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Extra information
TSID:	102
Target:
Comments:

Submitted information
Protein Name:
Organism Name:
Number of AA:	/ 405
Amino acid sequence:	>Esp NAQMGEGRLANYSASGNTFQENPGYTKNYNFSDLQFNPKAITGDVLQGNTIDFEVYGKHNIAASTANWEIRLQLDERLAQYVEKIQVDPKKGVGNSRRTFVRINDSLGRPTNIWKVNYIRANDGLFAGAETTDTQTAPNGVITFEKNLDEIFKEIGADNLKSDRLMYRIYLVSHQDDDKIVPGIESTGYFLTDQDDFYNKLDVSENNSDQFKHGSVNTKYEEANIQTKDGSGSTGANGAIILDHKLTKEKNFSYSTSAKGTPWYANYKIDERLVPYVSGIQMHMVQADKVAYNVAFESGKKVADLAIERREGHENYGMGSITDNDLTKLIDFANASPRPIVVRYVLQLTKPLDEILEEMKAADKIEENAPFGEDFIFDSWLSDTNKKLIQNTYGTGYYYLQDIDG
SGI Center:
Binding sites:
Ligands:
Oligomeric state:
Stoichiometry:
pH and solvent composition:
Expression system used:
Disordered regions:
BLAST info:
HHSearch info:
Difficulty:
Other information:	Esp is thought to contribute to biofilm formation and host colonization by E. faecalis, but the mechanism is not known. There is almost no sequence homology to any proteins of characterized structure, and structural prediction servers are unable to render models for Esp405. Thus, we sought to crystallize this N-terminal fragment and use the structure to guide functional experiments.
Method:	X-RAY NMR EM
Protein material available?	Yes No
Estimated date of public release of structure:	2019-01-01
Contact person email:

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