#=GF ID   UspA1_rep
#=GF AC   PF18792.5
#=GF DE   Ubiquitous surface protein adhesin repeat
#=GF AU   Paladin L;0000-0003-0011-9397
#=GF AU   Piovesan D;0000-0001-8210-2390
#=GF SE   RepeatsDB
#=GF GA   27.00 16.00;
#=GF TC   29.20 16.30;
#=GF NC   26.80 15.90;
#=GF BM   hmmbuild HMM.ann SEED.ann
#=GF SM   hmmsearch -E 1000 --cpu 4 -Z 75585367 HMM pfamseq
#=GF TP   Repeat
#=GF RN   [1]
#=GF RM   21876142
#=GF RT   Correlation of in situ mechanosensitive responses of the
#=GF RT   Moraxella catarrhalis adhesin UspA1 with fibronectin and
#=GF RT   receptor CEACAM1 binding.
#=GF RA   Agnew C, Borodina E, Zaccai NR, Conners R, Burton NM, Vicary JA,
#=GF RA   Cole DK, Antognozzi M, Virji M, Brady RL;
#=GF RL   Proc Natl Acad Sci U S A. 2011;108:15174-15178.
#=GF DR   INTERPRO; IPR040630;
#=GF DR   SO; 0001068; polypeptide_repeat;
#=GF CC   The UspA1 head domain is globally similar to other structures of
#=GF CC   TAA  head domains and comprises a trimeric left-handed parallel
#=GF CC   beta-roll, which is formed from 14 repeating 14-16 residue
#=GF CC   segments that form  a ladder of beta-strand coils [1]. This Pfam
#=GF CC   entry represents a  single repeat unit of the beta-ladder.
#=GF SQ   20
#=GS D5VA98_MORCB/117-129      AC D5VA98.1
#=GS D5VCQ8_MORCB/137-149      AC D5VCQ8.1
#=GS A0A372BW15_9GAMM/295-307  AC A0A372BW15.1
#=GS D5VCQ8_MORCB/152-164      AC D5VCQ8.1
#=GS D5VA98_MORCB/102-114      AC D5VA98.1
#=GS D5VA98_MORCB/12-24        AC D5VA98.1
#=GS D5VCQ8_MORCB/92-104       AC D5VCQ8.1
#=GS A0A845VII0_9GAMM/578-590  AC A0A845VII0.1
#=GS D5VA98_MORCB/87-99        AC D5VA98.1
#=GS D5VA98_MORCB/42-54        AC D5VA98.1
#=GS D5VCQ8_MORCB/182-194      AC D5VCQ8.1
#=GS D5VCQ8_MORCB/122-134      AC D5VCQ8.1
#=GS D5VA98_MORCB/57-69        AC D5VA98.1
#=GS D5VCQ8_MORCB/167-179      AC D5VCQ8.1
#=GS A0A1E7FIX6_9STRA/176-187  AC A0A1E7FIX6.1
#=GS D5VA98_MORCB/132-144      AC D5VA98.1
#=GS D5VA98_MORCB/27-39        AC D5VA98.1
#=GS D5VA98_MORCB/72-84        AC D5VA98.1
#=GS A0A4D6HBG5_9EURY/181-193  AC A0A4D6HBG5.1
#=GS A0A1E7EM07_9STRA/104-116  AC A0A1E7EM07.1
D5VA98_MORCB/117-129                 STVAGGRDNQATA.
D5VCQ8_MORCB/137-149                 STIVGGNNNRADG.
A0A372BW15_9GAMM/295-307             STIAGGFANEASG.
D5VCQ8_MORCB/152-164                 SAIGGGDDNEAKG.
D5VA98_MORCB/102-114                 STIAGGRNNQAIG.
D5VA98_MORCB/12-24                   STVSGGQSNIAKG.
D5VCQ8_MORCB/92-104                  STIVGGNNNQADG.
A0A845VII0_9GAMM/578-590             STVAGGFSNRAIG.
D5VA98_MORCB/87-99                   STIGGGFLNEANG.
D5VA98_MORCB/42-54                   STVSGGDDNEANG.
D5VCQ8_MORCB/182-194                 STVAGGSNNQAKG.
D5VCQ8_MORCB/122-134                 STIVGGFANQTKG.
D5VA98_MORCB/57-69                   STIGGGFFNEANG.
D5VCQ8_MORCB/167-179                 STVAGGYKNEAIG.
A0A1E7FIX6_9STRA/176-187             STVSGGFDNEA--g
D5VA98_MORCB/132-144                 STVAGGYNNKATG.
D5VA98_MORCB/27-39                   STVSGGQSNIAKG.
D5VA98_MORCB/72-84                   STVSGGDYNAANG.
A0A4D6HBG5_9EURY/181-193             STVAGGDKNQASG.
A0A1E7EM07_9STRA/104-116             STVSGGFNNIASG.
#=GC seq_cons                        STVuGG.sNpApG.
//