BLASTP 2.2.18 [Mar-02-2008] 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= 0022.0206.p (788 letters) Database: BlastDatabases/689/689 4735 sequences; 1,619,870 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value gi|300313794|ref|YP_003777886.1| ferrichrome-iron receptor prote... 1585 0.0 gi|300311660|ref|YP_003775752.1| TonB-dependent receptor protein... 389 e-109 gi|300311652|ref|YP_003775744.1| TonB-dependent siderophore rece... 382 e-107 gi|300310824|ref|YP_003774916.1| hydroxamate-type ferrisideropho... 249 5e-67 gi|300312129|ref|YP_003776221.1| TonB-dependent ferric sideropho... 203 4e-53 >gi|300313794|ref|YP_003777886.1| ferrichrome-iron receptor protein [Herbaspirillum seropedicae SmR1] Length = 817 Score = 1585 bits (4105), Expect = 0.0, Method: Compositional matrix adjust. Identities = 784/788 (99%), Positives = 786/788 (99%) Query: 1 MVTAALHAQAVQQRFDIPPGPLEQVLARFAQAADVPLALQSGKLQGQHSPGLAGSYSVQA 60 MVTAALHAQAVQQRFDIPPGPLEQVLARFAQAADVPLALQSGKLQGQHSPGLAGSYSVQA Sbjct: 30 MVTAALHAQAVQQRFDIPPGPLEQVLARFAQAADVPLALQSGKLQGQHSPGLAGSYSVQA 89 Query: 61 GFDALLAGSGYRIGKTASGYVLVPASEAATPSAAATPAASGSLPAIQISASADPGEQRWT 120 GFDALLAGSGYRIGKTASGYVLVPASEAATPSAA TPAASGSLPAIQISASADPGEQRWT Sbjct: 90 GFDALLAGSGYRIGKTASGYVLVPASEAATPSAATTPAASGSLPAIQISASADPGEQRWT 149 Query: 121 ARDSASTTKTATPLIDVPQSISVVTAERIAAMGATTARDALGYTPGVNISPYGSDSRYDW 180 ARDSASTTKTATPLI+VPQSISVVTAERIAAMGATTARDALGYTPGVNISPYGSDSRYDW Sbjct: 150 ARDSASTTKTATPLIEVPQSISVVTAERIAAMGATTARDALGYTPGVNISPYGSDSRYDW 209 Query: 181 INLRGFDAYSPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYGQAGPGGVVN 240 INLRGFDAYSPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYGQAGPGGVVN Sbjct: 210 INLRGFDAYSPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYGQAGPGGVVN 269 Query: 241 VVSKLPSADAPRELQVQLGSDRRRQVGADIGGAIDADGRLLYRVIGVVRDAELPAGGMKN 300 VVSKLPSADAPRELQVQLGSDRRRQVGADIGGAIDADGRLLYRVIGVVRDAELPAGGMKN Sbjct: 270 VVSKLPSADAPRELQVQLGSDRRRQVGADIGGAIDADGRLLYRVIGVVRDAELPAGGMKN 329 Query: 301 DRLYLAPSLVWKISAATSLTLQAALLRDQGGVYTRTRPLVGSLVPTAIGTTIPSELYTGN 360 DRLYLAPSLVWKISAATSLTLQAALLRDQGGVYTRTRPLVGSLVPTAIGTTIPSELYTGN Sbjct: 330 DRLYLAPSLVWKISAATSLTLQAALLRDQGGVYTRTRPLVGSLVPTAIGTTIPSELYTGN 389 Query: 361 PHFDHFSQDQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQTPRFATLNAANPNDPV 420 PHFDHFSQDQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQTPRFATLNAANPNDPV Sbjct: 390 PHFDHFSQDQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQTPRFATLNAANPNDPV 449 Query: 421 NFQNLTRNLFGSRESATMFSIDNQLQADFNTGAVRHTVLAGVDYQRSRFDAVSFSGGSAP 480 NFQNLTRNLFGSRESATMFSIDNQLQADF+TGAVRHTVLAGVDYQRSRFDAVSFSGGSAP Sbjct: 450 NFQNLTRNLFGSRESATMFSIDNQLQADFSTGAVRHTVLAGVDYQRSRFDAVSFSGGSAP 509 Query: 481 LLNIAAPSYPNGPFVVPAPYSDNRAVLTQTGIYLQDQIKWNNGWEVTLGGRHDSASSTVD 540 LLNIAAPSYPNGPFVVPAPYSDNRAVLTQTGIYLQDQIKWNNGWEVTLGGRHDSASSTVD Sbjct: 510 LLNIAAPSYPNGPFVVPAPYSDNRAVLTQTGIYLQDQIKWNNGWEVTLGGRHDSASSTVD 569 Query: 541 NRLDGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPTATVNPLTNQSFGPETGKQ 600 NRLDGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPTATVNPLTNQSFGPETGKQ Sbjct: 570 NRLDGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPTATVNPLTNQSFGPETGKQ 629 Query: 601 TEVGLRYQPPGTNDLYSAALFDLKRQNYISYDANFMPTQKGEIAVRGLELEAVTQPMAAL 660 TEVGLRYQPPGTNDLYSAALFDLKRQNYISYDANFMPTQKGEIAVRGLELEAVTQPMAAL Sbjct: 630 TEVGLRYQPPGTNDLYSAALFDLKRQNYISYDANFMPTQKGEIAVRGLELEAVTQPMAAL 689 Query: 661 RLTAAYSYTPRAVVTASSRPAEIGKQAAAVPLHQFSVWGDHRLGNGVRLGLGARYVSATS 720 RLTAAYSYTPRAVVTASSRPAEIGKQAAAV LHQFSVWGDHRLGNGVRLGLGARYVSATS Sbjct: 690 RLTAAYSYTPRAVVTASSRPAEIGKQAAAVLLHQFSVWGDHRLGNGVRLGLGARYVSATS 749 Query: 721 GNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRNLTDKRYLTNCDTTASMCYYGDQRSV 780 GNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRNLTDKRYLTNCDTTASMCYYGDQRSV Sbjct: 750 GNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRNLTDKRYLTNCDTTASMCYYGDQRSV 809 Query: 781 LATASYRW 788 LATASYRW Sbjct: 810 LATASYRW 817 >gi|300311660|ref|YP_003775752.1| TonB-dependent receptor protein [Herbaspirillum seropedicae SmR1] Length = 705 Score = 389 bits (998), Expect = e-109, Method: Compositional matrix adjust. Identities = 268/710 (37%), Positives = 380/710 (53%), Gaps = 59/710 (8%) Query: 103 LPAIQISASADPGE---QRWTARDSASTTKTATPLIDVPQSISVVTAERIAAMGATTARD 159 LP ++I A A+ + A+ +AS TKT TP+++VPQS+SVVT + + A G T+ D Sbjct: 31 LPQVEIKADAETANGPVNGYVAKRTASATKTDTPVLEVPQSVSVVTRDEMDARGVTSLLD 90 Query: 160 ALGYTPGVNISPYGSDSR-YDWINLRGF-DAYSPGFYLDGLPLRNANSFAVWRTENYGIE 217 L Y PG N +G D R Y++ NLRGF +A +L+GL + F +RTE YG+E Sbjct: 91 VLRYMPGANSETHGVDPRGYEYFNLRGFINAQVTSNFLNGLR-QIPGGFGQFRTETYGME 149 Query: 218 QLAVLRGPASVLYGQAGPGGVVNVVSKLPSADAPRELQVQLGSDRRRQVGADIGGAIDAD 277 ++ VLRGP SV +GQA PGGV+N VSKLP D P EL V +GS R+QV AD+ G D Sbjct: 150 RIEVLRGPGSVTFGQADPGGVINRVSKLPGMDIPNELGVDIGSFNRKQVVADLNGHTQ-D 208 Query: 278 GRLLYRVIGVVRDA----ELPAG-GMKNDRLYLAPSLVWKISAATSLTLQAALLRDQGGV 332 G L+RV+G+ D+ + G N+R YLAPSL W+ SA+TSLTL A + D+ G Sbjct: 209 GEYLWRVVGLGLDSNNQYKFNNGQSGDNNRFYLAPSLTWRPSASTSLTLMADYMNDRSGS 268 Query: 333 --YTRTRPLVGSLVPTAIGTTIPSELYTGNPHFDHFSQDQELFGYRLAHRFDERFAFTQS 390 +T RP G + L G+P+FD S DQ FGY+ H+FD + F Q+ Sbjct: 269 SRWTAVRP----------GNVLTHTL-IGDPNFDRQSNDQWSFGYQFEHKFDNAWTFRQN 317 Query: 391 ARVGHMSTDYRAVQTPRFATLNAANPNDPVNFQNLTR--NLFGSRESATMFSIDNQLQAD 448 R ++ + Y A LN V LTR ++ S+ T+ +DNQL+ Sbjct: 318 FRQANLKSVY--------AALNPGTLTGSV----LTRGTTVYNSQVDNTL--VDNQLEGR 363 Query: 449 FNTGAVRHTVLAGVDYQRSRFDAVSFSGGSAPLLNIAAPSYPNGPFVVPAP---YSDNRA 505 GA HTVL G+D+ R V + G+AP LNI P Y +PA + + Sbjct: 364 LKWGATEHTVLFGLDWSRMYDREVRYR-GAAPSLNIDNPVY---GVTIPAATTLFGNLEE 419 Query: 506 VLTQTGIYLQDQIKWNNGWEVTLGGRHDSASSTVDNRLDGSRTSSTDRKFTRRAAVLYHA 565 + QTG+Y QDQIK++ +TLGGR D N + + T S D + R + Y Sbjct: 420 NMNQTGLYAQDQIKFDQRLTLTLGGRWDKVKDETRNYFNRTTTRSDDSALSGRIGLSYLV 479 Query: 566 ANGLAPYLSYTESFNPTATVNPLTNQSFGPETGKQTEVGLRYQPPGTNDLYSAALFDLKR 625 +APY+SY SF P T + + F P +Q EVG++YQP L++AALF+L + Sbjct: 480 TRDIAPYVSYATSFLP-QTGSDFNGKPFDPTKARQAEVGIKYQPADGKTLFTAALFELTK 538 Query: 626 QNYISYD---ANFMPTQKGEIAVRGLELEAVTQPMAALRLTAAYSYTPRAVVTASSRPAE 682 N + D NF GEI RGLELEA + + L L+A+Y+YT T ++ + Sbjct: 539 TNVQTPDPAHTNF-NVLSGEIKSRGLELEAKGEIVKGLNLSASYTYTD-VKNTQNNTASL 596 Query: 683 IGKQAAAVPLHQFSVWGDHRL----GNGVRLGLGARYVSATSGNGGGTPVKVPGYTLLDG 738 +GKQ VP SVW D+ + G +G GARY + + T VK G T+ D Sbjct: 597 LGKQPILVPRQAASVWADYTVQGGPLAGAGIGGGARYTGSNYADAANT-VKNGGVTVFDA 655 Query: 739 LLGYDFARWSLALNLRNLTDKRYLTNCDTTASMCYYGDQRSVLATASYRW 788 + Y+ RW ALN+ N+T+K Y + + C++ +R+ + +A YRW Sbjct: 656 VFHYNLNRWRYALNISNITNKEYTSCLAEPTTTCFWAAERTAILSARYRW 705 >gi|300311652|ref|YP_003775744.1| TonB-dependent siderophore receptor protein [Herbaspirillum seropedicae SmR1] Length = 832 Score = 382 bits (980), Expect = e-107, Method: Compositional matrix adjust. Identities = 286/813 (35%), Positives = 419/813 (51%), Gaps = 62/813 (7%) Query: 1 MVTAALHAQAVQQRFDIPPGPLEQVLARFAQAADVPLALQSGKLQGQHSPGLAGSYSVQA 60 +VT A A ++ F++ GPLE L RFA+ A + ++ S +QG+ L G YSV Sbjct: 57 VVTQAQGAPEARRHFNVAAGPLEDALNRFARQAGITMSYASALVQGRQVTALQGEYSVSQ 116 Query: 61 GFDALLAGSGYRIGKTASG-YVLVPASEAATPSAAATPAASGSLPAIQISA------SAD 113 G + LLAGSG R ++ +G Y L P + A P T G+ I +S +AD Sbjct: 117 GLEVLLAGSGLRAVRSDNGAYALQPLVQGA-PEQVDTLHRLGN---ITVSGRRDEPGAAD 172 Query: 114 PGEQRWTARDSASTTKTATPLIDVPQSISVVTAERIAAMGATTARDALGYTPGVNISPYG 173 P E + A SA+ TKT TPL+++ QS+SVVT + A GA + D L Y PG N +G Sbjct: 173 PVEG-YVALRSATATKTDTPLLELAQSVSVVTRAEMEARGANSILDVLRYMPGANTETHG 231 Query: 174 SDSR-YDWINLRGF-DAYSPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYG 231 D R YD+ NLRGF +A + YL+GL + + F ++RTE YG+E++ VLRG S +G Sbjct: 232 VDPRGYDYFNLRGFINAQTTSNYLNGL-RQIPSGFGMFRTETYGLERVEVLRGANSASFG 290 Query: 232 QAGPGGVVNVVSKLPSADAPRELQVQLGSDRRRQVGADIGGAIDADGRLLYRVIGVVRDA 291 QA PGGVVN VSKL + A EL V +GS +RRQV AD+ G +D +GR+ R++G++ D Sbjct: 291 QADPGGVVNRVSKLAGSGARNELMVDVGSFQRRQVAADLSGDLDPEGRVQARLVGLLLDG 350 Query: 292 ELP---AGGM--KNDRLYLAPSLVWKISAATSLTLQAALLRDQGGV--YTRTRPLVGSLV 344 + A G NDRLYLAPSL + SA TSL L A L+D+ G +T R Sbjct: 351 DTQFRYANGRAGDNDRLYLAPSLKIRPSADTSLILLAEYLKDRSGSGRWTAVR------- 403 Query: 345 PTAIGTTIPSELYTGNPHFDHFSQDQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQ 404 A G+ + L G+P FD +Q G+ L HR D + Q R + + Y AV Sbjct: 404 --ADGSQTHTLL--GDPDFDQQRGEQWSLGWMLEHRLDATWTLRQHFRQAALRSQYAAVN 459 Query: 405 TPRFATLNAANPNDPVNFQNLTRN--LFGSRESATMFSIDNQLQADFNTGAVRHTVLAGV 462 F N L+R+ ++ ++ T+ +DNQ A G H VL G+ Sbjct: 460 PGSF------------NGSILSRSTAVYDTQVENTL--LDNQALARVQWGQAEHQVLLGL 505 Query: 463 DYQRSRFDAVSFSGGSAPLLNIAAPSYPNGPFVVPAPYSDNRAVLTQTGIYLQDQIKWNN 522 D+ + G AP L+I P Y + D L QTG+Y QDQI++ Sbjct: 506 DWSHMSAREQRYR-GVAPSLDIDNPVYTQPIPAATTRFGDLDQTLVQTGLYAQDQIRYQR 564 Query: 523 GWEVTLGGRHDSASSTVDNRLDGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPT 582 +TLG R+D + + N + S ++ + F+ R + Y + LAPY+SY SF P Sbjct: 565 -IVLTLGARYDRSRDSTRNAANNSLQAAEENAFSGRVGLSYLVSPELAPYVSYGSSFLPQ 623 Query: 583 ATVNPLTNQSFGPETGKQTEVGLRYQPPGTNDLYSAALFDLKRQNYISYD---ANFMPTQ 639 A + + + F T +Q E G++YQP +Y+AAL+ L + N + D ANF Sbjct: 624 AGQD-VDGKPFKAATARQIEAGVKYQPGHGRAVYTAALYQLVKDNALGSDPLHANF-SVS 681 Query: 640 KGEIAVRGLELEAVTQPMAALRLTAAYSYTPRAVVTASSRPAEIGKQAAAVPLHQFSVWG 699 G++ RG+ELEA + + L +TAAY+Y + V T ++ P IGK VP S+W Sbjct: 682 NGQVRSRGVELEAKGELLPGLNVTAAYTYA-QVVNTQNAAPELIGKTPILVPRQAASLWL 740 Query: 700 DHRLGN----GVRLGLGARYVSATSGNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRN 755 D+ + G+ +G GARY T V+ +LD ++ D W A N+ N Sbjct: 741 DYTVQRGDLAGMGVGAGARYTGRNYATAANT-VENAAQVILDAMVRIDRGPWRYAFNVSN 799 Query: 756 LTDKRYLTNCDTTASMCYYGDQRSVLATASYRW 788 L +++Y + C++ +R+ + +A YRW Sbjct: 800 LANRQYTSCLAEPTLTCFWAPERTAVLSARYRW 832 >gi|300310824|ref|YP_003774916.1| hydroxamate-type ferrisiderophore receptor signal peptide protein, tonB-dependent receptor [Herbaspirillum seropedicae SmR1] Length = 715 Score = 249 bits (637), Expect = 5e-67, Method: Compositional matrix adjust. Identities = 201/671 (29%), Positives = 306/671 (45%), Gaps = 38/671 (5%) Query: 129 KTATPLIDVPQSISVVTAERIAAMGATTARDALGYTPGVNISPYGSDSRYDWINLRGFDA 188 K++TPL + PQSISVVT + + A + DAL GV YG D I +RG A Sbjct: 72 KSSTPLSETPQSISVVTRAMMDSQQAVSLSDALKNVSGVVAQQYGRRGWDDLI-IRGQVA 130 Query: 189 YSPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYGQAGPGGVVNVVSKLPSA 248 S YLDGL ++ A + YG++Q+ VL+GP S+LYG PGG+VN+VSK P Sbjct: 131 -SDSLYLDGLRTTASSRVA---EQLYGLQQVEVLKGPGSLLYGLVLPGGLVNMVSKRPQG 186 Query: 249 DAPRELQVQLGSDRRRQVGADIGGAIDADGRLLYRVIGVVRDAELPAGGMKNDRLYLAPS 308 + V +GS Q D+ ++ +G+ +R+ G++ +++ + Y+APS Sbjct: 187 SDFANVDVTIGSHDLYQSTVDLNKSLSENGKQAFRINGLISNSDDATDHVWFKNRYIAPS 246 Query: 309 LVWKISAATSLTLQAALLRDQGGVYTRTRPLVGSLVPTAIGTTIPSELYTGNPHFDHFSQ 368 L + A T T+ + +++ V + PL GS+ P A G + L+ G P ++ Sbjct: 247 LSLDLGARTDFTILTS-YQERNYVRQQGLPLSGSITPNASG-PLARSLFIGEPGARPYAA 304 Query: 369 DQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQTPRFATLNAANPNDPVNFQNLTRN 428 ++ GY L HRFD+ + + R + + + + + +LTR+ Sbjct: 305 NETRIGYSLTHRFDDGWTLNNNLRYQQFTMSGQLISI------------NNLTGTSLTRS 352 Query: 429 LFGSRESATMFSIDNQLQADFNTGAVRHTVLAGVDYQRSRFDAVSFSGGSAPLLNIAAPS 488 F++D +Q F T +H V G DY SR + + PL NI PS Sbjct: 353 AMDQTFEGQTFTMDTNVQRSFATAWGKHEVTLGTDYMNSRELERTLTCSVTPLSNIYNPS 412 Query: 489 YPNGPFVVPAPYSDNRAVLT-----QTGIYLQDQIKWNNGWEVTLGGRHDSASSTVDNRL 543 Y V P + A L TG Y +D+I W++ G R D A++ + L Sbjct: 413 Y-GARVVCPTQLTSTNAKLNDTSVRDTGFYARDKISLGERWQLLAGVRQDRAATYTTSAL 471 Query: 544 DGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPTATVNPLTNQSFGPETGKQTEV 603 GS + + T AA++ +G+ PYLSY SF P + F PETGKQ E Sbjct: 472 TGSHSDNASSATTASAAIMVELWHGVRPYLSYATSFYPNSGT-AFDGSIFKPETGKQWET 530 Query: 604 GLRYQPPGTNDLYSAALFDLKRQNYISYDANFMPTQK--GEIAVRGLELEAVTQPMAALR 661 G++ + ALFDL+R+N + D + + G +G E+ + L Sbjct: 531 GVKVDLDEGRTSINFALFDLRRRNVLVTDPDHTSYKMAIGGQRSQGGEISVTSDLRNGLS 590 Query: 662 LTAAYSYTPRAVV-TASSRPAEIGKQAAAVPLHQFSVWGDHRLG---NGVRLGLGARYVS 717 L AAYSYT V+ R +G+ VP H F+ +R +G L G R S Sbjct: 591 LNAAYSYTAAIVIDDGGQRSTTVGQWLDNVPRHNFTTSARYRFSGELSGWELNGGVRGQS 650 Query: 718 ATSGNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRNLTDKRYLTNCDTTASMCYYGDQ 777 NG +PGY L D + Y+ RW ALN++N+ + Y GD Sbjct: 651 MMRTNG----YTLPGYVLADIGVAYNAERWRTALNVKNVFNTEYYAGG--LGKAVALGDD 704 Query: 778 RSVLATASYRW 788 R+V+ T YR+ Sbjct: 705 RTVMLTLGYRY 715 >gi|300312129|ref|YP_003776221.1| TonB-dependent ferric siderophore receptor protein [Herbaspirillum seropedicae SmR1] Length = 796 Score = 203 bits (517), Expect = 4e-53, Method: Compositional matrix adjust. Identities = 218/802 (27%), Positives = 353/802 (44%), Gaps = 80/802 (9%) Query: 17 IPPGPLEQVLARFAQAADVPLALQSGKLQGQHSPGLAGSYSVQAGFDALLAGSGYRIGKT 76 +P GPL+Q L R AQ + + ++ + ++ S + G+++ L+ +G + T Sbjct: 45 LPSGPLDQTLLRIAQQSGLLISYEPALVKSLQSAPVEGNFTAPEAIKKALSNTGLELVAT 104 Query: 77 ASG-YVLVPASEAATPSAAATPA----ASGSLPAIQISASADPGEQRWTARDSASTTKTA 131 SG + L P + A+T S TPA A LP I ++A+AD G + A SA+ ++T Sbjct: 105 PSGKWTLRPVAGASTTSTTETPAHKAIADAELPLISVAATADSGGTGFVAESSATFSRTD 164 Query: 132 TPLIDVPQSISVVTAERIAAMGATTARDALGYTPGV--NISPYGSDSRYDWINLRGFDAY 189 TPL + P+S+SV+ A I + A T D L GV PYG S +RG+ Sbjct: 165 TPLSETPKSVSVINAAVIQSQSAQTLSDVLRNASGVVARPGPYGVPS----FAIRGYVGN 220 Query: 190 SPGFYLDGLPLRNANSFAVWRTENYGIEQLAVLRGPASVLYGQAGPGGVVNVVSKLPSAD 249 +P DGL + + T I + V++GP++++ A PGGVVNV+ K P + Sbjct: 221 AP-VMSDGLSSYGSAASPAALTPTIAIAGVEVVKGPSAIMAADAPPGGVVNVIKKAPQVE 279 Query: 250 APRELQVQLGSDRRRQVGADIGGAIDADGRLLYR-VIGVVRDAELPAGGMKNDRLYLAPS 308 E+QV GS+ QV D GAID D RL YR V+ + +E G Y+AP+ Sbjct: 280 PFHEVQVAYGSNSFSQVAFDSTGAIDEDKRLRYRFVVSADKSSENFMGYDGGRHFYIAPT 339 Query: 309 LVWKISAATSLTLQAALLRDQGGVYTRTR-PLVGSLVPTAIGTTIPSELYTGNP---HFD 364 L WK +T LTL G +T TR P V A G + + Y +P D Sbjct: 340 LQWK-DRSTDLTL--------GYAHTVTREPFPQYTVGYARGGYV--DGYVEHPLGNRGD 388 Query: 365 HFSQDQELFGYRLAHRFDERFAFTQSARVGHMSTDYRAVQTPRFATLNAANPNDPVNFQN 424 HFS + +L + + F ++ G+ ST +T+ +N Sbjct: 389 HFSMTADELTAKLEQKLSDNLTFV--SKNGYTSTTQGQDGWAAASTVTNSN--------- 437 Query: 425 LTRNLFGSRESATMFSIDNQ--LQADFNTGAVRHTVLAGVDY---QRSRFDAVSFSGGSA 479 L G + SA ++ ++Q L+ + V+ T L GVDY ++D S S + Sbjct: 438 -ALTLLGFKSSANYYTANSQNYLRLKSDLAGVKSTTLVGVDYSYMHYVQYDRNSSSTTTI 496 Query: 480 P----LLNIAAPSYPNGPFVVPAPYSDNRAVLTQTGIYLQDQIKWNNGWEVTLGGRHDSA 535 P +N+A P P Y + G YLQ+Q+ ++N V R DS Sbjct: 497 PDIFGTINVA-------PISSPLTYQFGGQT-QRVGSYLQEQLIYSN-LTVLASIRRDSY 547 Query: 536 SSTVDNRLDGSRTSSTDRKFTRRAAVLYHAANGLAPYLSYTESFNPTATVNPLTNQSFGP 595 S+ + ++ ++Y +APY+++ + F P V P Sbjct: 548 LSSTNIVGRAPSGGMHQTAYSPSLGLMYQLTPEIAPYVNWNKGFQPN-NVTAYGGGLLAP 606 Query: 596 ETGKQTEVGLRYQPPGTNDLYSAALFDLKRQNYISYDA---NFMPTQKGEIAVRGLELEA 652 + +Q E G+++ + AL+ + N D F + G ++ +GLE+E Sbjct: 607 KQSEQFEAGVKFNLMDDKLELTTALYHIDYTNQSISDPVHRGFYISTGGAVS-QGLEVEL 665 Query: 653 VTQPMAALRLTAAYSYTPRAVVTASSRPAEIGKQAAAVPLHQFSVWGDHRL------GNG 706 Q M L + A Y+Y A + + P H S+W + G G Sbjct: 666 KGQIMPGLNVIAQYAYNNYVQDYAPTVKVNL-------PHHTGSIWTTYNFRSPALQGFG 718 Query: 707 VRLGLGARYVSATSGNGGGTPVKVPGYTLLDGLLGYDFARWSLALNLRNLTDKRYLTNCD 766 V +G+ ++S+ G VPG T D L Y ++SL L+++NL + + L + Sbjct: 719 VGMGV---FMSSGQDVGSTGNYHVPGQTETDLGLFYKMEKYSLNLSVKNLFNHK-LYSSS 774 Query: 767 TTASMCYYGDQRSVLATASYRW 788 T+AS G +R+++ T +Y + Sbjct: 775 TSASFIPMGPERTLMLTGTYDF 796 Database: BlastDatabases/689/689 Posted date: Apr 10, 2011 12:15 AM Number of letters in database: 1,619,870 Number of sequences in database: 4735 Lambda K H 0.317 0.132 0.390 Gapped Lambda K H 0.267 0.0410 0.140 Matrix: BLOSUM62 Gap Penalties: Existence: 11, Extension: 1 Number of Sequences: 4735 Number of Hits to DB: 2,452,826 Number of extensions: 103419 Number of successful extensions: 460 Number of sequences better than 1.0e-08: 18 Number of HSP's gapped: 381 Number of HSP's successfully gapped: 19 Length of query: 788 Length of database: 1,619,870 Length adjustment: 93 Effective length of query: 695 Effective length of database: 1,179,515 Effective search space: 819762925 Effective search space used: 819762925 Neighboring words threshold: 11 Window for multiple hits: 40 X1: 16 ( 7.3 bits) X2: 38 (14.6 bits) X3: 64 (24.7 bits) S1: 41 (21.6 bits) S2: 134 (56.2 bits)