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Sequence Name:	T0987
Target:
Sequence(s):	>Esp NAQMGEGRLANYSASGNTFQENPGYTKNYNFSDLQFNPKAITGDVLQGNTIDFEVYGKHNIAASTANWEIRLQLDERLAQYVEKIQVDPKKGVGNSRRTFVRINDSLGRPTNIWKVNYIRANDGLFAGAETTDTQTAPNGVITFEKNLDEIFKEIGADNLKSDRLMYRIYLVSHQDDDKIVPGIESTGYFLTDQDDFYNKLDVSENNSDQFKHGSVNTKYEEANIQTKDGSGSTGANGAIILDHKLTKEKNFSYSTSAKGTPWYANYKIDERLVPYVSGIQMHMVQADKVAYNVAFESGKKVADLAIERREGHENYGMGSITDNDLTKLIDFANASPRPIVVRYVLQLTKPLDEILEEMKAADKIEENAPFGEDFIFDSWLSDTNKKLIQNTYGTGYYYLQDIDG
Comments:	This is a cross-linking assisted modeling target. <br> The experimental data are posted at http://predictioncenter.org/download_area/CASP13/extra_experiments/. <p> To access raw XL-MS data for this target (whole complex), please go to https://www.ebi.ac.uk/pride/archive/projects/PXD010410 <br> and use the following credentials to login: <br> Username: reviewer33138@ebi.ac.uk <br> Password: 0bvme2ld<p> Additional description of the method can be found at http://predictioncenter.org/casp13/doc/CASP_Webinar_XLMS.pdf
Subunit(s):	1
Target List Comments:
PDB Code:
Chain:
Is Server Only:
Is CAPRI:
Release date:	Today Tomorrow Day After Tomorrow Next Monday
Server Expiration:
Soft Expiration:
Human Expiration:
Cancel target:
Cancellation date:

Sequence summary:	Sequence TSID: 102 Target: T0987 SEQUENCE : >Esp NAQMGEGRLANYSASGNTFQENPGYTKNYNFSDLQFNPKAITGDVLQGNTIDFEVYGKHNIAASTANWEIRLQLDERLAQYVEKIQVDPKKGVGNSRRTFVRINDSLGRPTNIWKVNYIRANDGLFAGAETTDTQTAPNGVITFEKNLDEIFKEIGADNLKSDRLMYRIYLVSHQDDDKIVPGIESTGYFLTDQDDFYNKLDVSENNSDQFKHGSVNTKYEEANIQTKDGSGSTGANGAIILDHKLTKEKNFSYSTSAKGTPWYANYKIDERLVPYVSGIQMHMVQADKVAYNVAFESGKKVADLAIERREGHENYGMGSITDNDLTKLIDFANASPRPIVVRYVLQLTKPLDEILEEMKAADKIEENAPFGEDFIFDSWLSDTNKKLIQNTYGTGYYYLQDIDG NUMBER_OF_AA : 405 REAL_NUMBER_OF_AA : 405 SGI_CENTER : Others OLIGOMERIC_STATE : BINDING_SITES : none confirmed LIGANDS : STOICHIOMETRY : A1 DISORDER : SOLVENT : PROTEIN_MATERIAL : YES EXPRESSION : E. coli BLAST_INFO : HHSEARCH_INFO : DIFFICULTY : Other info : 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.

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