proteinaccumulation after shift-up in E. coli, 1020
Protein synthesis without formylationE. coli mutant, 457
Protoheme synthesisE. coli, 815P. denitrificans, 815R. capsulata, 815R. spheroides, 815
ProtoplastB. subtilis, 678
Protoplast formationlysozyme plus methionine, 1628M. smegmatis, 1628reversion to walled state, 678
Pseudomonascarbenicillin resistance, 1653plasmids pVS1 and RP1, 1653
Pseudomonas acidovoransL-glutaminase-L-asparaginase, 1379
Pseudomonas aeruginosaadenylate cyclase activity, 87cAMP phosphodiesterase activity, 87mercuric-ion resistance, 1227straight flagellar filaments in presence of p-fluo-
rophenylalanine, 527tellurium resistance, 276translocation of mercuric-ion resistance, 1227
Pseudomonas BAL-31,8-galactosidase, 821,f-galactoside permease, 821lactose metabolism, 821Pseudomonas putidabeta-lactamase locus, 809p-cymene pathway, 1356, 1365ring cleavage of 2,3-dihydroxy-p-cumate, 1365
Pseudomonas putida (arvilla)mutant TOL plasmid, 39bla+ transposon, 809
Purinesinhibition of D. discoideum /8-glucosidase, 1642
Pyridine nucleotideB. megaterium, 857
Pyrimidine base metabolismB. subtilis, 574
Pyrrolidone carboxylyl peptidaseS. cremoris, 1281
A'-Pyrroline-5-carboxylate reductaseE. coli, 108
Pyruvate dehydrogenase complexA. nidulans, 1222
Pyruvate kinaseE. coli mutants, 1208
qa-2 mutantsN. crassa, 166
Rate constant calculationsdeath of cells, 1648
Reduced nicotinamide adenine dinucleotideglycine transport by P. denitrificans vesicles, 559
xii SUBJECT INDEX
rel gene productcAMP accumulation, 564
Respirationdelayed UV-induced cessation, 714E. coli, 714
Respiratory cytochromesB. theobromae spores, 291
Restriction endonucleaseEndo R Bstl503, 1110
Rhizobianitrogen fixation in nitrate reductase-deficientmutants, 718
Rhizobium melilotinucleic acid content in free-living and symbiotic
forms, 1156Rhodopseudomonas capsulata
H2 metabolism, 724, 732iron reduction, 815protoheme synthesis, 815
Rhodopseudomonas spheroidesiron reduction, 815photosynthetic membrane polypeptide, 1102protoheme synthesis, 815
Ribonucleic acidaccumulation after shift-up in E. coli, 1020N. crassa outer cell envelope, 395
Ribonucleic acid chain growthM. tuberculosis, 616
5S ribonucleic acid cistronsconservation in Enterobacteriaceae, 1435
Ribonucleic acid containing polyadenylic acidS. cerevisiae, 47
Ribonucleic acid degradationE. coli mutants, 651nucleotide accumulation, 651
Ribonucleic acid polymerase coreB. subtilis sporulation, 422
Ribonucleic acid polymerase mutantsB. subtilis, 433
Ribosomal protein genestranscription in E. coli, 580
Ribosomal protein S12E. coli mutants, 1320peptide chain elongation, 1320
Ribosomal ribonucleic acidtranscription in E. coli, 580
Ribothymidine biosynthesistetrahydrofolate dependence, 15tRNA of gram-positive bacteria, 15
D-Ribulose-1,5-bisphosphate carboxylaseH. eutropha, 415
Rickettsia prowazekilysine transport, 1349
Ring cleavageP. putida p-cymene pathway, 1365
rplKmapping in E. coli, 536
rplLmapping in E. coli, 536
rpoBmapping in E. coli, 536
rtsmapping in E. coli, 536
RubredoxinD. desulfuricans, 30
J. BACTERIOL.
Saccharomyces cerevisiae"active" one-carbon generation, 926asparaginase II activity, 1165cell walls, dried, 1162cryptopleurine resistance, 1428DNA sequence organization in plasmidfraction by centrifugal elutriation, 97fructose-1,6-bisphosphatase activity, 978gluconeogenesis, 978glycerol catabolism mutants, 1335isocitrate lyase regulation, 1343killer toxin, 668mitochondrial DNA synthesis, 1066phosphatidylcholine enrichment, 1144phosphatidylethanolamine enrichment, 1144plasma membrane, 1144plasma membrane stability, 1144poly(A)-containing RNAs, 47sterol 24(28)methylene reductase, 1375
Sake yeastkiller toxin, 640
Salmonellatyrosine-inhibitable DAHP, 177
Salmonella typhimuriumbranched-chain amino acid transport, 589dUMP phosphate synthesis, 305galactose transport, 630glycogen biosynthesis, 246histidine transport genes, 1289lysine pathway in hisT mutant, 1168methionine biosynthesis, 740methionine pathway in hisT mutant, 1168mitomycin-induced expression of trpA, 388ornithine transcarbamylase, 1387plasmid cointegrate, 1601serine transhydroxymethylase, 740thymidine-requiring mutants, 305tyrosine pathway in hisT mutant, 1168
Schizosaccharomyces pombecolcemid sensitivity, 198
Septum formationE. coli, 1593
Serine transhydroxymethylasemethionine biosynthesis, 740S. typhimurium, 740
Serratia marcescensprodigiosin synthesis, 124
SodiumB. subtilis grown on aspartate, 1440
Specialized tranductionB. subtilis, 556phage SP,8 lysates, 556
Spermidine-deoxyribonucleic acid interactionE. coli, 916
Sperminefungi, 173
Spirillum itersoniiiron reduction, 815protoheme synthesis, 815
Spiroplasma citrimembrane, 1250
Spore germinationB. cereus, 1272B. pumilus, 1272B. subtilis, 1272
SUBJECT INDEX xiii
B. theobromae, 291initiation by hydrostatic pressure, 1272mitochondrial biogenesis, 291temperature, 1272
SporesA. cylindrica, 1154C. bifermentans, 1148
Sporulationacridine orange, 1215B. subtilis, 1215C. perfringens stable mRNA, 843promethazine, 1215
Stable messenger ribonucleic acidC. perfringens, 843
Staphylococcus aureuscell division, geometry of, 343competence, 778enterotoxin B plasmid, 317methicillin resistance, 237packets, formation of, 1518phase-conferred competence, 778plasmid cotransduction, 71prophage 011, 237transformation, 778
Starvation temperature-sensitive mutantE. coli, 1141
Sterol 24(28)methylene reductaseS. cerevisiae, 1375
Streptococcus cremorislactose-fermenting revertants, 367lactose metabolism, 367plasmids, 367pyrrolidone carboxylyl peptidase, 1281
Streptococcus faecalisplasmid pAMal, 400repeated sequences on plasmid pAMal, 400
Streptococcus faeciumnutritional requirements of strain F24 and an L-phase variant, 1151
Streptococcus mutansextracellular polysaccharide mutant, 351
Streptococcus pyogenesgroup A-specific polysaccharide synthesis, 1407
Streptomyces antibioticusactinomycin production, 81translational apparatus, 81
Streptonigrin toxicityE. coli, 1514
Storage granuleP. boryanum, 1502
6-Sulfoquinovsyl diglyceride synthesisC. pyrenoidosa, 516
Superoxide dismutaseB. distasonis, 1298
Synthetase regulationE. coli, 702
SynthetasesE. coli, 378
TaxonomyD. desulfuricans, 1183fatty acids, 1183,8-hydroxy acids, 1183
Teichuronic acidB. licheniformis novobiocin-resistant mutant,
1051
Tellurium resistanceE. coli plasmids, 276P. aeruginosa plasmids, 276
Tetracycline resistance plasmid pAMalS. faecalis, 400
TetrahydrofolateE. coli mutant, 457
Thiobacillus thioparusglutamate synthase, 1173
Thioesterase activitymycoplasmas, 707
Thioredoxin reductaseE. coli mutant, 967
Threonine operonE. coli, 66threonyl-tRNA synthetase, 66
Threonyl-transfer ribonucleic acid synthetaseE. coli thr operon, 66
Thylakoid membranesulfolipid deletion from C. pyrenoidosa, 516
Thymidine-requiring mutantsS. typhimurium, 305
Tn402trimethoprim resistance, 1632
TnAtransposition, 530
TnA insertionsColEl plasmids, 482
TnA translocationinhibition by TnA, 407
TOL plasmid, mutantP. putida (arvilla) mt-2, 39
Transconjugantsentry exclusion, 131
TranscriptionrRNA and r-protein genes of E. coli, 580
TransductionB. subtilis, 556methicillin resistance, 237phage SP,f lysates, 556prophage 11, 237S. aureus, 237
TransfectionH. influenzae, 22inhibition by lysogeny, 22
Transfer deoxyribonucleic aicdconservation in Enterobacteriaceae, 1435
Transfer ribonucleic acidconservation in Enterobacteriaceae, 1435gram-positive bacteria, 15ribothymidine biosynthesis, 15
TransformationH. influenzae, 22inhibition by lysogeny, 22N. gonorrhoeae, 983S. aureus, 778
Transitory excision repairB. subtilis, 1313
Translational apparatusS. antibioticus actinomycin production, 81
Translocation of mercuric-ion resistanceP. aeruginosa, 1227
Transportbranched-chain amino acids in S. typhimurium,
589
VOL. 127, 1977
xiv SUBJECT INDEX
TranspositionTnA, 530
Trichoderma viridechlorides, 1657nitrate reductase activity, 1657
Trichophyton mentagrophytesmicroconidial walls, 1584
Trimethoprim transposon Tn402, 1632Two-dimensional restriction analysisB. subtilis genome, 492
Tyramine oxidaseK. aerogenes, 59
Tyrasine-inhibitable 3-deoxy-D-arabinoheptulo-sonic acid-7-phosphate synthase
Salmonella, 177Tyrosine pathway repression
S. typhimurium hisT mutant, 1168
Ultraviolet inductionprophage X, 698
Ultraviolet reactivationUV-irradiated mycoplasma viruses, 1424
J. BACTERIOL.
VesiclesB. subtilis, 184penicillinase, 184
Vibrio choleraeflagellar cores, 1121
Vibrio parahaemolyticuslateral flagella, 1266
Vitamin B12colicin tolerance to, 254E. coli uptake, 254E. coli outer membrane receptor, 265
Yeastacetyl group transfer, 1159carnitine acetyltransferase, 1159spermine, absence of, 173
Yeast glycerol catabolism mutants, 1335Yeast isocitrate lyase regulation, 1343Yeast killer toxinenergy requirement, 668sake yeast, 640
Yeast plasmidDNA sequence organization, 472
JOURNAL
OF
BACTERIOLOGY
VOLUME 129
WASHINGTON, D C 20006
1977
JOURNAL OF BACTERIOLOGYVOLUME 129 * 1977
EDITORIAL BOARD
L. Leon Campbell, Editor-in-Chief (1980)University of Delaware, Newark
S. G. Bradley, Editor (1979)Virginia Commonwealth University, Richmond
Elizabeth McFall, Editor (1980)New York University, New York, N.Y.
Alien T. Phillips, Editor (1980)Pennsylvania State University,
University Park, Pa.
Carl Schnaitman, Editor (1978)University of Virginia, Charlottesville
Simon Silver, Editor (1981)lVashington University, St. Louis, Mo.
James N. Adams (1979)Arthur I. Aronson (1979)Gad Av gad (1977)Stephen D. Barbour (1979)Richard S. Berk (1977)Harriet Bernheimer (1977)Judith S. Bond (1977)Winfried Boos (1979)H. D. Braymer (1979)Jean Brenchley (1977)George H. BrowneU (1977)Richard 0. Burns (1977)G. William Claus (1979)Don B. Clewell (1977)Stanley N. Cohen (1979)Ronald S. Cole (1977)S. F. Conti (1978)Stephen Cooper (1978)John E. Cronan, Jr. (1977)Walter J. Dobrogosz (1979)Patrick R. Dugan (1977)Alan D. Elbein (1979)Wolf ang Epstein (1978)David P. Fan (1978)Walton L. Fangman (1978)
Gerald R. Fink (1978)W. R. Finnerty (1979)Walter R. Guild (1978)Gerald L. Hazelbauer (1978)George Hegeman (1977)James A. Hoch (1977)Joy Hochstadt (1977)Stanley C. Holt (1977)Joseph Inselburg (1978)Sam Kaplan (1977)Jost Kemper (1978)David E. Kennell (1977)Bruce C. Kline (1977)Robert L. Lester (1978)Hillel S. Levinson (1978)James S. Lovett (1977)K. Brooks Low (1979)Calvin S. McLaughlin (1978)P. T. Magee (1977)Michael H. Malamy (1978)Manley Mandel (1978)Robert E. Marquis (1979)Neil H. Mendelson (1978)Gene E. Michaels (1977)
Eugene W. Nester (1978)Donald P. Nierlich (1977)John H. Nordin (1979)Michio Oishi (1977)Ronald H. Olsen (1978)Charles Panos (1978)Leo Parks (1979)Martin Pato (1978)William S. Reznikoff (1979)Palmer Rogers (1978)Antonio H. Romano (1979)Robert Rownd (1977)Harold L. Sadoff (1977)Milton H. Saier, Jr. (1979)Irwin H. Segel (1979)Jane K. Setlow (1978)J. A. Shapiro (1979)Isar Smith (1978)Lucile Smith (1978)Bonnie M. Tyler (1978)James A. Wechser (1978)David White (1977)Clifford A. Woolfolk (1979)Howard Zalkin (1979)
Robert A. Day, Managing EditorGiseia Pollock, Assistant Managing Editor
Linda Iig, Production Editor1913 1 St., N. W., Washington, D. C. 20006
EX OFFICIOHarlyn 0. Halvorson, President (1976-1977)
J. Mehsen Joseph, Secretary
The Journal of Bacteriology, a publication of the AmericanSociety for Microbiology, 1913 1 St., N.W., Washington, D.C.20006, is devoted to the advancement and dissemination offundamental knowledge concerning bacteria and other micro-organisms. The Journal is published monthly, and the twelvenumbers are divided into four volumes per year. The non-member subscription price is $105 per year. Single copies are$9. The member subscription price is $21 per year. Corre-spondence relating to subscriptions, reprints, defective copies,availability of back issues, lost or late proofs, disposition of
A. Frederick Rasmussen, Jr., Vice-President (1976-1977)Brinton M. Mifler, Treasurer
submitted manuscripts, and general editorial matters shouldbe directed to the ASM Publications Office, 1913 1 St., N.W.,Washington, D.C. 20006 (area 202 833-9680).
Second class postage paid at Washington, D. C. 20006, and atadditional mailing offices.Made in the United States of America.Copyright 0 1977, American Society for Microbiology.All Rights Reserved.
Volume 129 Contents for January Number 1
Morphology and UltrastructureFractionation of Saccharomyces cerevisiae Cell Populations by Centrifugal Elu-
triation. C. N. GORDON* AND S. G. ELuorr ............................. 97Isolation and Preliminary Characterization of Auxotrophic and Morphological
Mutants of the Yeastlike Form ofParacoccidioides brasiliensis. FELIPE SANBLAs* AND SONIA CENTENO ............ ................................ 138
Phospholipid Composition and Phenotypic Correction of an envC Division Mutantof Escherichia coli. G. MICHEL, D. Di SAVINO, AND J. STARKA* .... ...... 145
Absence of Spermine in Filamentous Fungi. KENNETH W. NICKERSON, LARRY D.DUNKLE, AND JAMES L. VAN ETTEN* ........ ............................ 173
Mitochondrial Biogenesis During Fungal Spore Germination: Respiratory Cyto-chromes of Dormant and Germinating Spores ofBotryodiplodia. R. BRAMBL*AND M. JOSEPHSON.291
Growth Pattern and Cell Division in Neisseria gonorrhoeae. BRITTA WESTLING-HAGGsTROM,* THEODOR ELMROS, STAFFAN NORMARK, AND BENGT WINBLAD . 333
Geometry of Cell Division in Staphylococcus aureus. HELEN TZAGOLOFF ANDRICHARD NOVICK*...................................................... 343
Ultrastructural, Physiological, and Cytochemical Characterization of Cores inGroup D Streptococci. SYLVIA E. COLEMAN* AND ARNOLD S. BLEIWEIS .... 445
Electron Microscope Histochemical Localization of Alkaline Phosphatase(s) inBacillus licheniformis. JANET M. MCNICHOLAS AND F. MARION HULETT* . . 501
Basidiospore Numbers in Agaricus bisporus (Lange) Imbach. T. J. ELLIOTT ... 525Appearance of Straight Flagellar Filaments in the Presence of p-Fluorophenyl-
alanine in Pseudomonas aeruginosa. TAKAHITO SUZUKI* AND TETSUO IINO . 527
Genetics and Molecular BiologyIsolation and Characterization of Escherichia coli K-12 F- Mutants Defective in
Conjugation with an I-Type Donor. Louis HAVEKES,* JAN TOMMASSEN,WIEL HOEKSTRA, AND BEN LUGTENBERG ........ .......................... 1
Tetrahydrofolate-Dependent Biosynthesis of Ribothymidine in Transfer Ribo-nucleic Acids of Gram-Positive Bacteria. W. SCHMIDr, H.-H. ARNOLD, ANDH. KERSTEN* ......................................................... 15
Inhibition of Transformation and Transfection in Haemophilus influenzae Rd9 byLysogeny. ANDRZEJ PIEKAROWICZ* AND MARIA SIWIN8SKA ..... ........... 22
Isolation of a Mutant TOL Plasmid with Increased Activity and Transmissibilityfrom Pseudomonas putida (arvilla) mt-2. TERUKO NAKAZAWA* AND TAKESHIYOKOTA .......................................................... 39
Relationships Between Cotransducible Plasmids in Staphylococcus aureus.SERBAN IORDANEsCU.71
Plasmids in Avirulent Strains ofAgrobacterium. DONALD J. MERLO AND EUGENEW. NESTER* .......................................................... 76
Effect of Entry Exclusion on Mating Aggregates and Transconjugates. HARRYW. ECKERSON AND ALAN M. REYNARD* .................................. 131
Characterization of qa-2 Mutants of Neurospora crassa by Genetic, Enzymatic,and Immunological Techniques. MARY E. CASE, JUDITH A. HAUTALA, ANDNORMAN H. GILs*.................................................... 166
Mutations in Prophage 41l That Impair the Transducibility of Their Staphylo-coccus aureus Lysogens for Methicillin Resistance. SIDNEY COHEN,* HELENM. SWEENEY, AND SANDIP K. BAsU ......... ............................ 237
* Asterisk refers to the person to whom inquiries regarding the paper should be addressed.
xvii
Biosynthesis of Bacterial Glycogen: Genetic and Allosteric Regulation of GlycogenBiosynthesis in Salmonella typhimurium LT-2. KURT E. STEINER AND JACKPREISS* .............................................................. 246
Relation of Cell Growth and Colicin Tolerance to Vitamin B12 Uptake in Esche-richia coli. ROBERT J. KADNER* AND PHILIP J. BASSFORD, JR. .. .......... 254
Biosynthesis of the Outer Membrane Receptor for Vitamin B12, E Colicins, andBacteriophage BF23 by Escherichia coli: Kinetics of Phenotypic ExpressionAfter the Introduction of bfe+ and bfe Alleles. PHILIP J. BASSFORD, JR.,ROBERT J. KADNER,* AND CARL A. SCHNAITMAN.. ....................... 265
Plasmid-Determined Resistance to Tellurium Compounds. ANNE 0. SUMMERS*AND GEORGE A. JACOBY................................................ 276
Genetic Inversion in the Formation of an Hfr Strain from a Temperature-SensitiveF'gal Strain. P. L. BERGQUIST* AND A. F. JAMIESON... ................. 282
Mismatch Excision and Possible Polarity Effects Result in Preferred Deoxyribo-nucleic Acid Strand of Integration in Pneumococcal Transformation. MURIELROGER............................................................... 298
Isolation and Characterization of a Plasmid Involved with Enterotoxin B Produc-tion in Staphylococcus aureus. ZAMIR SHALITA, ISRAEL HERTMAN,* ANDSARA SARID .......................................................... 317
New Mini-ColEl as a Molecular Cloning Vehicle. HANNA AVNI,* PATRICIA E.BERG, AND ALVIN MARKOVITZ ........ ................................... 358
Plasmids, Loss of Lactose Metabolism, and Appearance of Partial and FullLactose-Fermenting Revertants in Streptococcus cremoris B1. D. G. ANDER-SON AND L. L. McKAY*....... ......................................... 367
Chemical Measurement of Steady-State Levels of Ten Aminoacyl-Transfer Ribo-nucleic Acid Synthetases in Escherichia coli. FREDERICK C. NEIDHARDT,*PHILIP L. BLOCH, STEEN PEDERSEN, AND SOLVEJG REEH................... 378
Mitomycin C-Induced Expression of trpA of Salmonella typhimurium Inserted intothe Plasmid ColEl. ERIC SELKER, KEITH BROWN, AND CHARLES YANOFSKY* 388
New Class of Ribonucleic Acid in Neurospora Associated with the Outer CellEnvelope. W. DORSEY STUART AND D. 0. WOODWARD* .... ............... 395
Identification and Characterization of a Small Sequence Located at Two Sites onthe Amplifiable Tetracycline Resistance Plasmid pAMal in Streptococcusfaecalis. YOSHIHIKO YAGI AND DON B. CLEWELL* .... ................... 400
Inhibition of TnA Translocation by TnA. M. K. ROBINSON, P. M. BENNETT, ANDM. H. RICHMOND*..................................................... 407
Two Polypeptides Associated with the Ribonucleic Acid Polymerase Core ofBacillus subtilis During Sporulation. RYUJI FUKUDA AND RoY H. DoI* ... 422
Bacillus subtilis Ribonucleic Acid Polymerase Mutants Conditionally Tempera-ture Sensitive at Various Stages of Sporulation. CHIKAKO SUMIDA-YASU-MOTO AND RoY H. DoI* ........... ..................................... 433
Initiation of Protein Synthesis Without Formylation in a Mutant of Escherichiacoli That Grows in the Absence of Tetrahydrofolate. BARBARA R. BAUM-STARK, LINDA L. SPREMULLI, UTrAM L. RAJBHANDARY, AND GENE M.BROWN* .............................................................. 457
Deoxyribonucleic Acid Sequence Organization of a Yeast Plasmid. DENNIS M.LIVINGSTON* AND HANNAH L. KLEIN .................................... 472
Isolation, Mapping, and Examination of Effects of TnA Insertions in ColElPlasmids. JOSEPH INSELBURG ......... ................................ 482
Two-Dimensional Restriction Analysis of the Bacillus subtilis Genome: GenePurification and Ribosomal Ribonucleic Acid Gene Organization. S. STEVEN
xviii CONTENTS
CONTENTS XiX
POTTER, KENNETH F. BoTT, AND JOHN E. NEWBOLD ...... ................. 492Transposition of a Plasmid Deoxyribonucleic Acid Sequence That Mediates
Ampicillin Resistance: Identity of Laboratory-Constructed Plasmids andClinical Isolates. FRED HEFFRON, CRAIG RUBENS, AND STANLEY FALKOW* . 530
Fine-Structure Mapping of the rts, rplK, rplL, and rpoB Genes ofEscherichia coli.D. S. BENDIAK,* JACK PARKER, AND J. D. FRIESEN ..... .................. 536
Number of Mutations Required to Evolve a New Lactase Function in Escherichiacoli. BARRY G. HALL ............... ................................... 540
Pleiotropic Phenotype of an Escherichia coli Mutant Lacking Leucyl-, Phenyl-alanyl-Transfer Riboniucleic Acid-Protein Transferase. C. E. DEUTCH,* R. C.SCARPULLA, E. B. SONNENBLICK, AND R. L. SOFFER ..... ................... 544
Bacillus subtilis Bacteriophage SP/8: Localization of the Prophage AttachmentSite, and Specialized Transduction. STANLEY A. ZAHLER,* RUTH Z. KORMAN,RICHARD ROSENTHAL, AND H. ERNEST HEMPHILL ...... ................... 556
Physiology and MetabolismChemical Structure of the Lipid A Component of Lipopolysaccharides from Fuso-
bacterium nucleatum. SUMIHIRo HASE, TOR HOFSTAD, AND ERNST T.RIETSCHEL* ........................................................... 9
Size and Turnover of Polyadenylic Acid-Containing Ribonucleic Acids in a FragileMutant of Saccharomyces cerevisiae. P. V. VENKOV, D. Z. STAYNOV, ANDA. A. HADJIOLOV*...................................................... 47
Production and Catabolite Repression of Penicillium italicum f8-Glucanases.TOMAS SANToS, JULio R. VILLANUEVA, AND CESAR NOMBELA* .... ......... 52
Tyramine Oxidase and Regulation of Arylsulfatase Synthesis in Klebsiellaaerogenes. HARUKI OKAMURA, YOSHIKATSU MUROOKA, AND TOKUYAHARADA* ............................................................. 59
Threonyl-Transfer Ribonucleic Acid Synthetase and the Regulation of the Threo-nine Operon in Escherichia coli. EMMETT J. JOHNSON, GEORGES N. COHEN,*AND ISABELLE SAINT-GIRONS .......... .................................. 66
Relationship Between Changes in the Translational Apparatus and ActinomycinProduction in Streptomyces antibioticus. GEORGE H. JONES ..... ......... 81
Cyclic Adenosine 3',5'-Monophosphate Levels and Activities of Adenylate Cyclaseand Cyclic Adenosine 3',5'-Monophosphate Phosphodiesterase in Pseu-domonas and Bacteroides. L. S. SIEGEL, P. B. HYLEMON, AND P. V. PHIBBS,JR.* ............................................................. 87
Octopine and Nopaline Metabolism in Agrobacterium tumefaciens and Crown GallTumor Cells: Role of Plasmid Genes. A. L. MONTOYA, M.-D. CHILTON,M. P. GORDON, D. SCIAKY, AND E. W. NESTER* ...... .................... 101
Multiple-Carbon-Source-Limited Growth Kinetics of a Marine Coryneform Bac-terium. A. T. LAW AND D. K. BUTTON* ....... ......................... 115
Biosynthesis of Prodigiosin by Non-Proliferating Wild-Type Serratia marcescensand Mutants Deficient in Catabolism of Alanine, Histidine, and Proline.DANIEL V. LIM,* S. M. HUSSAIN QADRI, CHARLES NICHOLS, AND ROBERT P.WILLIAMS ............................................................ 124
Chemotaxis Toward Amino Acids by Bacillus subtilis. GEORGE W. ORDAL* ANDKATHARINE J. GIBSON ............... .................................. 151
Amino Acid Chemoreceptors of Bacillus subtilis. GEORGE W. ORDAL,* DAVID P.VILLANI, AND Katharine J. GIBSON ........ ............................. 156
Vesicle Penicillinase ofBacillus licheniformis: Existence of Periplasmic-ReleasingFactor(s). LOUIS J. TRAFICANTE AND J. OIIVER LAMPEN* ..... ........... 184
Penicillinase-Releasing Protease of Bacillus licheniformis: Purification andGeneral Properties. P. S. AIYAPPA, L. J. TRAFICANTE, AND J. OLIVERLAMPEN* ............................................................. 191
Colcemid Sensitivity of Fission Yeast: Permeability and Detoxification Propertiesof Resistant Mutants. SEYMOUR LEDERBERG,* RICHARD L. GOURSE, AND DANL. SACKETT ........................................................... 198
Carboxylation of Phosphoenolpyruvate by Extracts of Neisseria gonorrhoeae.DAVID L. COX AND CLARENCE L. BAUGH* ....... ........................ 202
Transport and Utilization of D-Methionine and Other Methionine Sources inEscherichia coli. ROBERT J. KADNER ........ ........................... 207
Role of Sugar Uptake and Metabolic Intermediates on Catabolite Repression inBacillus subtilis. JUAN M. LOPEZ* AND BRIGITTE THOMS ..... ............ 217
Role of Sugar-Lipid Intermediate in Colanic Acid Synthesis by Escherichia coli.JAMES G. JOHNSON AND DAVID B. WILSON* ...... ........................ 225
Thymidine-Requiring Mutants of Salmonella typhimurium That Are Defective inDeoxyuridine 5'-Phosphate Synthesis. CHRISTOPH F. BECK,* JAN NEUHARD,AND ELISABETH THOMASSEN .......... .................................. 305
Interaction of Cytoplasmic Membrane and Ribosomes in Escherichia coli: Spectino-mycin-Induced Disappearance of Membrane Protein I-19. TAKESHI MIZUNO,HIDEO YAMAGATA, AND SHOJI MIZUSHIMA* ...... ........................ 326
Biochemical Study of the Relationship of Extracellular Glucan to Adherence andCariogenicity in Streptococcus mutans and an Extracellular PolysaccharideMutant. M. C. JOHNSON, J. J. BozzoLA, I. L. SHECHMEISTER,* AND I. L.SHKLAIR ............................................................. 351
Specific Deficit in the Synthesis of 6-Sulfoquinovsyl Diglyceride in Chlorellapyrenoidosa. MICHAEL SINENSKY ........ .............................. 516
Carbohydrate Repression of Catalase Synthesis in Bacteroides fragilis. E. M.GREGORY,* B. J. VELTRI, DEBRA L. WAGNER, AND TRACY D. WILKINS ...... 534
Cell Wall Protein in Bacillus subtilis. R. J. DOYLE,* U. N. STREIPS, V. S. C. FAN,W. C. BROWN, H. MOBLEY, AND J. M. MANSFIELD ...... .................. 547
Incorporation of 3,4-Dihydroxybutyl-1-Phosphonate, a Glycerol 3-PhosphateAnalogue, into the Cell Wall of Bacillus subtilis. DAVID A. KLEIN, ROBERTENGEL, AND BURTON E. TROPP* ......... ............................... 550
Presence of Cytochrome c in Desulfomonas pigra. JAY F. SPERRY* AND TRACY D.WILKINS ............................................................. 554
Internally Generated Reduced Nicotinamide Adenine Dinucleotide as a Substratefor Glycine Transport by Membrane Vesicles of Paracoccus denitrificans.ANNE N. TUCKER AND THOMAs T. LILLICH* ...... ........................ 559
Casamino Acids Enhance Growth of Bacteroides melaninogenicus. MEIR LEV . . 562Role of the rel Gene Product in the Control of Cyclic Adenosine 3',5'-Monophos-
phate Accumulation. GARY BRAEDr AND JONATHAN GALLANT* .... ....... 564
EnzymologyPurification and Characterization of Cytochrome C3, Ferredoxin, and Rubredoxin
Isolated from Desulfovibrio desulfuricans. MIREILLE BRUSCHI,* CLAUDE E.HATCHIKIAN, LUDMILLA A. GOLOVLEVA, AND JEAN LE GALL .... ........... 30
Partial Purification and Some Properties of Al-Pyrroline-5-Carboxylate Reductasefrom Escherichia coli. JOHN J. RossI, JOYCE VENDER, CLAIRE M. BERG,*AND WILLIAM H. COLEMAN ........... .................................. 108
Properties of Tyrosine-Inhibitable 3-Deoxy-D-Arabinoheptulosonic Acid-7-Phos-phate Synthase from Salmonella. CHUNG-YUAN HU AND DAVID B. SPRIN-SON*. 177
xx CONTENTS
Quaternary Structure and Oxygenase Activity of D-Ribulose-1,5-BisphosphateCarboxylase from Hydrogenomonas eutropha. K. PUROHIT AND B. A.MCFADDEN* ........................................................... 415
ErrataIsolation and Genetic Characterization of Escherichia coli K-12 Mutations Affect-
ing Bacteriophage T5 Restriction by the ColI Plasmid. RICHARD HULL* ANDE. E. MOODY .......................................................... 567
Repression ofAlkaline Phosphatase in Salmonella typhimurium Carrying aphoA+phoR- Episome from Escherichia coli. EZRA YAGIL* AND EFRAT HERMONI . 567
Pathways of 4-Hydroxybenzoate Degradation Among Species of Bacillus.RONALD L. CRAWFORD................................................... 568
Polygalacturonic Acid trans-Eliminase in the Osmotic Shock Fluid of Erwiniarubrifaciens: Characterization of the Purified Enzyme and Its Effect on PlantCells. J. M. GARDNER AND C. I. KADO ........ .......................... 568
Volume l29 Contents for February Number 2Morphology and Ultrastructure
Glucan Common to the Microcyst Walls of Cyst-Forming Bacteria. IAN W.SUTHERLAND* AND C. LINDSEY MACKENZIE ....... ....................... 599
Occurrence of Facultative Anoxygenic Photosynthesis Among Filamentous andUnicellular Cyanobacteria. S. GARLICK,* A. OREN, AND E. PADAN ....... 623
Cell Density-Dependent Growth of Myxococcus xanthus on Casein. EUGENEROsENBERG, KENNETH H. KELLER, AND MARTIN DWORKIN* .... ........... 770
Phototaxis Mutants of Chlamydomonas reinhardtii. RONA HIRSCHBERG* ANDROBERT STAVIS........................................................ 803
Control of Morphogenesis in Arthrobacter crystallopoietes: Effect of Cyclic Adeno-sine 3',5'-Monophosphate. R. W. HAMILTON,* E. C. ACHBERGER, AND P. E.KOLENBRANDER........................................................ 874
Functional Mosaicism of Membrane Proteins in Vesicles of Escherichia coli.LAWRENCE W. ADLER AND BARRY P. ROSEN* ....... ...................... 959
Distribution of Lipopolysaccharide and the Detection of a New Subfraction in theCell Envelope of a Marine Pseudomonad. J. D. NELSON, JR., AND ROBERTA. MACLEOD* ........................................................ 1059
Volume-Related Mitochondrial Deoxyribonucleic Acid Synthesis in Zygotes andVegetative Cells of Saccharomyces cerevisiae. ENG-HONG LEE AND BYRONF. JOHNSON*.......................................................... 1066
Bacterial Parasite of a Plant Nematode: Morphology and Ultrastructure. RICH-ARD M. SAYRE* AND WILLIAM P. WERGIN ....... ......................... 1091
Purification of Flagellar Cores of Vibrio chokrae. GENE C. H. YANG, CGORDOND. SCHRANK, AND BOB A. FREEMAN* ........ ............................ 1121
Biochemical Properties of Clostridium bifermentans Spores. JANICE M. HAUSEN-BAUER, WILLIAM M. WAITES, AND PETER SETLOW* ...... .................. 1148
Macromolecular Composition of Spores from the Filamentous CyanobacteriumAnabaena cylindrica. ROBERT D. SIMON ....... ......................... 1154
Comparison of Nucleic Acid Content in Populations of Free-Living and SymbioticRhizobium meliloti by Flow Microfluorometry. A. S. PAAu, D. LEE, ANDJ. R. COWLES*........................................................ 1156
XXiCONTENTS
Density, Porosity, and Structure of Dried Cell Walls Isolated from Bacillusmegaterium and Saccharomyces cerevisiae. RENE SCHERRER,* ELLioITBERLIN, AND PHILIPP GERHARDT ......... ............................... 1162
Genetics and Molecular BiologyInfluence of the Stringent Control System on the Transcription of Ribosomal
Ribonucleic Acid and Ribosomal Protein Genes in Escherichia coli. PATRICKP. DENNIS ............................................................ 580
Rate of Ribonucleic Acid Chain Growth in Mycobacterium tuberculosis H37RV.R. M. HARSHEY AND T. RAMAKRISHNAN* ....... ......................... 616
Accumulation of Nucleotides by Starved Escherichia coli Cells as a Probe for theInvolvement of Ribonucleases in Ribonucleic Acid Degradation. LYDIACOHEN AND RuTH KAPLAN* ........... ................................. 651
Escherichia coli Membrane Proteins with an Affinity for Deoxyribonucleic Acid.MASAMICHI KOHIYAMA,* REGINE KOLLEK, WERNER GOEBEL, AND ADAMKEPES ............................................................... 658
An Inhibitory Protein Controls the Reversion of Protoplasts and L-Forms ofBacil-lus subtilis to the Walled State. MARIA R. DECASTRO-COSTA AND Orro E.LANDMAN* ............................................................ 678
Ultraviolet Induction of Prophage Lambda During Inhibition of DeoxyribonucleicAcid Synthesis by Hydroxyurea. B. K. LYDERSEN AND ERNEST C. POLLARD* 698
Transient Rates of Synthesis of Five Aminoacyl-Transfer Ribonucleic Acid Synthe-tases During a Shift-Up of Escherichia coli. SOLVEJG REEH, STEEN PEDER-SEN, AND FREDERICK C. NEIDHARDT* ........ ............................ 702
Influence of Methionine Biosynthesis on Serine Transhydroxymethylase Regula-tion in Salmonella typhimurium LT2. GEORGE V. STAUFFER AND JEAN E.BRENCHLEY* ........................................................... 740
Transformation in Staphylococcus aureus: Role of Bacteriophage and Incidence ofCompetence Among Strains. N. E. THOMPSON* AND P. A. PATTEE ........ 778
Some Properties of a Membrane-Deoxyribonucleic Acid Complex Isolated fromBacillus subtilis. JEFFREY M. HARMON AND HARRY W. TABER* ..... ...... 789
Transposition of a Beta-Lactamase Locus from RP1 into Pseudomonas putidx Deg-radative Plasmids. MICHAEL BENEDIK, MICHAEL FENNEWALD, AND JAMESSHAPIRO* ............................................................. 809
Regulation ofglnA Messenger Ribonucleic Acid Synthesis in Klebsiella aerogenes.P. WEGLENSKI AND BONNIE TYLER* ........ ............................. 880
Chromosomal and Extrachromosomal Deoxyribonucleic Acid from Four BacterialEndosymbionts Derived from Stock 51 of Paramecium tetraurelia. JUDITHA. DILTS ............................................................. 888
Phylogenetic Relationships of Bacterial Endosymbionts of Paramecium aurelia:Polynucleotide Sequence Relationships of 51 Kappa and Its Mutants. ROB-ERT L. QUACKENBUSH .............. ................................... 895
Effects ofgalU Mutation on Flagellar Formation in Escherichia coli. YOSHIBUMIKOMEDA,* TATEO ICHO, AND TETSUO IINO ....... ......................... 908
Spermidine-Deoxyribonucleic Acid Interaction In Vitro and in Escherichia coli.ROBERT L. RUBIN .................. ................................... 916
Escherichia coli Mutants Deficient in Exonuclease VII. JOHN W. CHASE ANDCHARLES C. RICHARDSON* ............ .................................. 934
Constitutive Mutations in the Controlling Site Region of the araBAD Operon ofEscherichia coli B/r That Decrease Sensitivity to Catabolite Repression.JAIME COLOME, GARY WILCOX,* AND ELLIS ENGLESBERG ..... ............. 948
xxii CONTENTS
Isolation of an Escherichia coli Mutant Deficient in Thioredoxin Reductase.JAMEs FUCHS........ 967
Isolation of Acetyl Esterase Mutants of Bacillus subtilis 168. THOMAS B. HIGERD 973Factors Affecting Genetic Transformation of Neisseria gonorrhoeae. G. D.
BIswAs,* T. Sox, E. BLACKMAN, AND P. F. SPARLING. 983Glutamine Synthetase of Klebsiella aerogenes: Genetic and Physiological Prop-
erties of Mutants in the Adenylylation System. KAAREN A. JANSSEN ANDBORIS MAGASANIK*. 993
Establishment of Exponential Growth After a Nutritional Shift-Up in Escherichiacoli B/r: Accumulation of Deoxyribonucleic Acid, Ribonucleic Acid, and Pro-tein. H. BRUNSCHEDE, T. L. DOVE, AND H. BREMER*. 1020
EcoRI Cleavage Sites in the argECBH Region of the Escherichia coli Chromosome.EVELYN A. DEVINE, MARY C. MORAN, PETER J. JEDERLINIC, ANTHONY J.MAZAITIS, AND HENRY J. VOGEL*. 1072
Isolation and Characterization of XA ?u Bacteriophages. MICHELLE GALL DAVISAND JOSEPH M. CALVO*. 1078
Further Mapping of IS2 and IS3 in the lac-purE Region of the Escherichiacoli K-12 Genome: Structure of the F-Prime ORF203. RICHARD C. DEONIER,*GEORGE R. OH, AND MING Hu.. 1129
Genetic Characterization of the Temperature-Sensitive and Suppression Pheno-types of Escherichia coli Mutant N4316. M. B. HERRINGTON AND M. C.GANOZA*. 1141
Genetics of Expression of Asparaginase II Activity in Saccharomyces cerevisiae.GARY E. JONES. 1165
Repression of the Tyrosine, Lysine, and Methionine Biosynthetic Pathways in ahisT Mutant of Salmonella typhimurium. BEVERLY A. BROWN, SANDRA R.LAx, LILY LIANG, BETTY J. DABNEY, LIDA L. SPREMULLI, AND JOANNE M.RAVEL*. 1168
Physiology and MetabolismControl of Cell Division in Escherichia coli: Effect of Amino Acid Starvation.
ELIORA Z. RON,* NILI GROSSMAN, AND CHARLES E. HELMSTETTER .. . 569Metabolism of Pyrimidine Bases and Nucleosides in Bacillus subtilis. B. K.
RIMA AND I. TAKAHASHI*. 574Repression and Inhibition of Transport Systems for Branched-Chain Amino Acids
in Salmonella typhimurium. KAZUYOSHI KIRITANI* AND KUNIHARU OHNISHI 598Escherichia coli K-12 Structural kdgT Mutants Exhibiting Thermosensitive 2-
Keto-3-Deoxy-D-Gluconate Uptake. ALAIN E. LAGARDE* AND FRANCOIS R.STOEBER. 606
Galactose Transport in Salmonella typhimurium. P. W. POSTMA. 630Killer Toxin for Sake Yeast: Properties and Effects of Adenosine 5'-Diphosphate
and Calcium Ion on Killing Action. HIROKAzu KOTANI, ATSUHIKO SHINMYO,AND TOSHIo ENATSU*.640
Mode of Action of Yeast Toxins: Energy Requirement for Saccharomyces cerevisiaeKiller Toxin. NIGEL SKIPPER* AND HOWARD BUSSEY. 668
Membrane-Bound Thioesterase Activity in Mycoplasmas. S. ROTTEM, S. L.TROTTER, AND M. F. BARILE*. 707
Delayed Ultraviolet Light-Induced Cessation of Respiration by Inadequate Aera-tion ofEscherichia coli. J. G. JOSHI,* P. A. SWENSON, AND R. L. SCHENLEY 714
Nitrogen Fixation in Nitrate Reductase-Deficient Mutants of Cultured Rhizobia.JANET D. PAGAN, WILLIAM R. SCOWCROFr,* WILLIAM F. DUDMAN, AND ALAN
CONTENTS xxiii
H. GIBSON ............................................................ 718H2 Metabolism in the Photosynthetic Bacterium Rhodopseudomonas capsulata:
H2 Production by Growing Cultures. PETER HILLMER AND HOWARD GEsr* . 724H2 Metabolism in the Photosynthetic Bacterium Rhodopseudomonas capsulata:
Production and Utilization of H2 by Resting Cells. PETER HILLMER ANDHOWARD GEST* ........................................................ 732
Characterization of Autolysins from Mycobacterium smegmatis. JAMES O. KIL-BURN AND GARY K. BEST* .............. ............................... 750
Generation of a Transmembrane Electric Potential During Respiration by Azoto-bacter vinelandii Membrane Vesicles. PINAKILAL BHArrAcHARYYA,STUART A. SHAPIRO, AND EUGENE M. BARNES, JR.* ...... ................ 756
Adenosine 5'-Triphosphate Synthesis Driven by a Protonmotive Force in Mem-brane Vesicles of Escherichia coli. TOMOFUSA TsUCHIYA ..... ............ 763
Developmentally Induced Autolysis During Fruiting Body Formation by Myxococ-cus xanthus. JOHN W. WIREMAN AND MARTIN DWORKIN* ..... ........... 796
Reduction of Iron and Synthesis of Protoheme by Spirlum itersonii and OtherOrganisms. H. A. DAILEY, JR., AND JUNE LASCELLES* ..... .............. 815
Induction and General Properties of 8-Galactosidase and p-Galactoside Perneasein Pseudomonas BAL,31. CECILIA HIDALGO,* JUAN EYES, AND RAUL GOLD-SCHMIDT ............................................................... 821
Induction ofD-Aldohexoside:Cytochrome c Oxidoreductase in Agrobacterium tume-faciens. L. K. NAKAMURA* AND D. D. TYLER ...... ...................... 830
Energy-Linked Potassium Uptake by Mitochondria from Wild-Type and pokyStrains ofNeurospora crassa. EDWIN W. SMITH AND CAROLYN W. SLAYMAN* 836
Evidence for Stable Messenger Ribonucleic Acid During Sporulation and Entero-toxin Synthesis by Clostridium perfringens Type A. RONALD G. LABBE ANDCHARLES L. DUNCAN*................................................... 843
Levels of Oxidized and Reduced Pyridine Nucleotides in Dormant Spores andDuring Growth, Sporulation, and Spore Germination ofBacillus megaterium.BARBARA SETLOW AND PETER SETLOW* ....... ........................... 857
Control of Arginine Utilization in Neurospora. RICHARD L. WEISS* AND ROW-LAND H. DAVIS ....................................................... 866
Media Dependence of Commitment in Bacillus subtilis. P. H. COONEY,* P.FAWCETT WHITEMAN, AND E. FREESE ....... ............................ 901
"Active" One-Carbon Generation in Saccharomyces cerevisiae. M. OGUR,* T. N.LIU,I. CHEUNG, I. PAULAVICIUS, W. WALES, D. MEHNERT, AND D. BLAISE . 926
Gluconeogenesis in Saccharomyces cerevisiae: Determination of Fructose-1,6-Bisphosphatase Activity in Cells Grown in the Presence of Glycolytic CarbonSources. JAMES J. FoY AND J. K. BHATTACHARJEE* .... ................. 978
Biochemical Localization of the Alkaline Phosphatase of Bacillus licheniformisas a Function of Culture Age. JULIA A. GLYNN, STEVEN D. SCHAFFEL,JANET M. MCNICHOLAS, AND F. MARION HULETT* .... .................... 1010
Mutants ofEscherichia coli "Cryptic" for Certain Periplasmic Enzymes: Evidencefor an Alteration of the Outer Membrane. IFOR R. BEACHAM,* DAFNA HAAS,AND EZRA YAGIL........................................................ 1034
Morphological Changes Associated with Novobiocin Resistance in Bacillus licheni-formis. ROBERT L. ROBSON AND JAMES BADDILEY* .... ................... 1045
Role of Teichuronic Acid in Bacillus licheniformis: Defective Autolysis due toDeficiency of Teichuronic Acid in a Novobiocin-Resistant Mutant. ROBERTL. ROBSON AND JAMES BADDILEY* ....................................... 1051
Effects of Incident Light Levels on Photosynthetic Membrane Polypeptide Com-
XX1V CONTENTS
position and Assembly in Rhodopseudomonas sphaeroides. JON TAKEMOTO*AND MARILEE Y. C. HUANG KAO .......... ............................. 1102
Stability of the Plasma Membrane in Saccharomyces cerevisiae Enriched withPhosphatidylcholine or Phosphatidylethanolamine. J. A. HOSSACK, VIC-TORIA J. SHARPE, AND A. H. ROSE* ......... ............................ 1144
Identical Nutritional Requirements of Streptococcus faecium F24 and a DerivedStable L-Phase Variant. WILLIAM W. GREGORY* AND HARRY GOODER ..... 1151
Carnitine Acetyltransferase: Candidate for the Transfer of Acetyl Groups Throughthe Mitochondrial Membrane of Yeast. GUNTER B. KOHLHAW* AND ANNATAN-WILSON .......................................................... 1159
EnzymologyPurification and Properties of Homoprotocatechuate 2,3-Dioxygenase from Bacil-
lus stearothermophilus. MOIDEEN P. JAMALUDDIN........................ 690Glycoprotein Enzymes Secreted by Aspergillus niger: Purification and Properties
of a-Galactosidase. SUREKHA ADYA AND ALAN D. ELBEIN* .... ........... 850
Biochemical Parameters of Glutamine Synthetase from Klebsiella aerogenes.ROBERT A. BENDER, KAAREN A. JANSSEN, ARTHUR D. RESNICK, MIROSLAVBLUMENBERG, FORREsT FOOR, AND BORIS MAGASANIK* ..................... 1001
Isolation and Properties of a Thermostable Restriction Endonuclease (Endo R-Bst1503). J. F. CATTERALL AND N. E. WELKER* ...... ................... 1110
ErrataSimple Agarose Gel Electrophoretic Method for the Identification and Characteri-
zation of Plasmid Deoxyribonucleic Acid. JANE ALDRICH MEYERS, DAVIDSANCHEZ, LYNN P. ELWELL, AND STANLEY FALKOW* ..... ................. 1171
Electron Microscope Study of Sporulation and Parasporal Crystal Formation inBacillus thuringiensis. DONALD B. BECHTEL AND LEE A. BULLA, JR.* ....... 1171
Volume 129 Contents for March Number 3Morphology and Ultrastructure
Significance and Taxonomic Value of Iso and Anteiso Monoenoic Fatty Acids andBranched /8-Hydroxy Acids in Desulfovibrio desulfuricans. JAAP J. BOON,*J. W. DE LEEUW, G. J. v. D. HOEK, AND J. H. VOSJAN ..... ............... 1183
Formation and Function of Vibrio parahaemolyticus Lateral Flagella. SUMIOSHINODA* AND KEINOSUKE OKAMOTA .................................... 1266
Identification of a Phosphorus-Containing Storage Granule in the CyanobacteriumPlectonema boryanum by Electron Microscope X-Ray Microanalysis. M.KESSEL ............................................................... 1502
Ultrastructure of Butyrivibrio fibrisolvens: a Gram-Positive Bacterium? K.-J.CHENG* AND J. W. COSTERTON .......... ................................ 1506
Interconversion of Large Packets and Small Groups of Cells ofMicrococcus rubens:Dependence upon Magnesium and Phosphate. MASAO YAMADA, TAKUMIKOYAMA, AND MICHIO MATSUHASHI* ........ ............................ 1513
Formation of Regular Packets ofStaphylococcus aureus Cells. TAKUMI KOYAMA,MASAO YAMADA, AND MICHIO MATSUHASHI* ...... ....................... 1518
Growth of the Escherichia coli Cell Surface. K. J. BEGG AND W. D. DONACHIE* . 1524Isolation and Preliminary Characterization of Auxotrophs of a Filamentous Cy-
anobacterium. THOMAS C. CURRIER, JOHN F. HAURY, AND C. PETER WOLK* 1556
CONTENTS xxv
Effects of Lipid Phase Transition on the Freeze-Cleaved Envelope of Escherichiacoli. MANFRED E. BAYER,* MARY DOLACK, AND ENOCH HOUSER .... ...... 1563
Architecture and Chemistry of Microconidial Walls of Trichophytonmentagrophytes. CHRISTINE D. WU-YUAN AND TADAYO HASHIMOTO* ..... 1584
Regulation of Murein Biosynthesis and Septum Formation in Filamentous Cells ofEscherichia coli. DAVID MIRELMAN ,* YEHUDIT YASHOUV-GAN, AND ULISCHWARZ ............................................................. 1593
Altered Outer Membrane Proteins in Different Colonial Types of Neisseriagonorrhoeae. DIANA L. WALSTAD, LAWRENCE F. GUYMON, AND P. FREDER-ICK SPARLING*......................................................... 1623
Protoplast Formation of Selected Mycobacterium smegmatis Mutants by Lyso-zyme in Combination with Methionine. KUNIHIKO YABU* AND SHozo TAKA-HASHI .............................................................. 1628
Characterization of a Glucan from Polyporus circinatus. J. D. FONTANA ANDGLACI T. ZANCAN*..................................................... 1645
Genetics and Molecular BiologyChromosome Replication in Caulobacter crescentus Growing in a Nutrient
Broth. HIDEO IBA,* AKIo FUKUDA, AND YOSHIMI OKADA .... ............. 1192Two Unlinked Genes for the Pyruvate Dehydrogenase Complex in Aspergillus
nidulans. M. A. PAYTON, W. MCCULLOUGH, C. F. ROBERTS,* AND J. R.GUEST ................................................................ 1222
Characterization of a Translocation Unit Encoding Resistance to Mercuric IonsThat Occurs on a Nonconjugative Plasmid in Pseudomonas aeru-ginosa. VILMA A. STANISICH,* P. M. BENNETT, AND M. H. RICHMOND .... 1227
Fine-Structure Map of the Histidine Transport Genes in Salmonella typhimu-rium. G. FERRO-LuzzI AMES,* K. D. NOEL, H. TABER, E. NEGRI SPUDICH, K.NIKAIDO, J. AFONG, AND F. ARDESHIR ....... ............................ 1289
Transitory Germinative Excision Repair in Bacillus subtilis. TzU-CHIEN VANWANG* AND CLAUD S. RUPERT .......... ................................ 1313
Role of Ribosomal Protein S12 in Peptide Chain Elongation: Analysis of Pleio-tropic, Streptomycin-Resistant Mutants of Escherichia coli. J. M. ZENGEL,R. YOUNG, P. P. DENNIS, AND M. NOMURA* ...... ....................... 1320
Partial Purification of the Escherichia coli K-12 mec+ Deoxyribonucleic Acid-Cytosine Methylase: In Vitro Methylation Completely Protects BacteriophageLambda Deoxyribonucleic Acid Against Cleavage by R-EcoRII. STANLEYHATTMAN ............................................................. 1330
Isolation and Characterization of Saccharomyces cerevisiae Mutants Defective inGlycerol Catabolism. GEORGE F. SPRAGUE, JR., AND JOHN E. CRONAN, JR.* 1335
Deoxyribonucleic Acid Repair In Vitro by Extracts of Escherichia coli. WARRENE. MASKER ............................................................ 1415
Host Cell and Ultraviolet Reactivation of Ultraviolet-Irradiated Mycoplasmavi-ruses. JYOTIRMOY DAS, JAN A. NOWAK, AND JACK MANILOFF* ............ 1424
Expression of Cryptopleurine Resistance in Saccharomyces cerevisiae. JAMES H.MEADE, MICHAEL I. RILEY, AND THOMAS R. MANNEY* ..... ............... 1428
Conservation of Transfer Ribonucleic Acid and 5S Ribonucleic Acid Cistrons inEnterobacteriaceae. DON J. BRENNER,* G. R. FANNING, A. G. STEIGERWALT,M. A. SODD, AND B. P. DOCTOR .......... ............................... 1435
Temporal Sequence of Events During the Initiation Process in Escherichia coliDeoxyribonucleic Acid Replication: Roles of the dnaA and dnaC Gene Prod-ucts and Ribonucleic Acid Polymerase. JUDITH W. ZYSKIND,* L. THOMASDEEN, AND DOUGLAS W. SMITH .......... ............................... 1466
XXVi CONTENTS
CONTENTS xxvii
Novel Escherichia coli dnaB Mutant: Direct Involvement of the dnaB252 GeneProduct in the Synthesis of an Origin-Ribonucleic Acid Species During Initia-tion of a Round of Deoxyribonucleic Acid Replication. JUDITH W. ZYSKIND*A,ND DOUGLAS W. SMITH ................................................ 1476
Isolation and Characterization of Four Plasmids from Bacillus subtilis. TERUOTANAKA,* MOTOKO KURODA, AND KENJI SAKAGUCHI ..... ................. 1487
Physical Characterization of a Plasmid Cointegrate Containing an F'his gndElement and the Salmonella typhimurium LT2 Cryptic Plasmid. JACK J.MANIS* AND HARVEY J. WHITFIELD ...................................... 1601
Identification of a Membrane Protein Associated with Expression of the SurfaceExclusion Region of the F Transfer Operon. EDWIN G. MINKELY, JR., ANDKARIN IPPEN-IHLER*.................................................... 1613
Tn402: a New Transposable Element Determining Trimethoprim Resistance ThatInserts in Bacteriophage Lambda. JAMES A. SHAPIRO* AND PETER SPORN.. 1632
Genetic and Kinetic Analysis of Neurospora crassa mtr Mutants. FRANK W.LARIMER AND A. GIB DEBUSK* ......... ................................ 1636
Action of a Major Outer Cell Envelope Membrane Protein in Conjugation ofEscherichia coli K-12. MARGARETE SCHWEIZER AND ULF HENNING* ....... 1651
Properties of Derivatives of the Pseudomonas Plasmid pVS1 That Have InheritedCarbenicillin Resistance from RP1. VILMA A. STANISICH,* P. M. BENNETT,AND M. H. RICHMOND ............... ................................... 1653
Physiology and MetabolismSynthesis of Cell Envelope Components by Anucleate Cells (Minicells) ofBacillus
subtilis. GABRIELE MERTENS AND JOHN N. REEVE* ..... ................. 1198Pyruvate Formation During the Catabolism of Simple Hexose Sugars by Esche-
richia coli: Studies with Pyruvate Kinase-Negative Mutants. A. GARRIDOPERTIERRA AND R. A. COOPER* .......... ................................ 1208
Selective Inhibition of Bacillus subtilis Sporulation by Acridine Orange and Pro-methazine. WILLIAM F. BURKE, JR.,* AND JOHN SPIZIZEN ..... ........... 1215
Oscillations in the Synthesis of Cell Wall Components in Synchronized Cultures ofEscherichia coli. REGINE HAKENBECK AND WALTER MESSER* .... ......... 1234
Activity of Murein Hydrolases in Synchronized Cultures of Escherichiacoli. REGINE HAKENBECK AND WALTER MESSER* ...... .................. 1239
Effect of Cessation of Phospholipid Synthesis on the Synthesis of a Specific Mem-brane Associated Bacteriophage Protein in Escherichia coli. JAY S. CASH-MAN AND ROBERT E. WEBSTER* ......... ................................ 1245
Composition and Enzyme Activities of Spiroplasma citri Membranes. J. B.MUDD,* MONIKA ITTIG, BRIGITTE RoY, J. LATRILLE, AND J. M. BoVE . ....... 1250
Role of Transport Systems in Amino Acid Metabolism: Leucine Toxicity and theBranched-Chain Amino Acid Transport Systems. STEVEN C. QUAY, THOMASE. DICK, AND DALE L. OXENDER* ......... .............................. 1257
Initiation of Bacillus Spore Germination by Hydrostatic Pressure: Effect of Tem-perature. W. G. MURRELL AND PAMELA A. WILLS* ..... ................. 1272
Pyrrolidone Carboxylyl Peptidase in Streptococcus cremoris: Dependence on anInteraction with Membrane Components. F. A. EXTERKATE .... .......... 1281
Production and Some Properties of Catalase and Superoxide Dismutase from theAnaerobe Bacteroides distasonis. EUGENE M. GREGORY,* JOHN B. KOWAL-SKI, AND LILLIAN V. HOLDEMAN ......... ................................ 1298
Inhibition of Aminoacyl-Transfer Ribonucleic Acid Synthetases and the Regula-tion of Amino Acid Biosynthetic Enzymes in Neurospora crassa. SANDRA L.SPURGEON AND WILLIAM H. MATCHETT* ....... .......................... 1303
Two-Carbon Assimilative Capacity and the Induction of Isocitrate Lyase in Sac-charomyces cerevisiae. ELMA GONZALEZ ....... .......................... 1343
Characterization of a Lysine-Specific Active Transport System in Rickettsia pro-wazeki. DEBORAH K. SMITH AND HERBERT H. WINKLER* ..... ............ 1349
p-Cymene Pathway in Pseudomonas putida: Initial Reactions. JOSEPH J. DE-FRANK AND DOUGLAS W. RIBBONS* ........ .............................. 1356
p-Cymene Pathway in Pseudomonas putida: Ring Cleavage of 2,3-Dihydroxy-p-Cumate and Subsequent Reactions. JOSEPH J. DEFRANK AND DOUGLAS W.RIBBONS* ............................................................. 1365
Sterol 24(28)Methylene Reductase in Saccharomyces cerevisiae. W. D. NEAL ANDL. W. PARKS* .......................................................... 1375
Adenosine 5'-Triphosphate-Linked Transhydrogenase in Cytoplasmic Membranesof Colicin-Treated and Untreated Escherichia coli. SOHAIR F. SABET ...... 1397
Synthesis of "Group Polysaccharide" by Membranes from Streptococcus pyogenesand Its Stabilized L-Form. VICTOR M. REUSCH, JR., AND CHARLES PANOS*. 1407
Sodium Effect of Growth on Aspartate and Genetic Analysis of a Bacillus subtilisMutant with High Aspartase Activity. J. IIJIMA, M. D. DIESTERHAFT, AND E.FREESE* ............................................................. 1440
Motility of Mycoplasma pneumoniae. U. RADESTOCK AND W. BREDT* .... ..... 1495Formation of Glutamine from [13N]ammonia, [13N]dinitrogen, and [14C]glhtamate
by Heterocysts Isolated from Anabaena cylindrica. JOSEPH THOMAS, J. C.MEEKS, C. PETER WOLK,* PAUL W. SHAFFER, SAM M. AUSTIN, AND W.-S.CHIEN ............................................................. 1545
Enzymatic Defenses Against the Toxicity of Oxygen and of Streptonigrin inEscherichia coli. H. MOUSTAFA HASSAN AND IRWIN FRIDOVICH* .... ...... 1574
Biochemical and Physiological Properties of Alkaline Phosphatases in Five Iso-lates of Marine Bacteria. H. MOUSTAFA HASSAN* AND DARRELL PRATT .... 1607
Inhibition of Iron Uptake and Deoxyribonucleic Acid Synthesis by Desferal in aMutant Strain of Bacillus subitilis. J. E. L. ARCENEAUX AND B. R. BYERS* . 1639
Death of Microbial Cells: Rate Constant Calculations. OFRA N. PELED, ANTONIOSALVADORI, URI N. PELED, AND DENIS K. KIDBY* ......................... 1648
Decrease in Nitrate Reductase Activity in Extracts of Trichoderma viride Incu-bated with Chlorides. W. L. BALDERSTON, J. J. ROWE, AND W. J. PAYNE* 1657
EnzymologyPurification and Properties of Glutamate Synthase from Thiobacillus thiopa-
rus. KAZUO ADACHI AND ISAMU SUZUKI* ...... ......................... 1173Purification and Properties of an L-Glutaminase-L-Asparaginase from Pseudomo-
nas acidovorans. LOIS DAVIDSON, D. RUSSELL BREAR, PEGGY WINGARD,JAMES HAWKINS, AND G. BARRIE KITTO* ...... .......................... 1379
Ornithine Transcarbamylase from Salmonella typhimurium: Purification, Sub-unit Composition, Kinetic Analysis, and Immunological Cross-Reactiv-ity. AHMED T. H. ABDELAL,* EMILY H. KENNEDY, AND OMANA NAINAN ... 1387
Immunochemical Comparison of Phosphoribosylanthranilate Isomerase-Indolegly-cerol Phosphate Synthetase Among the Enterobacteriaceae. GREGORY R.REYES AND VICTOR ROCHA* .......... ................................... 1448
Properties of an Inducible Extracellular Neuraminidase from an ArthrobacterIsolate. MICHAEL FLASHNER,* PHILIP WANG, JAMES B. HURLEY, ANDSTUART W. TANENBAUM ................................................ 1457
Purification and Some Properties of an Extracellular Alpha-Amylase from Bacter-iodes amylophilus. STEVEN J. MCWETHY AND PAUL A. HARTMAN*.1537
CONTENTS**iii
CONTENTS xxix
Inhibition of Dictyostelium discoideum f3Glucosidase by Purines. ROGER W.PARISH ............................................................... 1642
ErratumRole of Rec Pathways on Sensitivity of Escherichia coli to Near-Ultraviolet and
Visible Light. K. GOPALAKRISHNA AND S. K. BHATTACHARJEE.1659