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Items: 6

1.

hypothetical protein AWP73_16250 [Escherichia coli]

106 aa protein

Accession:
OKW63389.1
GI:
1123217032

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
2.

hypothetical protein AWP73_16235 [Escherichia coli]

52 aa protein

Accession:
OKW63388.1
GI:
1123217031

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
3.

hypothetical protein AWP73_16230 [Escherichia coli]

89 aa protein

Accession:
OKW63387.1
GI:
1123217030

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
4.

addiction module toxin RelE [Escherichia coli]

93 aa protein

Accession:
OKW63386.1
GI:
1123217029

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
5.

hypothetical protein AWP73_16220 [Escherichia coli]

157 aa protein

Accession:
OKW63385.1
GI:
1123217028

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
6.

transposase, partial [Escherichia coli]

31 aa protein

Accession:
OKW63384.1
GI:
1123217027

BioProject Nucleotide Taxonomy

GenPept Identical Proteins FASTA Graphics 
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Analyze these sequences

  • Run BLAST
    Find regions of similarity between these sequences and other sequences using BLAST.
  • Align sequences with COBALT
    Align multiple protein sequences with COBALT, which computes an alignment using conserved domain and local sequence similarity information.
  • Identify Conserved Domains with CD-Search
    Use Conserved Domain Search (CD-search) to identify conserved domains in these protein sequences compared against conserved domain models.

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