CCUG


CCUG 3717 T Gardnerella vaginalis
Statues of names: (Gardner and Dukes 1955) Greenwood and Pickett 1980 - VP
NCBI  Euzeby   StrainInfo.net   Sequences  
ISOL: USA
SOURCE:Human vagina
DEP:NCTC,London,UK Jul 1974 <K.Zinnemann,Leeds,1962
OCC:NCTC 10287;Dukes 594;ATCC 14018;NCTC 10287;LMG 7832
DET:CCUG<Api rapidID32strep,Api 50CHL,Api Coryne,Api rapidID32an,Api Zym,SDS-PAGE-GelCompar
CONDREM:Chocolate agar,CO2 or anaerobic,37°C
RNASQ:gb M58744
HAEMOL:Beta-hemolysis on human blood medium under anaerobic conditions
 SUPP
LIT:J path Bact 85:213,1963.Int J Syst Bacteriol 46:675-682,1996[105]
REM:DNA:Available;

Gardnerella vaginalis  (Gardner and Dukes 1955) Greenwood and Pickett 1980
NCBI   Euzeby
APPR:VP ;NC
VAL:30:176*
LIT:Bergey's Vol 1, p 587-591;Clin Microbiol Rev 5(3):213-237,1992
TYPE:CCUG 3717 Gardner and Dukes 594,DSM 4944 ATCC 14018,NCTC 10915
ETYM:gardnerella=named after H.L.Gardner,vaginalis=of the vagina
SYN:Haemophilus vaginalis. Corynebacterium vaginale
REL:Gram-positive cell-wall. Lacks classical cell-wall LPS
RNA:[586][9021][105]
ECOL:Human mouth and intestine (feces). Equine(mares)
MED:A major cause of bacterial nonspecific vaginitis.Also male urine!
IDENT:Easy to 80-90% level of certainty,could be heterogenous ?
COM:Info=#681;Anaerobic/CO2,blood agar/special starch-containing agar

Name literature references:

ND: 586
AU:Greenwood J;Pickett M
SO:J Clin Microbiol 9:200-204, 1979
TI:Salient Features of Haemophilus vaginalis
AB:A total of 78 strains of Haemophilus vaginalis were examined for 104 features. All strains fermented dextrin, maltose, and starch. Additionally, more than 90% of the strains fermented galactose...
TA:Haemophilus vaginalis

ND: 9021
AU:Greenwood JR;Pickett MJ;
SO:Int J Syst Bacteriol 30:170-178, 1980
TI:Transfer of Haemophilus vaginalis Gardner and Dukes to a new genus, Gardnerella: G. vaginalis (Gardner and Dukes) comb. nov.
TA:Haemophilus vaginalis;Gardnerella;Gardnerella vaginalis;

ND: 105
AU:van Esbroeck M;Vandamme P;Falsen E;Vancanneyt M;Moore E;Pot B;Gavini F;Kersters K;Goossens H;
SO:Int J Syst Bacteriol 46: 675-682, 1996
TI:Polyphasic approach to the classification and identification of Gardnerella vaginalis and unidentified Gardnerella vaginalis-like coryneforms present in bacterial vaginosis
TA:Gardnerella vaginalis

Strain literature references:

ND: 105
AU:van Esbroeck M;Vandamme P;Falsen E;Vancanneyt M;Moore E;Pot B;Gavini F;Kersters K;Goossens H;
SO:Int J Syst Bacteriol 46: 675-682, 1996
TI:Polyphasic approach to the classification and identification of Gardnerella vaginalis and unidentified Gardnerella vaginalis-like coryneforms present in bacterial vaginosis
TA:Gardnerella vaginalis


Phenotypic features in LAX of CCUG 3717

Tests CAT1113 1124 3444 45 1111 11 111111 11 111103110 4 111 01111
Api CH501111141111 1411111131 1111111141 1441114411 1111111111
Api CORYNE141 115 511 111 051 152 151
Api ID32AN111 515 111 111 111 553 441 533 111 311
Api NH1 555 111 111 511
Api RID32S115 115 511 111 155 111 555 511 111 111 11 0

Phenotypic features in COX of CCUG 3717

Tests CAT10 211 32 531 3431 111
Api CORYNE141 115 511 111 051 152 151
Tests FERM111 114315 4 5511 0000000
Tests OLE1111 11 1111 111 155 311 111
Api ZYM11111 51111 51151 51111

Phenotypic features in HAX of CCUG 3717

Tests API_NH1 555 111 111 511
Tests NIT1 111 11 111 511
Tests OX1111
Tests PHYS551 4314 111 5 13543 00000
Tests SUG111 111 111 1111 1 111 1111
Api ZYM11121 51111 51151 51111

Phenotypic features in ANX of CCUG 3717

Tests GROW45 30 000 0 0
Api API32AN111 515 111 111 111 553 441 533 111 311 00

Phenotypic features in MOX of CCUG 3717

Tests OX1110 0000 0 000
Tests Api_NH1 555 111 111 511
Tests FGNA11155551 55211155 11511521 15155111 1
Tests FGNB15551335 45122411 11414123 55415111
Tests FGNC15215111 51231151 12111151 11111111 1
Tests FGND13555331 13331111 11511111 15111152 1

No 16S rDNA sequence in SQX for CCUG 3717

CCUG - Fatty Acid profile - CFA(FAME)  
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Strain : CCUG 3717 T Taxon : Gardnerella vaginalis
Date:930303
Remarks:GL AN
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PEAK RT   ECL     %   Abbreviation Fatty Acid
007 3.185   10.000   1.8   10:0
021 4.814   12.000   1.8   12:0
046 7.353   14.000   17.0   14:0
081 10.201   15.774   1.6   16:1 w9c
086 10.580   16.000   43.5   16:0
125 13.596   17.724   13.1   18:2 w6,9c/18:0 ANTE
126 13.675   17.769   15.6   18:1 w9c
131 14.083   18.000   5.7   18:0
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Sum:         100  
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CCUG, Department of Clinical Bacteriology
Curator: Prof. Dr. E.R.B. Moore
University of Göteborg, Mikrobiologen,
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