OMP ST:795 ! Escherichia coli K-12 AW539

From OMPwiki

Strain Summary

Strain Name

AW539

Synonyms
Taxon Information
  • Pangenome: Escherichia coli
  • Subspecies and/or strain: K-12
  • NCBI Taxonomy ID: 83333
Genotype

Lambda- araC14 fhuA31 galK2(Oc) galT22 glnX44(AS) hisG4(Oc) lacY1 leuB6(Am) mgl-51 mtl-1 rfbC1 rpsL136(StrR) tar thiE1 thr-1 tsx-78 xylA5

Strain Reference
Strain availability
Ancestry

parent:OMP ST:772 ! Strain:Escherichia coli K-12 AW405

Annotated phenotypes


Notes

Phenotype Annotation

Annotation ID not OMP ID OMP term name Relative phenotype information Experimental condition ECO ID ECO term name Reference Annotation Extension Notes

OMP_AN:104

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:102


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:chemotaxis medium
  • medium:maltose
ECO:0005608

tumble frequency assay evidence

PMID:333433[1]

CHEBI:17306 maltose

OMP_AN:106

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:105


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:aspartate
  • medium:chemotaxis medium
ECO:0005608

tumble frequency assay evidence

PMID:333433[1]

CHEBI:22660 aspartic acid

OMP_AN:351

OMP:0007005

decreased negative chemotaxis

Relative to: OMP_AN:407


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:Ni(II)
  • medium:chemotaxis medium
ECO:0005608

tumble frequency assay evidence

PMID:333433[1]

OMP_AN:352

OMP:0007005

decreased negative chemotaxis

Relative to: OMP_AN:408


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:Co(II)
  • medium:chemotaxis medium
ECO:0005608

tumble frequency assay evidence

PMID:333433[1]

CHEBI:48828 Co(II)

OMP_AN:501

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:493


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:chemotaxis medium
  • medium:methionine
ECO:0005609

capillary assay evidence

PMID:4562400[2]

CHEBI:16643 methionine

OMP_AN:502

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:485


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:aspartate
  • medium:chemotaxis medium
ECO:0005609

in vitro assay evidence

PMID:4562400[2]

CHEBI:17053 aspartate

OMP_AN:503

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:490


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:chemotaxis medium
  • medium:glutamate
ECO:0005609

capillary assay evidence

PMID:4562400[2]

OMP_AN:523

OMP:0000054

absence of positive chemotaxis

Relative to: OMP_AN:516


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:D-aspartate
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:8590457[4]

CHEBI:17364 D-aspartate

OMP_AN:524

OMP:0000054

absence of positive chemotaxis

Relative to: OMP_AN:517


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:S-AMPA
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:8590457[4]

CHEBI:34018 S-AMPA

OMP_AN:525

OMP:0000054

absence of positive chemotaxis

Relative to: OMP_AN:522


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:L-cysteate
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:8590457[4]

OMP_AN:534

OMP:0000054

absence of positive chemotaxis

Relative to: OMP_AN:529


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:DL-AP4
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:8590457[4]

OMP_AN:535

OMP:0000054

absence of positive chemotaxis

Relative to: OMP_AN:530


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:chemotaxis medium
  • medium:cis-2,4-methanoglutamate
ECO:0005609

capillary assay evidence

PMID:8590457[4]

OMP_AN:570

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:542


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:L-aspartate
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:6350273[5]

CHEBI:17053 L-aspartate

Synthetic amino acid

OMP_AN:571

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:549


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:L-methionine
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:6350273[5]

CHEBI:16643 L-methionine

Synthetic amino acid

OMP_AN:597

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:572


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:NH4Cl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:31206 NH4Cl

Salt chemotaxis

OMP_AN:598

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:573


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:LiCl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:48607 LiCl

Salt chemotaxis

OMP_AN:599

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:574


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:NaCl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:26710 NaCl

Salt chemotaxis

OMP_AN:600

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:575


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:KCl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:32588 KCl

Salt chemotaxis

OMP_AN:601

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:576


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:RbCl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

Salt chemotaxis

OMP_AN:602

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:577


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:CsCl
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

Salt chemotaxis

OMP_AN:603

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:578


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:MgCl2
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:6636 MgCl2

Salt chemotaxis

OMP_AN:604

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:580


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:BaCl2
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:63317 BaCl2

Salt chemotaxis

OMP_AN:605

OMP:0007041

decreased positive chemotaxis

Relative to: OMP_AN:581


Genotype differences:

+tar


Condition differences:

no differences

  • temperature:30C
  • medium:CaCl2
  • medium:chemotaxis medium
ECO:0005609

capillary assay evidence

PMID:2682648[6]

CHEBI:3312 CaCl2

Salt chemotaxis

OMP_AN:646

OMP:0007092

decreased cell motility by swarming

Relative to: OMP_AN:645


Genotype differences:

+tar


Condition differences:

no differences

  • medium:PQQ (50 uM)
  • medium:tryptone swarm plate
ECO:0000181

in vitro assay evidence

PMID:8576064[7]

CHEBI:18315 pyrroloquinoline quinone (PQQ)

Temperature not stated. PQQ concentration inferred by curator.



Additional Information

Links

References

See Help:References for how to manage references in OMPwiki.

  1. 1.0 1.1 1.2 1.3 1.4 Springer, MS et al. (1977) Sensory transduction in Escherichia coli: two complementary pathways of information processing that involve methylated proteins. Proc. Natl. Acad. Sci. U.S.A. 74 3312-6 PubMed OMPwiki page
  2. 2.0 2.1 2.2 2.3 Mesibov, R & Adler, J (1972) Chemotaxis toward amino acids in Escherichia coli. J. Bacteriol. 112 315-26 PubMed OMPwiki page
  3. Armstrong, JB & Adler, J (1967) Genetics of motility in Escherichia coli: complementation of paralysed mutants. Genetics 56 363-73 PubMed OMPwiki page
  4. 4.0 4.1 4.2 4.3 4.4 Lake, EM et al. (1995) Analogue of aspartate and glutamate active at synapses are attractants for Escherichia coli. Cell. Mol. Neurobiol. 15 283-8 PubMed OMPwiki page
  5. 5.0 5.1 Hedblom, ML & Adler, J (1983) Chemotactic response of Escherichia coli to chemically synthesized amino acids. J. Bacteriol. 155 1463-6 PubMed OMPwiki page
  6. 6.0 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 Qi, YL & Adler, J (1989) Salt taxis in Escherichia coli bacteria and its lack in mutants. Proc. Natl. Acad. Sci. U.S.A. 86 8358-62 PubMed OMPwiki page
  7. de Jonge, R et al. (1996) Pyrroloquinoline quinone, a chemotactic attractant for Escherichia coli. J. Bacteriol. 178 1224-6 PubMed OMPwiki page