# STOCKHOLM 1.0
#=GF ID   SpoVIF
#=GF AC   PF14069.1
#=GF DE   Stage VI sporulation protein F
#=GF AU   Bateman A, Coggill P
#=GF SE   Jackhmmer:O31625
#=GF GA   27.00 27.00;
#=GF TC   28.30 28.20;
#=GF NC   23.00 22.70;
#=GF BM   hmmbuild HMM.ann SEED.ann
#=GF SM   hmmsearch -Z 23193494 -E 1000 --cpu 4 HMM pfamseq
#=GF TP   Family
#=GF RN   [1]
#=GF RM   14523132
#=GF RT   Bacillus subtilis spoVIF (yjcC) gene, involved in coat assembly
#=GF RT   and spore resistance.
#=GF RA   Kuwana R, Yamamura S, Ikejiri H, Kobayashi K, Ogasawara N, Asai
#=GF RA   K, Sadaie Y, Takamatsu H, Watabe K;
#=GF RL   Microbiology. 2003;149:3011-3021.
#=GF RN   [2]
#=GF RM   14702409
#=GF RT   Functional relationship between SpoVIF and GerE in gene
#=GF RT   regulation during sporulation of Bacillus subtilis.
#=GF RA   Kuwana R, Ikejiri H, Yamamura S, Takamatsu H, Watabe K;
#=GF RL   Microbiology. 2004;150:163-170.
#=GF DR   INTERPRO; IPR025942;
#=GF CC   The sporulation-specific SpoVIF (YjcC) protein of Bacillus
#=GF CC   subtilis is essential for the development of heat-resistant
#=GF CC   spores. Its expression is governed by SigK [1,2].
#=GF SQ   18
#=GS Q8EQB0_OCEIH/9-86   AC Q8EQB0.1
#=GS A6CKQ1_9BACI/2-81   AC A6CKQ1.1
#=GS E6TR55_BACCJ/6-84   AC E6TR55.1
#=GS A3I523_9BACI/6-82   AC A3I523.1
#=GS A8FC30_BACP2/6-85   AC A8FC30.1
#=GS SPVIF_BACSU/6-84    AC O31625.2
#=GS Q2B4C3_9BACI/6-84   AC Q2B4C3.1
#=GS Q5L1N3_GEOKA/6-85   AC Q5L1N3.1
#=GS C6CUA9_PAESJ/10-90  AC C6CUA9.1
#=GS C6J423_9BACL/9-90   AC C6J423.1
#=GS D3E7I4_GEOS4/10-91  AC D3E7I4.1
#=GS D3E5U4_GEOS4/13-95  AC D3E5U4.1
#=GS C0ZCB9_BREBN/9-88   AC C0ZCB9.1
#=GS B5URW4_BACCE/6-83   AC B5URW4.1
#=GS Q5WGU1_BACSK/9-88   AC Q5WGU1.1
#=GS D3G038_BACPE/10-88  AC D3G038.1
#=GS Q9KCD1_BACHD/9-89   AC Q9KCD1.1
#=GS E6TZE6_BACCJ/9-88   AC E6TZE6.1
Q8EQB0_OCEIH/9-86              FDKLQKNAN..INPEDVYKVADSVKHANFKDEQTVRNLVKQLAQMANKPLSKEREDKIVQSIVNNNM.PSDMNSLNKLF...KK
A6CKQ1_9BACI/2-81              FGNFEKKTG..VKMDDIMKLAQSFQNTNFKDEKQVRTMIKKVAQMANKPVSREKEEMLVQAITSGKV.PKDMNEIQKMMNK.KK
E6TR55_BACCJ/6-84              FKNIEKKSG..VNMAEIFKLAESIKDANFKDEETVRGIIKKVAAIANKPVPKEKEDELVKAITKDPQ.SINLNKLTKMMD..KK
A3I523_9BACI/6-82              FNSIEQKTG..VSMDEIFALANAIQHADFTSEKQVRKIVRRVAKISNRTITQELEDKLVQSIIQDGA.SLDFDKITRMM....K
A8FC30_BACP2/6-85              FKSVENKTG..VNMNDVFKLAGSLQNANFKDEATVRGVIKKVAQLANKRVPKEMEDKIVQSITSGKE.KLDFNTIAKMMNN.KK
SPVIF_BACSU/6-84               FKNIEKKTG..VKMQDVMNLAGSLQNANFKDENTVRSVINRVAQMANRRVPKELEDKIVESITSGKE.KLDFGTISKMMDN..K
Q2B4C3_9BACI/6-84              FKNIEKKTG..VNMKDILELANSLQNANFKDEKTVRSVIRRVSQIANKPVPKATEDKIVQSIVADGK.QLDFNTISQMI.N.KK
Q5L1N3_GEOKA/6-85              FKNIEKKTG..VNMKDVFELANSLQNANFSDEKTVRQVVKRVAQIANRKVPKELEDQIVKAIVHNGK.QIDFNTIANMLNN.KK
C6CUA9_PAESJ/10-90             LNAINKKTGKNISENAVKKLANGVSASTMKNEEELRKLIKNVSDMAKVPVSDKTMNDIVKAVKASGMSIGGIESLIKMMI...K
C6J423_9BACL/9-90              LNAINKKTGKAISESSVKKLASTVKPSTIQNEAELRKLIKQVSAMAKVPVSESTIHEIVNAVKKSGMNPSNMEALMKLML..KK
D3E7I4_GEOS4/10-91             LNAINKKSGKKISSGAVNKLASTVKPSTMQNEAQLRQLIKQVSAMANIPVSEDTIQEIVGAVKKSGMNPSNMEALMKMMM..NK
D3E5U4_GEOS4/13-95             VERIKLKMKNPAIKERIKGLTQGLTKADLQNSAKVHQLIRTASGILNEKLSSAQEQQMVQFVLAQRIDPNNTFHLIKLWGM.FR
C0ZCB9_BREBN/9-88              FERLQGKATENVDEEKLRSLAGQVKRSDFEDETKLRQIIRTLATLSGKQLTPEKEDKVIEMFRNQEINLGDMSTLTKLL....K
B5URW4_BACCE/6-83              FNNIEKEAK..VNKEDIFKLASSVQNANLRDETVLRQLIHQVALMAGREVPKEQEDQIVKAIINNNM.PTDFGSLSKMF...KK
Q5WGU1_BACSK/9-88              FDQVHKTTK..VRPDELLKLANSVSQANLKDEATVRQLIGKVAALANRPVSKQQEDQIVEAILNNNM.PTDMASLAKMFNN.KK
D3G038_BACPE/10-88             MDQLQKKTS..VRPDELMKLANSVSQANLQDEKTVRQLISQVSKLANTPVSKEKEDQIVQAIVKNNM.PTDFASLAKMFN..KK
Q9KCD1_BACHD/9-89              FDHLKNKTN..VNPADLFKLADSVSQANLRDEKTVRQLIAQVSRLANVPVPKEKEDQIVKAILNNDV.PTDLASLTKMFNNTKK
E6TZE6_BACCJ/9-88              FDQLQEKTN..VNQQDLFNLANSVSNTDLSKEENIRQLIHQVSQLANVPVSKEKEDELVKAISNKDV.PMDFASLAKLFQQ.KK
#=GC seq_cons                  FcslcKKTu..Vs.p-lhKLAsSlpsANhcDEpsVRplI+pVuplAN+PVoKEpEDcIVpAIhsssh.stDhsoLsKMh...KK
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