Table Of ContentContents
No.1 1-160 issued September 1991
No. 2 161-324 issued October I 1991
No. 3 325-482 issued October II 1991
Allmansberger R > JacobS 189 Coplin DL — Poetter K 155 sion potential in a dnaA mutant of
Allmen J-M von, Rottmann WH, Gengen- Creanor J + MacNeill SA 109 Escherichia coli 175
bach BG, Harvey AJ, Londsdale DM: Crowne H — Sedgwick SG 428 Fromm H, Katagiri F, Chua N-H: The to-
Transfer of methomyl and HmT-toxin Croy RRD — Fordham-Skelton AP 460 bacco transcription activator TGA1a
sensitivity from T-cytoplasm maize to to- Cundliffe E + Holmes DJ 229 binds to a sequence in the 5’ upstream
bacco 405 region of a gene encoding a TGA 1a-re-
Andersen LN — Pedersen PA 285 Daniels MJ — Dums F 357 lated protein 181
Aparicio C + Zimmer W 41 D’Ari R — Kuczius T 479 Fsihi H > DassaJ 341
Apirion D + Oh B-K_ 52 Dassa J, Fsihi H, Marck C, Dion M,
Arnold W — Selbitschka W 86 Kieffer-Bontemps M, Boquet PL: A new Gaidamakova EK — Blinov AG 152
Audino DC — Denis CL 395 oxygen-regulated operon in Escherichia Gainey LDS, K6lble K, Connerton IF: Iso-
coli comprises the genes for a putative lation and expression of the acetate-in-
Bae Y-S > Ohira M 325 third cytochrome oxidase and for pH 2.5 ducible isocitrate lyase gene (acu-3) from
Beltran J-P + Nacken WKF 129 acid phosphatase (appA) 341 Neurospora crassa: Evidence for a
Belyaeva ES ~ Kim AJ 437 Dekker S > Cleton-Jansen A-M 206 second constitutive isozyme 253
Belyaeva ES > VlassovalIE 316 Denis CL, Audino DC: The CCR1 (SNF1) Gale MD — Cheung WY 373
Beppu T > Vujaklija D 119 and SCH9 protein kinases act indepen- Gancedo C — Stucka R 307
Bhaya D, Grossman A: Targeting proteins dently of cAMP-dependent protein ki- Gartner D > JacobS 189
to diatom plastids involves transport nase and the transcriptional activator Gehrung S > Padmanabha R 1
through an endoplasmic reticulum 400 ADR1 in controlling yeast ADH2 ex- Gengenbach BG — Allmen J-M von 405
Blinov AG, Sobanov YV, Gaidamakova pression 395 Glimelius K + HakanssonG 380
EK, Bogachev SS, Kolesnikov NN, Fi- Dennis ES — Brettell RIS 365 Gomi K — TadaS 301
lippova MA, Kiknadze Il: MEC: A Dequin S > Stucka R 307 Goosen N — Cleton-Jansen A-M 206
transposable element from Chironomus Dion M — DassaJ 341 Graphodatsky AS > Vlassova IE 316
thummi (Diptera) 152 Domon C, Evrard J-L, Pillay DTN, Stein- Groot A de, Filloux A, Tommassen J:
Bodi Z, Gysler-Junker A, Kohli J: A quan- metz A: A 2.6 kb intron separates the Conservation of xcp genes, involved in
titative assay to measure chromosome signal peptide coding sequence of an the two-step protein secretion process, in
stability in Schizosaccharomyces pombe anther-specific protein from the rest of different Pseudomonas specis and other
77 the gene in sunflower 238 gram-negative bacteria 278
Bogachev SS — Blinov AG 152 Doyle N — Sedgwick SG 428 Grossman A + BhayaD 400
Boquet PL > DassaJ 341 Dums F, Dow JM, Daniels MJ: Structural Gustafsson P > Jansson S 67
Boulet A > Fabre F 353 characterization of protein secretion Gysler-Junker A > Bodi Z 77
Bowring FJ, Catcheside DEA: The initia- genes of the bacterial phytopathogen
tion site for recombination cog is at the Xanthomonas campestris pathovar cam- Hajec LI — Volker MR 319
3’ end of the his-3 gene in Neurospora pestris: relatedness to secretion systems Hakansson G, Glimelius K: Extensive nu-
crassa 273 of other gram-negative bacteria 357 clear influence on mitochondrial tran-
Brettell RIS, Dennis ES: Reactivation ofa Dunn MA, Hughes MA, Zhang L, Pearce scription and genome structure in male-
silent Ac following tissue culture is asso- RS, Quigley AS, Jack PL: Nucleotide se- fertile and male-sterile alloplasmic Nico-
ciated with heritable alterations in its quence and molecular analysis of the low tiana materials 380
methylation pattern 365 temperature induced cereal gene, BLT4 Hanhart CJ > KoornneefM 57
Buchwald P, Krummeck G, Rédel G: Im- 389 Hansen L, Wettstein-Knowles P von: The
munological identification of yeast SCO1 barley genes Ac// and Ac/3 encoding acyl
protein as a component oft he inner mi- Eisenstadt E + Woodgate R 81 carrier proteins I and III are located on
tochondrial membrane 413 Eitinger T > Kuczius T 479 different chromosomes 467
Bystrém AS > KorchC 96 Elmerich C > Zimmer W 41 Hara S > TadaS 301
Ennis DG —> Woodgate R 10 Hartley MR > Fordham-Skelton AP 460
Castorph H > Kuczius T 479 Erratum 324 Harvey AJ > Allmen J-M von 405
Catcheside DEA — Bowring FJ 273 Evrard J-L — DomonC 238 Hattori J + Rutledge RG 31
Cebula TA — Woodgate R 81 Heemskerk E — Pastink A 213
Chao S + Cheung WY 373 Fabre F, Boulet A, Faye G: Possible in- Henschke RB > Niicken EJ 137
Cheung WY, Chao S, Gale MD: Long- volvement of the yeast POLIII DNA Heyde M, Coll J-L, Portalier R: Identifica-
range physical mapping of the a-amy- polymerase in induced gene conversion tion of Escherichia coli genes whose ex-
lase-1 (a-Amy-/) loci on homoeologous 353 pression increases as a function of exter-
group 6 chromosomes of wheat 373 Faye G — Fabre F 353 nalpH 197
Chua N-H — Fromm H 181 Filippova MA — Blinov AG 152 Hillen W — JacobS 189
Cleton-Jansen A-M, Dekker S, Putte P van Filloux A + Groot Ade 278 Hogg RW, Voelker C, Von Carlowitz I:
de, Goosen N: A single amino acid sub- Fogel S + Welch JW 261 Nucleotide sequence and analysis of the
stitution changes the substrate specificity Fordham-Skelton AP, Taylor PN, Hartley mgl operon of Escherichia coli K12 453
of quinoprotein glucose dehydrogenase MR, Croy RRD: Characterisation of sa- Holmes DJ, Cundliffe E: Analysis of a ri-
in Gluconobacter oxydans 206 porin genes: in vitro expression and ribo- bosomal RNA methylase gene from
Coddington A — Talbot NJ 267 some inactivation 460 Streptomyces tenebrarius which confers
Coll J-L + Heyde M_ 197 Fralick JA: Studies on the alteration of resistance to gentamicin 229
Connerton IF + Gainey LDS 253 chromosome copy number and cell divi- Hong S-K — Vujaklija D 119
IV
Horinouchi S > Vujaklija D 119 Maloney DH — Welch JW 261 and genomic organization of a highly ex-
Hughes MA > Dunn MA 389 Marck Ch — DassaJ 341 pressed late nodulin gene subfamily in
Huijser P + Nacken WKF 129 Marcker KA — Richter HE 445 soybeans 445
Maxwell Dow J — Dums F 357 Rédel G > Buchwald P 413
Ikeda H — Ohira M 325 Miki BL > Rutledge RG 31 Rottmann WH — Allmen J-M von 405
Ivey DM, Krulwich TA: Organization and Mountain HA — KorchC 96 Rottschafer T > Selbitschka W 86
nucleotide sequence of the atp genes en- Russell DA, Sachs MM: The maize cyto-
coding the ATP synthase from alkaliphil- Nacken WKF, Huijser P, Beltran J-P, solic glyceraldehyde-3-phosphate dehy-
ic Bacillus firmus OF4 292 Saedler H, Sommer H: Molecular char- drogenase gene family: Organ-specific
acterization of two stamenspecific genes, expression and genetic analysis 219
Jack PL ~ Dunn MA 389 tap! and fil/, that are expressed in the Rutledge RG, Quellet T, Hattori J, Miki
Jacob S, Allmansberger R, Gartner D, Hil- wild type, but not in the deficiens mutant BL: Molecular characterization and ge-
len W: Catabolite repression of the oper- of Antirrhinum majus 129 netic origin of the Brassica napus aceto-
on for xylose utilization from Bacillus Nivard MJM — Pastink A 213 hydroxyacid synthase multigene family
subtilis W23 is mediated at the level of Niicken EJ, Henschke RB, Schmidt FRJ: 31
transcription and depends on a cis site Site-specific integration of genes into hot
in the xy/A reading frame 189 spots for recombination flanking aadA in Sachs MM — Russell DA 219
Jansson S, Gustafsson P: Evolutionary Tn2/ transposons 137 Saedler H + Nacken WKF 129
conservation of the chlorophyll a/b-bind- Nurse P + MacNeill SA 109 Salmon J-M — Stucka R 307
ing proteins: cDNAs encoding Type I, II Sandal NN — Richter HE 445
and III LHC I polypeptides from the O’Connor CD — QiS-Y 421 Schmidt FRJ — Niicken EJ 137
gymnosperm Scots pine 67 Oh B-K, Apirion D: 10Sa RNA, a small Schmidt M — Selbitschka W 86
stable RNA of Escherichia coli, is func- Sears BB, Sokalski MB: The Oenothera
Katagiri F > Fromm H_ 181 tional 52 plastome mutator: Effect of UV irradia-
Kieffer-Bontemps M — DassaJ 341 Ohira M, Bae Y-S, Ikeda H: A new type tion and nitroso-methyl urea on muta-
Kiknadze II + Blinov AG 152 of insertion mutation in monkey cells: tion frequencies 245
Kim AI, Belyaeva ES: Transposition of insertion accompanied by long target site Sedgwick SG, Lodwick D, Doyle N,
mobile elements gypsy (mdg4) and hobo duplication 325 Crowne H, Strike P: Functional comple-
in germ-line and somatic cells of a gene- Oliver RP > Talbot NJ 267 mentation between chromosomal and
tically unstable mutator strain of Dro- plasmid mutagenic DNA repair genes in
sophila melanogaster 437 Padmanabha R, Gehrung S, Snyder M: bacteria 428
Kitamoto K — TadaS 301 The KNS1/ gene of Saccharomyces cerevi- Selbitschka W, Arnold W, Priefer UB,
Kleiner D + Kuczius T 479 siae encodes a nonessential protein ki- Rottschafer T, Schmidt M, Simon R,
Koch WH — Woodgate R 81 nase homologue that is distantly related Puhler A: Characterization of recA genes
Kohli J + Bodi Z 77 to members of the CDC28/cdc2 gene and recA mutants of Rhizobium meliloti
Kélble K - Gainey LDS 253 family 1 and Rhizobium leguminosarum biovar vi-
Kolesnikov NN — Blinov AG 152 Pan Y-B, Peterson PA: Newly activated ciae 86
Koornneef M, Hanhart CJ, Veen JH van germinal Ugq elements in maize are clus- Sengupta-Gopalan C — Richter HE 445
der: A genetic and physiological analysis tered on one linkage group independent- Shiina T > Tanaka K 334
of late flowering mutants in Arabidopsis ly of the standard Ug element 161 Simon R = Selbitschka W 86
thaliana 57 Pastink A, Heemskerk E, Nivard MJM, Snyder M > Padmanabha R 1
Korch C, Mountain HA, Bystr6m AS: Vliet CJ van, Vogel EW: Mutational Sobanov YV — Blinov AG 152
Cloning, nucleotide sequence, and regu- specificity of ethyl methanesulfonate in Sokalski MB —> Sears BB 245
lation of MET14, the gene encoding the excision-repair-proficient and -deficient Sommer H —> Nacken WKF 129
APS kinase of Saccharomyces cerevisiae strains of Drosophila melanogaster 213 Steinmetz A ~ Domon C 238
96 Pearce RS ~ Dunn MA 389 Strike P — Lodwick D 27
Krulwich TA > Ivey DM 292 Pedersen PA, Andersen LN: Deletion and Strike P + Sedgwick SG 428
Krummeck G — Buchwald P 413 duplication of specific sequences in the Stucka R, Dequin S, Salmon J-M, Gance-
Kuczius T, Eitinger T, D’Ari R, Castorph K88ab fimbrial subunit protein from do C: DNA sequences in chromosomes
H, Kleiner D: The gitF gene of Klebsiella porcine enterotoxigenic Escherichia coli II and VII code for pyruvate carboxylase
pneumoniae : cloning and initial charac- 285 isoenzymes in Saccharomyces cerevisiae :
terization 479 Peterson PA > Pan Y-B 161 analysis of pyruvate carboxylase-defi-
Pillay DTN +~ DomonC 238 cient strains 307
Levine AS > Woodgate R 81 Poetter K, Coplin DL: Structural and func- Sukupolvi S > QiS-Y 421
Levy AA, Walbot V: Molecular analysis of tional analysis of the rcsA gene from Er- Sundaresan V > Zhao ZY 17
the loss of somatic instability in the winia stewartii 155
bz2::mu1 allele of maize 147 Portalier R + Heyde M 197 Tada S, Gomi K, Kitamoto K, Takahashi
Lodwick D, Strike P: Distribution of se- Priefer UB —> Selbitschka W 86 K, Tamura G, Hara S: Construction of
quences homologous to the inmpCAB Pihler A — Selbitschka W 86 a fusion gene comprising the Taka-amy-
operon of TP110 among bacterial plas- Putte P van de — Cleton-Jansen A-M 206 lase A promoter and the Escherichia coli
mids of different incompatibility groups B-glucuronidase gene and analysis of its
27 Qi S-Y, Sukupolvi S, O’Connor CD: Outer expression in Aspergillus oryzae 301
Lodwick D — Sedgwick SG 428 membrane permeability of Escherichia Takahashi H > Tanaka K 334
Londsdale DM — Allmen J-M von 405 coli K12: isolation, cloning and mapping Takahashi K > TadaS 301
of suppressors of a defined antibiotic-hy- Talbot NJ, Oliver RP, Coddington A:
MacNeill SA, Creanor J, Nurse P: Isola- persensitive mutant 421 Pulsed field gel electrophoresis reveals
tion, characterisation and molecular Quellet T > Rutledge RG 31 chromosome length differences between
cloning of new mutant alleles of the fis- Quigley AS ~ Dunn MA 389 strains of Cladosporium fulvum (syn. Ful-
sion yeast p34?" protein kinase gene: via fulva) 267
identification of temperature-sensitive Richter HE, Sandal NN, Marcker KA, Tamura G — TadaS 301
G,-arresting alleles 109 Sengupta-Gopalan C: Characterization Tanaka K, Shiina T, Takahashi H: Nucleo-
tide sequence of genes ArdA, hrdC, and Von Carlowitz 1 + Hogg RW 453 la TA, Eisenstadt E: Induction and
hrdD from Streptomyces coelicilor A3(2) Vujaklija D, Ueda K, Hong S-K, Beppu T, cleavage of Salmonella typhimurium
having similarity to rpoD genes 334 Horinouchi S: Identification of an A-fac- UmuD protein 81
Taylor PN — Fordham-Skelton AP 460 tor-dependent promoter in the strepto-
Tommassen J + Groot Ade 278 mycin biosynthetic gene cluster of Strep- Zhang L — Dunn MA 389
tomyces griseus 119 Zhao ZY, Sundaresan V: Binding sites for
Ueda K — Vujaklija D 119 maize nuclear proteins in the terminal in-
Walbot V > Levy AA 147 verted repeats of the Mu/ transposable
Veen JH van der > Koornneef M 57 Welch JW, Maloney DH, Fogel S: Gene element 17
Vlassova IE, Graphodatsky AS, Belyaeva conversions within the Cup/’ region from Zhimulev IF > VlassovaIE 316
ES, Zhimulev IF: Constitutive hetero- heterologous crosses in Saccharomyces Zimmer W, Aparicio C, Elmerich C: Rela-
chromatin in early embryogenesis of cerevisiae 261 tionship between tryptophan biosynthe-
Drosophila melanogaster 316 Wettstein-Knowles P von > Hansen L sis and indole-3-acetic acid production in
Vliet CJ van > Pastink A 213 467 Azospirillum: identification and sequenc-
Voelker C + Hogg RW 453 Woodgate R, Ennis DG: Levels of chromo- ing of a trpGDC cluster 41
Vogel EW — Pastink A 213 somally encoded Umu proteins and re-
Volkert MR, Hajec LI: Molecular analysis quirements for in vivo UmuD cleavage
of the aidD6::Mu d1 (bla lac) fusion mu- 10
tation of Escherichia coliK12 319 Woodgate R, Levine AS, Koch WH, Cebu- Indexed in Current Contents
