<p>This section provides information about the protein and gene name(s) and synonym(s) and about the organism that is the source of the protein sequence.<p><a href='/help/names_and_taxonomy_section' target='_top'>More...</a></p>Detailed information on MDP02266

Description "Mediator complex, subunit Med21/Med9"
SequenceMLNNKVSSSPAPPEGHKGAGAVGRIVSPSGRADSAPLQCIWPTCTSRLENRLQVLASRQGFVVPFAIDRNPSGATMGDRLTQLQDAVDQFAQQFVACLHFVQRRHDLETLGPNDKVRDIKQEPHQREVDPLPADELAAGLKELSRDLIIKEQQIEVLISNLPGLDNSERDQERNIKDLEEKLKAAEAQRQEALKERDQILAELDSVIRSIRRP
Length213
PositionMiddle
OrganismMetarhizium album (strain ARSEF 1941)
KingdomFungi
LineageEukaryota> Fungi> Dikarya> Ascomycota> Pezizomycotina> Sordariomycetes> Hypocreomycetidae> Hypocreales> Clavicipitaceae> Metarhizium.
Aromaticity0.03
Grand average of hydropathy-0.597
Instability index58.82
Isoelectric point5.67
Molecular weight23748.55
Publications
PubMed=25368161

Function

Annotated function Component of the Mediator complex, a coactivator involved in the regulated transcription of nearly all RNA polymerase II-dependent genes. Mediator functions as a bridge to convey information from gene- specific regulatory proteins to the basal RNA polymerase II transcription machinery. Mediator is recruited to promoters by direct interactions with regulatory proteins and serves as a scaffold for the assembly of a functional preinitiation complex with RNA polymerase II and the general transcription factors. 
ECO:0000256	ARBA:ARBA00003669
ECO:0000256	RuleBase:RU366036
GO - Cellular Component
mediator complex	GO:0016592	IEA:UniProtKB-UniRule
GO - Biological Function
GO - Biological Process








Interaction





Binary Interactions











Repeat regions





Repeats

>MDP02266
---------------------------------------------------------------------------
No. of Repeats|Total Score|Length  |Diagonal| BW-From|   BW-To|   Level
             2|      46.74|      18|      27|     117|     142|       1
---------------------------------------------------------------------------
  117-  142 (22.86/30.77)	RD..IKQEphQREV..DPLPadelaaGLKE
  145-  166 (23.87/11.90)	RDliIKEQ..QIEVliSNLP......GLDN
---------------------------------------------------------------------------
---------------------------------------------------------------------------
No. of Repeats|Total Score|Length  |Diagonal| BW-From|   BW-To|   Level
             3|      86.03|      28|      32|      59|      87|       2
---------------------------------------------------------------------------
   48-   66 (22.46/ 9.35)	.........LENRL.QVLASRQGFVVPFA
   67-   95 (43.78/27.56)	IDRNPSGATMGDRLtQLQDAVDQFAQQFV
  101-  116 (19.79/ 7.58)	VQRRHDLETLGP.....NDKV........
---------------------------------------------------------------------------




































Explaination for Stockholm format
  The  "Stockholm" format is a system for marking up features in a multiple alignment. These mark-up annotations are preceded by a 'magic' label, of which there are four types. The Stockholm format is used by HMMER, Pfam, and Belvu. Mark-up lines include any characters except whitespace. Underscore ("_") is used instead of space. 

 #=GR (seqname) PP (Generic per-Sequence AND per-Column markup, exactly 1 char per column) where PP is Posterior Probability  [0-9*], (0=0.00-0.05; 1=0.05-0.15; *=0.95-1.00) 
 
 #=GC PP_cons line is Stockholm-format consensus posterior probability annotation for the entire column.  It’s calculated simply as the arithmetic mean of the per-residue posterior probabilities in that column.  This should prove useful in phylogenetic inference applications, for example, where it’s common to mask away non confidently aligned columns of a multiple alignment. The PP_cons line provides an objective measure of the confidence assigned to each column.
 
 #=GC RF line is Stockholm-format reference coordinate annotation, with an x marking each column that the profile considered to be consensus.





Alignment of MDP02266 with Med21 domain of Kingdom Fungi


     
       
      
        
        
        


      
      
   
   

      

      














Intrinsically Disordered Regions








IDR SequenceStartStop




NANANA









Molecular Recognition Features






MoRF SequenceStartStop




NANANA