BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0022.0260.p (316 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IWY8.1 D8IWY8_HERSS HsdR-like type I restriction modification ... 647 0.0 Q2KZC4.1 Q2KZC4_BORA1 Restriction-modification system, endonucle... 447 e-123 Q1K3D1.1 Q1K3D1_DESAC Type I site-specific deoxyribonuclease, Hs... 437 e-120 E1SD39.1 E1SD39_PANVC Type I restriction enzyme R protein EC=3.1... 326 3e-87 A8GJ89.1 A8GJ89_SERP5 Type I site-specific deoxyribonuclease, Hs... 318 5e-85 C4UDD3.1 C4UDD3_YERAL Type I site-specific deoxyribonuclease, Hs... 314 1e-83 B1JLS4.1 B1JLS4_YERPY Type I site-specific deoxyribonuclease, Hs... 313 2e-83 A0L2T9.1 A0L2T9_SHESA Type I site-specific deoxyribonuclease, Hs... 312 4e-83 D2U0Q1.1 D2U0Q1_9ENTR HsdR family type I site-specific deoxyribo... 312 4e-83 B1JLR6.1 B1JLR6_YERPY Type I site-specific deoxyribonuclease EC=... 311 7e-83 >D8IWY8.1 D8IWY8_HERSS HsdR-like type I restriction modification system protein Length = 1049 Score = 647 bits (1670), Expect = 0.0, Method: Compositional matrix adjust. Identities = 316/316 (100%), Positives = 316/316 (100%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA Sbjct: 734 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 793 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDAKMQVTLTISHHQYLTLLQRYKELG 120 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDAKMQVTLTISHHQYLTLLQRYKELG Sbjct: 794 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDAKMQVTLTISHHQYLTLLQRYKELG 853 Query: 121 GGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAKEATLAELHRS 180 GGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAKEATLAELHRS Sbjct: 854 GGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAKEATLAELHRS 913 Query: 181 FTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGIDAS 240 FTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGIDAS Sbjct: 914 FTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGIDAS 973 Query: 241 KLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENLLRM 300 KLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENLLRM Sbjct: 974 KLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENLLRM 1033 Query: 301 FIVHGDFALDVSNEKT 316 FIVHGDFALDVSNEKT Sbjct: 1034 FIVHGDFALDVSNEKT 1049 >Q2KZC4.1 Q2KZC4_BORA1 Restriction-modification system, endonuclease subunit Length = 1044 Score = 447 bits (1149), Expect = e-123, Method: Compositional matrix adjust. Identities = 221/305 (72%), Positives = 253/305 (82%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 MKRNV AAVKLYSGDKPI LFAD+LP NLER+N CF EI AIFS +GITDF+KLPDDLAA Sbjct: 735 MKRNVDAAVKLYSGDKPISLFADQLPRNLERLNDCFTEISAIFSVSGITDFAKLPDDLAA 794 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDAKMQVTLTISHHQYLTLLQRYKELG 120 RA FAKQFN FSAILEAA+IQGFTW++SVYEF + K + + I+ QYLTLLQRYKELG Sbjct: 795 RAVFAKQFNLFSAILEAAKIQGFTWDQSVYEFDTEPKQSIVVVITKLQYLTLLQRYKELG 854 Query: 121 GGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAKEATLAELHRS 180 G G+GE+IPFDIDSHITEIDTGKIDADYMNSRFAK+LK L GDE +KE TLAELHRS Sbjct: 855 AGGGGAGETIPFDIDSHITEIDTGKIDADYMNSRFAKYLKELQSGDEPSKEVTLAELHRS 914 Query: 181 FTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGIDAS 240 FTSLSQEDQ++AEIFLHDIQRGDVQIDP RTFRDYL DY+ AK+KE+ AIV LG+ A+ Sbjct: 915 FTSLSQEDQKLAEIFLHDIQRGDVQIDPARTFRDYLTDYKTAAKDKEVAAIVSALGVHAA 974 Query: 241 KLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENLLRM 300 KL+ALM+ T+ NLNE+GRFD L TVD++KAKAYF+ EG S+P FKV IK LL Sbjct: 975 KLIALMSTHLTEANLNEYGRFDDLRGTVDQEKAKAYFDGLEGVSLPIFKVKIKAAKLLSD 1034 Query: 301 FIVHG 305 F++ G Sbjct: 1035 FLLRG 1039 >Q1K3D1.1 Q1K3D1_DESAC Type I site-specific deoxyribonuclease, HsdR family Length = 1059 Score = 437 bits (1123), Expect = e-120, Method: Compositional matrix adjust. Identities = 223/314 (71%), Positives = 260/314 (82%), Gaps = 3/314 (0%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 MKRNV AAVKLYSGDKPIGLFA+RLPINLERMN F EI AIF+ AGI DF KLPDD + Sbjct: 733 MKRNVDAAVKLYSGDKPIGLFANRLPINLERMNGVFAEIAAIFTDAGIDDFKKLPDDQSE 792 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDAKMQVTLTISHHQYLTLLQRYKELG 120 RAAFAK F FSAILEAA+IQGFTWEK++YEF + + +TL ISH QYLTLLQRYKEL Sbjct: 793 RAAFAKCFQEFSAILEAAKIQGFTWEKTIYEF--EGGLTITLDISHQQYLTLLQRYKELA 850 Query: 121 GGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVL-HGGDEQAKEATLAELHR 179 G G+G+ +PFDIDSHITEIDTGKIDADYMNSRF K+LKVL +GGD +A EATL EL R Sbjct: 851 NGGGGAGDDVPFDIDSHITEIDTGKIDADYMNSRFEKYLKVLQNGGDAEALEATLIELQR 910 Query: 180 SFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGIDA 239 SF+SLSQE Q+IA IFLHDIQRGDV+IDP R+FRDYL DYQA+AKN+E+EA+VE LG+DA Sbjct: 911 SFSSLSQEQQKIAAIFLHDIQRGDVEIDPQRSFRDYLTDYQAKAKNREVEALVESLGVDA 970 Query: 240 SKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENLLR 299 +L LMN TT+ NLNE+GRFD L+AT+D+QKAK YFE EG+++PAFKVNIK NLL Sbjct: 971 DQLTTLMNTNTTEANLNEYGRFDNLVATIDRQKAKDYFEELEGQALPAFKVNIKAANLLH 1030 Query: 300 MFIVHGDFALDVSN 313 F++ G F LD ++ Sbjct: 1031 DFVLQGGFELDAAS 1044 >E1SD39.1 E1SD39_PANVC Type I restriction enzyme R protein EC=3.1.21.3 Length = 1077 Score = 326 bits (835), Expect = 3e-87, Method: Compositional matrix adjust. Identities = 164/319 (51%), Positives = 220/319 (68%), Gaps = 5/319 (1%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++++ AVKLYSGD+PI LF DRL NL+ MN V I +F + G+ +F KLPDD+ A Sbjct: 752 MEQHIKDAVKLYSGDRPISLFVDRLESNLKAMNELVVGITELFVSTGVENFEKLPDDIEA 811 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFG-DDAKMQVTLTISHHQYLTLLQRYKEL 119 A F K FN FS LEAA++QG W+KSVY F +D + +V LTI YL+L+ RYKEL Sbjct: 812 CAQFTKLFNTFSQHLEAAKVQGLYWDKSVYSFTENDVEHEVALTIDEQTYLSLVLRYKEL 871 Query: 120 GGGSVGS---GESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGG-DEQAKEATLA 175 G S G+ G+ +PFDI ++TEIDTGKIDADYMNSRF K+LK L+ D + E TL Sbjct: 872 VGKSDGASAGGDDVPFDISGYLTEIDTGKIDADYMNSRFDKYLKELNKHQDSSSIETTLN 931 Query: 176 ELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGL 235 ELH+SF SL+Q +Q+ A++FLHD+QRGD Q+ TFRDY+ Y+ A+N ++ A+V L Sbjct: 932 ELHKSFASLTQGEQKYAKLFLHDLQRGDAQLVEGHTFRDYINTYKDHAENAQLNAVVNAL 991 Query: 236 GIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTE 295 G+D +L+ALM D N+NEFGRFDAL +VDK KA+ YFE Q+G +IP FK+NI+ + Sbjct: 992 GLDKERLIALMTDNVNDKNINEFGRFDALKESVDKLKARIYFEKQDGANIPPFKLNIRID 1051 Query: 296 NLLRMFIVHGDFALDVSNE 314 L+ FI +L + N+ Sbjct: 1052 QFLKNFICSKQDSLLIDND 1070 >A8GJ89.1 A8GJ89_SERP5 Type I site-specific deoxyribonuclease, HsdR family EC=3.1.21.3 Length = 1061 Score = 318 bits (816), Expect = 5e-85, Method: Compositional matrix adjust. Identities = 164/307 (53%), Positives = 216/307 (70%), Gaps = 5/307 (1%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++++ AVKLYSGD+PIGLF DRL NL+ MN V+I +F +AG+ +F KLPDD+ Sbjct: 745 MEQHINDAVKLYSGDRPIGLFVDRLESNLKAMNELVVDITELFVSAGVENFEKLPDDIEI 804 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFG-DDAKMQVTLTISHHQYLTLLQRYKEL 119 A FAK FN FS LEAA++QG WE+S Y F +D + +VTL+I YL+L+ RYKEL Sbjct: 805 CAQFAKLFNSFSQHLEAAKVQGLHWEQSTYSFTENDVEHEVTLSIDEQTYLSLVLRYKEL 864 Query: 120 GG---GSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK-EATLA 175 GS G +PFDI ++TEIDTGKIDADYMNSRF K+LK L+ + A E TL Sbjct: 865 VAKGDGSGTGGGDVPFDISGYLTEIDTGKIDADYMNSRFDKYLKELNKHQDSANIEITLN 924 Query: 176 ELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGL 235 ELH+SF SL+Q +Q+ A++FLHD+QRGD Q+ TFRDY+ Y+ A+N ++ A+V+ L Sbjct: 925 ELHKSFASLTQSEQKYAKLFLHDLQRGDAQLIEGHTFRDYINTYKDNAENAQLNAVVDAL 984 Query: 236 GIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTE 295 G+D L+ALM + NLN+FGRFDAL TVDK KAKAYFE Q+G +IP FK+NI+ + Sbjct: 985 GLDKKLLIALMADSVNNKNLNDFGRFDALKETVDKTKAKAYFEKQDGITIPLFKLNIRID 1044 Query: 296 NLLRMFI 302 L+ FI Sbjct: 1045 QFLKQFI 1051 >C4UDD3.1 C4UDD3_YERAL Type I site-specific deoxyribonuclease, HsdR family Length = 1082 Score = 314 bits (804), Expect = 1e-83, Method: Compositional matrix adjust. Identities = 159/308 (51%), Positives = 212/308 (68%), Gaps = 5/308 (1%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++ + AVKLYSGD+PIGLF D+L NL+ +N +I +F +AG+ +F KLPDD+ Sbjct: 752 MEQYINDAVKLYSGDRPIGLFVDKLEGNLKAINELVADITELFVSAGVENFEKLPDDIQT 811 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYE-FGDDAKMQVTLTISHHQYLTLLQRYKEL 119 A FAK FN FS LEAA++QG WE+SVY +D + +VTL I YL+L+ RYKEL Sbjct: 812 CAQFAKLFNTFSQHLEAAKVQGLHWEQSVYSPTENDVEHEVTLAIDEQTYLSLVLRYKEL 871 Query: 120 ---GGGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK-EATLA 175 G S G ++PFDI ++TEIDTGKIDADYMNSRF KFLK L+ + A E TL Sbjct: 872 VAKGDSSGAGGGNVPFDISGYLTEIDTGKIDADYMNSRFDKFLKELNQHQDPASIETTLN 931 Query: 176 ELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGL 235 ELH+SF SL+Q +Q+ A++FLHD+QRGD Q+ TFRDY+ Y+ A+N ++ A+V L Sbjct: 932 ELHKSFASLTQSEQKYAKLFLHDLQRGDAQLIEGHTFRDYINIYKDNAENAQLSAVVNAL 991 Query: 236 GIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTE 295 G+D +L+ALM D NLN+FGRFDAL +V KA+ YFE Q+G +IP FK+NI+ E Sbjct: 992 GLDKERLMALMADSVNDKNLNDFGRFDALKNSVSTAKARIYFEKQDGVTIPLFKLNIRIE 1051 Query: 296 NLLRMFIV 303 L+ FI+ Sbjct: 1052 QFLKQFIL 1059 >B1JLS4.1 B1JLS4_YERPY Type I site-specific deoxyribonuclease, HsdR family EC=3.1.21.3 Length = 1075 Score = 313 bits (803), Expect = 2e-83, Method: Compositional matrix adjust. Identities = 159/308 (51%), Positives = 214/308 (69%), Gaps = 5/308 (1%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++++ AVKLYSGD+PIGLF DRL NL+ +N +I +F +AG+ +F KLPDD+ Sbjct: 745 MEQHINDAVKLYSGDRPIGLFVDRLESNLKAINELVADITELFVSAGVENFEKLPDDIET 804 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGD-DAKMQVTLTISHHQYLTLLQRYKEL 119 A FAK FN FS L AA++QGF WE+S+Y F + D + +VTL I YL+L+ RYKEL Sbjct: 805 CAQFAKLFNTFSQHLAAAKVQGFHWEQSIYSFTENDVEHEVTLAIDEQTYLSLVLRYKEL 864 Query: 120 ---GGGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK-EATLA 175 G G +PFDI ++TEIDTGKIDADYMNSRF KFLK L+ + A E TL Sbjct: 865 VGKGDGGGAGEGDVPFDISGYLTEIDTGKIDADYMNSRFDKFLKELNQHQDSANIETTLN 924 Query: 176 ELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGL 235 ELH+SF SL+Q +Q+ A++FLHD+QRGD Q+ TFRDY+ Y+ A+N ++ A+V L Sbjct: 925 ELHKSFASLTQSEQKYAKLFLHDLQRGDAQLIEGHTFRDYINTYKDNAENAQLNAVVNVL 984 Query: 236 GIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTE 295 G+D +L+ALM D NLN+FGRFDAL +VDK+KAK YFE Q+ ++P FK+NI+ + Sbjct: 985 GLDKERLIALMADSVNDKNLNDFGRFDALKDSVDKEKAKVYFEKQDSVTLPLFKLNIRID 1044 Query: 296 NLLRMFIV 303 L+ FI+ Sbjct: 1045 QFLKQFIL 1052 >A0L2T9.1 A0L2T9_SHESA Type I site-specific deoxyribonuclease, HsdR family Length = 1076 Score = 312 bits (800), Expect = 4e-83, Method: Compositional matrix adjust. Identities = 162/313 (51%), Positives = 218/313 (69%), Gaps = 11/313 (3%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++++ AVKLYSGD+PIGLF DRL NLE MN F +I +F +AG+T+F KLP+D+ A Sbjct: 745 MEQHINDAVKLYSGDRPIGLFVDRLESNLEAMNELFGDITELFISAGVTNFEKLPEDVEA 804 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFGDDA-------KMQVTLTISHHQYLTLL 113 A FA+ F F+ LEAA+IQG WE+SVY F +A + +VTL I+ YL+L Sbjct: 805 CAKFAELFKVFNQHLEAAKIQGLHWEQSVYTFTTNASTGENGTEHEVTLAINEQTYLSLA 864 Query: 114 QRYKELGG---GSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK 170 RYKEL G G +PFDI ++TEIDTGKIDADYMNSRF K+LK L+ ++QA Sbjct: 865 LRYKELASKGDGGGAGGGGVPFDISGYLTEIDTGKIDADYMNSRFDKYLKELNQHNDQAS 924 Query: 171 -EATLAELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIE 229 + TL ELH+SF+SL+Q +Q+ A++FLHD+QRGD ++ TFRDY+ Y+ A+N +I Sbjct: 925 IQLTLNELHKSFSSLTQAEQKYAKLFLHDLQRGDAKLIEGHTFRDYINTYKDNAENAQIN 984 Query: 230 AIVEGLGIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFK 289 AIV LG+D S+L++L+N + +LN FGRFDAL TVDK KAK YFE +G +IP FK Sbjct: 985 AIVNALGLDKSQLISLLNDSVNEKHLNNFGRFDALKDTVDKAKAKVYFEKLDGVTIPPFK 1044 Query: 290 VNIKTENLLRMFI 302 +NI+ + L+ FI Sbjct: 1045 LNIRIDQFLKQFI 1057 >D2U0Q1.1 D2U0Q1_9ENTR HsdR family type I site-specific deoxyribonuclease (Fragment) Length = 312 Score = 312 bits (800), Expect = 4e-83, Method: Compositional matrix adjust. Identities = 159/306 (51%), Positives = 209/306 (68%), Gaps = 5/306 (1%) Query: 3 RNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAARA 62 +++ AAVKLYSGDKPIGLF D+L N++ MN I +F + + +F KLPDD+ A A Sbjct: 1 QHINAAVKLYSGDKPIGLFVDKLESNIKAMNELVDNISELFVSTSVENFEKLPDDIEACA 60 Query: 63 AFAKQFNRFSAILEAARIQGFTWEKSVYEFG-DDAKMQVTLTISHHQYLTLLQRYKEL-- 119 FAK FN FS LEAA++QG WE+SVY F +D + +VTL I YL+L RYKEL Sbjct: 61 QFAKLFNTFSQHLEAAKVQGLHWEQSVYSFTENDVEHEVTLAIDEQTYLSLALRYKELVG 120 Query: 120 -GGGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK-EATLAEL 177 G V G +PFDI ++TEIDTGKIDADYMNSRF K+LK L+ A E+TL EL Sbjct: 121 KGDHDVAGGSDVPFDISGYLTEIDTGKIDADYMNSRFDKYLKELNKHQNPASIESTLNEL 180 Query: 178 HRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGLGI 237 H+SF +L+Q +Q+ A++FLHD+QRGDVQ+ TFRDY+ Y+ A+N ++ A+V LG+ Sbjct: 181 HKSFATLTQIEQKYAKLFLHDLQRGDVQLVEGHTFRDYINIYKDNAENAQLNAVVNALGL 240 Query: 238 DASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTENL 297 D L+ALM + NLN+FGRFDAL +VDK KAK YFE Q+G +I FK+NI+ + Sbjct: 241 DKELLIALMVNSVNEKNLNDFGRFDALKESVDKVKAKVYFEKQDGVTISLFKLNIRIDLF 300 Query: 298 LRMFIV 303 L+ FI Sbjct: 301 LKQFIC 306 >B1JLR6.1 B1JLR6_YERPY Type I site-specific deoxyribonuclease EC=3.1.21.3 Length = 881 Score = 311 bits (797), Expect = 7e-83, Method: Compositional matrix adjust. Identities = 159/308 (51%), Positives = 212/308 (68%), Gaps = 5/308 (1%) Query: 1 MKRNVAAAVKLYSGDKPIGLFADRLPINLERMNACFVEICAIFSAAGITDFSKLPDDLAA 60 M++ + AVKLYSGD+PIGLF DRL NL+ +N +I +F +AG+ +F KLPDD+ Sbjct: 551 MEQYINDAVKLYSGDRPIGLFVDRLESNLKAINELVADITELFVSAGVENFEKLPDDIET 610 Query: 61 RAAFAKQFNRFSAILEAARIQGFTWEKSVYEFG-DDAKMQVTLTISHHQYLTLLQRYKEL 119 A FAK FN FS L AA++QGF WE+S+Y F +D + +VTL I YL+L+ RYKEL Sbjct: 611 CAQFAKLFNTFSQHLAAAKVQGFHWEQSIYSFTENDVEHEVTLAIDEQTYLSLVLRYKEL 670 Query: 120 ---GGGSVGSGESIPFDIDSHITEIDTGKIDADYMNSRFAKFLKVLHGGDEQAK-EATLA 175 G G +PFDI ++TEIDTGKIDADYMNSRF K+LK L+ + A E TL Sbjct: 671 VGKGDGGGAGEGDVPFDISGYLTEIDTGKIDADYMNSRFDKYLKELNQHQDSANIETTLN 730 Query: 176 ELHRSFTSLSQEDQRIAEIFLHDIQRGDVQIDPNRTFRDYLADYQAQAKNKEIEAIVEGL 235 ELH+SF SL+Q +Q+ A++FLHD+QRGD Q+ TFRDY+ Y+ A+N ++ A+V L Sbjct: 731 ELHKSFASLTQSEQKYAKLFLHDLQRGDAQLIEGHTFRDYINTYKDNAENAQLNAVVNAL 790 Query: 236 GIDASKLLALMNAKTTDVNLNEFGRFDALLATVDKQKAKAYFEAQEGKSIPAFKVNIKTE 295 G+D +L+ALM D NLN+FGRFDAL +V+K KAK YFE Q+G IP FK+NI+ + Sbjct: 791 GLDKERLIALMADSVNDKNLNDFGRFDALKDSVNKAKAKIYFEKQDGVIIPPFKLNIRID 850 Query: 296 NLLRMFIV 303 L+ FI+ Sbjct: 851 QFLKQFIL 858