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9.A.81.1.1 TatT, a potentially novel bacterial transport system for fatty acids and other hydrophobic substrances. It may be an auxillary subunit of one or more TRAP-T system(s). See family description for details.
Accession Number:	UQN13654.1
Protein Name:	UQN13654.1 TRAP transporter TatT component family protein [Methylococcus capsulatus]
Length:	265
Molecular Weight:
Species:	Methylococcus capsulatus [414]
Substrate	fatty acid, cholesterol, sterol

UniProt (Universal Protein Resource)
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FASTA formatted sequence

1:	MRLFAAGILA GVLAGCGGLH RDGIPAGPSA GCPRLTVAAL SAGQDALGPS SETQELECAL 
61:	DFLRGSDDPA LRRSSLGSRI CLHLAERNSD PAERARFARE GVERAEAALA QGGKDDGAVH 
121:	YYLAANLGLA VRDDMTAALA NLHRLEHESE AAVKLSPDFD DGGPLRLLGM LYLKAPAWPA 
181:	GMGDGDKALD LLGQAVERHP GHPLNHLFYA EALWEVNGES EGRRVEEEMA AGWRLLESGS 
241:	WGYNKQIWER EFADLRQEIG APAR

9.A.81.1.1
TatT, a potentially novel bacterial transport system for fatty acids and other hydrophobic substrances. It may be an auxillary subunit of one or more TRAP-T system(s). See family description for details.

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9.A.81.1.1TatT, a potentially novel bacterial transport system for fatty acids and other hydrophobic substrances. It may be an auxillary subunit of one or more TRAP-T system(s). See family description for details.

Cross database links:

External Searches:

Analyze:

9.A.81.1.1
TatT, a potentially novel bacterial transport system for fatty acids and other hydrophobic substrances. It may be an auxillary subunit of one or more TRAP-T system(s). See family description for details.