Query sequence: gi|24380160|ref|NP_722115.1|
Accession:      [none]
Description:    hypothetical protein SMU.1795c [Streptococcus mutans UA159]

Scores for sequence family classification (score includes all domains):
Model           Description                             Score    E-value  N 
--------        -----------                             -----    ------- ---
Methyltransf_12 Methyltransferase domain                 66.2    1.9e-17   1
Methyltransf_11 Methyltransferase domain                 66.8    2.2e-17   1

Parsed for domains:
Model           Domain  seq-f seq-t    hmm-f hmm-t      score  E-value
--------        ------- ----- -----    ----- -----      -----  -------
Methyltransf_11   1/1      39   137 ..     1    99 []    66.8  2.2e-17
Methyltransf_12   1/1      39   135 ..     1   100 []    66.2  1.9e-17

Alignments of top-scoring domains:
Methyltransf_11: domain 1 of 1, from 39 to 137: score 66.8, E = 2.2e-17
                   *->LDvGcGtGllaraLarrvgpgarvtGvDlspemlalArerapeagle
                      L++ cGtG+ +  + ++   g +vtG+Dls+ ml+lA++ra+ a l+
  gi|2438016    39    LELACGTGIQSIRFKQA---GFDVTGLDLSADMLDLAKKRAQSAHLD 82   

                   n.fvvgDaedLPfpDesFDlV.vssevlhhl..aedperalrEiaRVLKP
                   ++f++g++ dL    + FDlV++ s +l+++++   + ++++ ++  L  
  gi|2438016    83 IpFIQGNMLDLSSV-GKFDLVtCYSDSLCYMedEVAVGDVFEQVYAHLNS 131  

                   GGklvi<-*
                   GG++++   
  gi|2438016   132 GGTFIF    137  

Methyltransf_12: domain 1 of 1, from 39 to 135: score 66.2, E = 1.9e-17
                   *->LdiGcGtGrllaalleallnpgaeytgvDiSp.aleiaaaaerladl
                      L++ cGtG  ++++ +a    g ++tg+D+S+++l     a++ a+ 
  gi|2438016    39    LELACGTGIQSIRFKQA----GFDVTGLDLSAdML---DLAKKRAQS 78   

                   gl.va.rvrldvldlidedpsfDvvvaf.nvLhhldpedpr.avLrnlrr
                    + ++++++ + ldl++   +fD+v++ +++L+++++e   ++v++++++
  gi|2438016    79 AHlDIpFIQGNMLDLSSVG-KFDLVTCYsDSLCYMEDEVAVgDVFEQVYA 127  

                   lLkPGGvl<-*
                   +L  GG +   
  gi|2438016   128 HLNSGGTF    135