BLASTP 2.7.1+
Reference:
Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer,
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
composition-based statistics:
Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei
Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and
Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST
protein database searches with composition-based statistics and
other refinements", Nucleic Acids Res. 29:2994-3005.
Database: /agbase_database/invertebrates_exponly.fa
25,198 sequences; 17,182,648 total letters
Query= XP_019864522.1 PREDICTED: exostosin-1 [Aethina tumida]
Length=728
Score E
Sequences producing significant alignments: (Bits) Value
EXT1_DROME unnamed protein product 983 0.0
EXT1_CAEEL unnamed protein product 355 4e-116
EXT2_DROME unnamed protein product 352 9e-111
>EXT1_DROME unnamed protein product
Length=760
Score = 983 bits (2540), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 478/763 (63%), Positives = 574/763 (75%), Gaps = 38/763 (5%)
Query 1 MQAKRRYLLVFICCAFLAFWYFGGYRLQRIPELPLTI-------------ENLSEFVNIN 47
MQAK+RY+LVF+ CAFLA+ YFGGYRL+ P P E L F+ +
Sbjct 1 MQAKKRYILVFVSCAFLAYAYFGGYRLKVSPLRPRRAQHESAKDGGVQPHEQLPSFLGAH 60
Query 48 SIQTGYLVGVREKNHIP-----VNNKIRCRMETCFDFSKCENNFKVYVYPQEE----NRV 98
+Q L+ + + V K CRMETCFDF++C + F VY+YP E
Sbjct 61 DMQELQLLQSNQSKSLDSSKHLVTRKPDCRMETCFDFTRCYDRFLVYIYPPEPLNSLGAA 120
Query 99 P--SPSYQKLLNVILESRYYTANPKKACLFVLSTDTLDRDRLSNDYVRNMQTRLQRLPHW 156
P S +YQK+L I ESRYYT++P ACLFVL DTLDRD LS DYVRN+ +RL RLP+W
Sbjct 121 PPTSANYQKILTAIQESRYYTSDPTAACLFVLGIDTLDRDSLSEDYVRNVPSRLARLPYW 180
Query 157 NNGLNHVIFNLYSGTWPNYTENDLDFEYGKAILAKASMSENHIRPGFDISLPLFHKIHPE 216
NNG NH+IFNLYSGTWP+Y EN L F+ G+AILAKASM +R GFD+S+PLFHK P
Sbjct 181 NNGRNHIIFNLYSGTWPDYAENSLGFDAGEAILAKASMGVLQLRHGFDVSIPLFHKQFPL 240
Query 217 KGGEPGSVLSNNFPLEKTYLLAFKGKRYVHGIGSDTRNSLYHLHNRKDMIMVTTCKHGKS 276
+ G G+V SNNFP K YLLAFKGKRYVHGIGS+TRNSL+HLHN +DM++VTTC+HGKS
Sbjct 241 RAGATGTVQSNNFPANKKYLLAFKGKRYVHGIGSETRNSLFHLHNGRDMVLVTTCRHGKS 300
Query 277 WKEMKDERCDEDNKEYDKYDYETLLQNATFCLVPRGRRLGSFRFLEALQAGCIPVLLSNG 336
W+E++D RCDEDN+EYD+YDYETLLQN+TFCLVPRGRRLGSFRFLEALQAGCIPVLLSN
Sbjct 301 WRELQDNRCDEDNREYDRYDYETLLQNSTFCLVPRGRRLGSFRFLEALQAGCIPVLLSNA 360
Query 337 WSLPFSEVIDWNKAVVWADERLLLQVPHIVRSLSPSKILQLRQQTQMLWDRYFSSIEKIV 396
W LPF IDW +A +WADERLLLQVP IVRS+ +I LRQQTQ+LW+RYF SIEKIV
Sbjct 361 WVLPFESKIDWKQAAIWADERLLLQVPDIVRSIPAERIFALRQQTQVLWERYFGSIEKIV 420
Query 397 YTTFEIIRERLPRQPVRDRLIWNNFPGALVTLSTFSDTKDDFPFHVQESAVD---GYTAV 453
+TTFEIIRERLP PVR L+WN+ PGAL+TL TF+D+ PF + + YTAV
Sbjct 421 FTTFEIIRERLPDYPVRSSLVWNSSPGALLTLPTFADSSRYMPFLLNSMGAEPRHNYTAV 480
Query 454 IYCQLGIQLTNTSPLYKLVSYVGKSKYIAKILIVWSNEKKPPNKYRWPVLPAQVPLHIV- 512
IY Q+G L + LYKLV + KS+++ +IL++W+ ++ P K RWP + +PLH++
Sbjct 481 IYVQIGAALGPNAALYKLVRTITKSQFVERILVLWAADRPLPLKKRWPPT-SHIPLHVIS 539
Query 513 -------QPVLNKEGTEQAKSSISQRFYPHPEIVTSAVLSLDEDSVLTTEEIDFAFEVWK 565
Q T + + SISQRF P+ EI T AVLSLDED++L T+E+DFA+ VW+
Sbjct 540 LGGSTRSQGAGPTSQTTEGRPSISQRFLPYDEIQTDAVLSLDEDAILNTDELDFAYTVWR 599
Query 566 HFPERIVGYPARSHYWDDSKSTWGYTSKWTNDYSIVLTGAAFYHRYYNYLYTAWLSPLLH 625
FPERIVGYPAR+H+WDDSK+ WGYTSKWTN YSIVLTGAAFYHRYYNYLYT WLS LL
Sbjct 600 DFPERIVGYPARAHFWDDSKNAWGYTSKWTNYYSIVLTGAAFYHRYYNYLYTNWLSLLLL 659
Query 626 KTVEQSQNCEDILMNFLVSHVTRRPPIKVTQRKQYKEQSSAGTWSPWNDPDHFIQRQTCL 685
KTV+QS NCEDILMN LVSHVTR+PPIKVTQRK YK++ + SPWNDPDHFIQRQ+CL
Sbjct 660 KTVQQSSNCEDILMNLLVSHVTRKPPIKVTQRKGYKDRETGR--SPWNDPDHFIQRQSCL 717
Query 686 NTFAAVFGYMPLIRSKLRLDPVLFKDPVSNKRKKYRRIELVGS 728
NTFAAVFGYMPLIRS LR+DP+L++DPVSN RKKYR+IELVGS
Sbjct 718 NTFAAVFGYMPLIRSNLRMDPMLYRDPVSNLRKKYRQIELVGS 760
>EXT1_CAEEL unnamed protein product
Length=382
Score = 355 bits (910), Expect = 4e-116, Method: Compositional matrix adjust.
Identities = 171/361 (47%), Positives = 246/361 (68%), Gaps = 8/361 (2%)
Query 56 GVREKNHIPVNNKIRCRMETCFDFSKCENNFKVYVYPQEENRVPSPS---YQKLLNVILE 112
VR +N P + +C M CFDFSKC + KVY++P E+ SP Y K+L LE
Sbjct 17 SVRLQN--PTIERKQCTMSNCFDFSKCSTSKKVYIHPMEKRFEESPQSVIYSKILKHFLE 74
Query 113 SRYYTANPKKACLFVLSTDTLDRDRLSNDYVRNMQTRLQRL--PHWNNGLNHVIFNLYSG 170
S +YT +P +AC+F+L DT DRD S +YV+N+ ++ L WNNG NH+IFN Y G
Sbjct 75 SNHYTNDPNEACIFLLGIDTTDRDVRSQNYVKNVNDYIESLDPSVWNNGRNHLIFNFYHG 134
Query 171 TWPNYTENDLDFEYGKAILAKASMSENHIRPGFDISLPLFHKIHPEKGGEPGSVLSNN-F 229
T+P+Y +++L+F+ G+A++A+AS SEN+ FD+SLPLFH+ HP + E S +++
Sbjct 135 TFPDYDDHNLNFDTGEAMIARASSSENNFIKVFDVSLPLFHENHPYEIKESKSERNDDRI 194
Query 230 PLEKTYLLAFKGKRYVHGIGSDTRNSLYHLHNRKDMIMVTTCKHGKSWKEMKDERCDEDN 289
++ YL++FKGKRYV+GIGS TRN ++HLHN D++MVTTCKH W+ +D+RC DN
Sbjct 195 ENQRKYLVSFKGKRYVYGIGSGTRNLVHHLHNGDDIVMVTTCKHNNDWQVYQDDRCQRDN 254
Query 290 KEYDKYDYETLLQNATFCLVPRGRRLGSFRFLEALQAGCIPVLLSNGWSLPFSEVIDWNK 349
EYD+++Y+ LL N+TFCLVPRGRRLGSFRFLE L++GC+PV++S+ W LPFSE IDWN
Sbjct 255 DEYDRWEYDELLANSTFCLVPRGRRLGSFRFLETLRSGCVPVVISDSWILPFSETIDWNS 314
Query 350 AVVWADERLLLQVPHIVRSLSPSKILQLRQQTQMLWDRYFSSIEKIVYTTFEIIRERLPR 409
A + ER L +P ++ S S ++ +LR+ + ++D Y SI+ I II +R+
Sbjct 315 AAIVVAERDALSIPELLMSTSRRRVKELRESARNVYDAYLRSIQVISDHVLRIIFKRIDN 374
Query 410 Q 410
+
Sbjct 375 K 375
>EXT2_DROME unnamed protein product
Length=717
Score = 352 bits (902), Expect = 9e-111, Method: Compositional matrix adjust.
Identities = 216/669 (32%), Positives = 345/669 (52%), Gaps = 58/669 (9%)
Query 69 IRCRMETCFDFSKCENN-FKVYVYPQEE---------NRVPSPSYQKLLNVILESRYYTA 118
+ C C + KCE++ KVY+YP +E S Y ++L +L+SRYYT+
Sbjct 90 VNCTFWDCLNIYKCEHDRLKVYIYPLQEFVDEQSDKTATTLSSEYFQILEAVLKSRYYTS 149
Query 119 NPKKACLFVLSTDTLDRDRLSNDYVRNMQTRLQRLPHWNNGLNHVIFNLYSGTWPNYTEN 178
NP +ACLF+ S D L+++ L L W+ G NH+IFN+ G P+Y
Sbjct 150 NPNEACLFLPSLDLLNQNVFDKHLA---GAALASLDFWDRGANHIIFNMLPGGAPSYN-T 205
Query 179 DLDFEYGKAILAKASMSENHIRPGFDISLPLFHKIHPEKGGEPGSVLSNNFPLEKTYLLA 238
LD AI+ RPGFD+++P++ + + ++ +LL
Sbjct 206 VLDVNTDNAIIFGGGFDSWSYRPGFDVAIPVWSPRLVRQHAHATA--------QRKFLLV 257
Query 239 FKGKRYVHGIGSDTRNSLYHLHNRKDMIMVTTCKHGKSWKEMKDERCDEDNKEYDKYDYE 298
+ R L + + ++++ C++ RC ++ + +Y
Sbjct 258 VAQLNILPRFVRTLRE--LSLAHSEQLLLLGACENLD-----LTMRCPL-SQHHKSLEYP 309
Query 299 TLLQNATFCLVPRGRRLGSFRFLEALQAGCIPVLLSNGWSLPFSEVIDWNKAVVWADERL 358
LL FCL+ R R+G +E + CIPV+ + + LPF +VIDW+ A V E
Sbjct 310 RLLSRGKFCLLGRSLRMGQPDLVEIMSQHCIPVIAVDNYVLPFEDVIDWSLASVRIRENE 369
Query 359 LLQVPHIVRSLSPSKILQLRQQTQMLWDRYFSSIEKIVYTTFEIIRERLPRQPVRDRLIW 418
L V ++++S KI+++++Q Q L+ +YF ++ + T E++ R+ R W
Sbjct 370 LHSVMQKLKAISSVKIVEMQKQVQWLFSKYFKDLKTVTLTALEVLESRIFPLRARSSRQW 429
Query 419 NNFPGALVTLSTFSDTKDDFPFHVQESA--VDGYTAVIYCQLGIQLTNTSPLYKLVSYVG 476
N STF+ P + A G+TAVI + L+ L+ +
Sbjct 430 NTIDTN--ARSTFN------PLFLPSLAPKSQGFTAVI-----LTYDRVESLFLLIQKLA 476
Query 477 KSKYIAKILIVWSNEKK-PPNKYRWPVLPAQVPLHIVQPVLNKEGTEQAKSSISQRFYPH 535
+ IL++W+N+KK PP+ +P + PL I Q NK +S RFYP+
Sbjct 477 VVPSLQSILVIWNNQKKSPPHLSTFPSISK--PLKIRQTKENK---------LSNRFYPY 525
Query 536 PEIVTSAVLSLDEDSV-LTTEEIDFAFEVWKHFPERIVGYPARSHYWDDSKSTWGYTSKW 594
PEI T A+L++D+D + LTT+E+DF +EVW+ FP+ IVG+P+R H W++ W Y S+W
Sbjct 526 PEIETEAILTIDDDIIMLTTDELDFGYEVWREFPDHIVGFPSRIHVWENVTMRWHYESEW 585
Query 595 TNDYSIVLTGAAFYHRYYNYLYTAWLSPLLHKTVEQSQNCEDILMNFLVSHVTRRPPIKV 654
TN S+VLTGAAF+H+Y++++YT + + V++ NCEDI MNFLV+++T PPIKV
Sbjct 586 TNQISMVLTGAAFHHKYWSHMYTHAMPGDIKDWVDEHMNCEDIAMNFLVANITNNPPIKV 645
Query 655 TQRKQYKEQSSAGTWSPWNDPDHFIQRQTCLNTFAAVFGYMPLIRSKLRLDPVLFKDPVS 714
T RK++K T D +H +R C++ F+ ++G MPL + R DPVLF+D
Sbjct 646 TPRKKFKCPECTNTEMLSADLNHMRERSACIDRFSKIYGRMPLRTVEFRADPVLFRDNFP 705
Query 715 NKRKKYRRI 723
+K K+Y I
Sbjct 706 DKLKRYNDI 714
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864523.1 PREDICTED: LOW QUALITY PROTEIN: protein vav [Aethina
tumida]
Length=822
Score E
Sequences producing significant alignments: (Bits) Value
VAV_DROME unnamed protein product 556 0.0
VAV_CAEEL unnamed protein product 271 1e-77
A0A0B4KFB7_DROME unnamed protein product 88.2 1e-17
>VAV_DROME unnamed protein product
Length=793
Score = 556 bits (1434), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 316/821 (38%), Positives = 476/821 (58%), Gaps = 69/821 (8%)
Query 9 ANDELWRECAQWLTQWELIRPDHRVNLPDSRINHFANILRDGVLLCKLLNKIDPGCIDMK 68
N +LWREC WLT+ ++I PDH+ PD+ I A LRDGVLLC L+ +DP +D +
Sbjct 16 VNGDLWRECVAWLTRCKVIPPDHKAAQPDAEIRILAMTLRDGVLLCNLVIHLDPSSLDPR 75
Query 69 SINLKPTMARFLCIRNIRTFLQTCQSSFNLKQNDLFDEAMLFDLTNFHKVLCTLSKVSLH 128
N KP MA+FLC +NI+ FL C ++F ++ DLF+ ML+DLTNFH+VL TLSK+S
Sbjct 76 EFNRKPQMAQFLCSKNIKLFLDVCHNNFGIRDADLFEPTMLYDLTNFHRVLITLSKLSQC 135
Query 129 PKA--LRTNIRGFNVQ---KENTREEDEIYQSLQTEVLPLGMSRAASGGIGGCGTSERNG 183
K L ++ GFN+Q E + ++ IY+ L + + I GT G
Sbjct 136 RKVQQLHPDLIGFNLQLSPTERSHSDEAIYKDLHS---------TTTDNIACNGT----G 182
Query 184 WLQFTIPCNLSEEREEQAYEDLCYVTISAELYDEQTHTYEKRDFVINELLDTEKNYVEVL 243
+ + + +EE+ Y+DLC + ++ + ++E+RD+VI EL+DTE NY++VL
Sbjct 183 Y-------DHTNTKEEEVYQDLCALHRTSRSQTASSTSFEQRDYVIRELIDTESNYLDVL 235
Query 244 TNLKKNFMIPLYQYLNDDDMRTIFCNIEELHEIHSAFYSELVQIRNPTPGTQPPKLSSIF 303
T LK FM PL ++LN D++R IF I EL +IH+ F +L + P K++ +F
Sbjct 236 TALKTKFMGPLERHLNQDELRLIFPRIRELVDIHTKFLDKLRESLTPNAKV---KMAQVF 292
Query 304 MKYRDKFLAYGQYCANLQHATSRLQELCDNSEHSDFNNEVAKCEKMDNNGRFKLRDVLSV 363
+ +R+ FL YG++C+ L A L ++C ++ D V KCE+ N G+ +LRD+LSV
Sbjct 293 LDFREPFLIYGEFCSLLLGAIDYLADVCKKNQIID--QLVQKCERDYNVGKLQLRDILSV 350
Query 364 PMQRILKYHLLLEKLIENTSNNHEEYIALTRTREIMLDVAGYINEAARDSDNATVIKNVQ 423
PMQRILKYHLLL+KL++ TS H++Y +L R +E M+DV+ YINE RDSD+ +I+ V+
Sbjct 351 PMQRILKYHLLLDKLVKETSPLHDDYRSLERAKEAMIDVSQYINEVKRDSDHLVIIQKVK 410
Query 424 QSIGD--WVTTAGDLPCEEYGRLLKDCDLRMKYHENSRPIKSRYVFIFETCIIVCKQ--- 478
SI D + +YGRLL D +L +K HE+ + K RY F+F+ +I+ K
Sbjct 411 DSICDIHLLQNGNGSDLLQYGRLLLDGELHIKAHEDQK-TKLRYAFVFDKILIMVKALHI 469
Query 479 --QSKGFSFREIIRLRDFHVEDGHQRQTLQRDLKMMNQFHLVRNDQSSVITVFVRTEDLK 536
+++R+ L D+ VE H R+T+ RD + Q L R + T+++++E +
Sbjct 470 KTGDMQYTYRDSHNLADYRVEQSHSRRTIGRDTRFKYQLLLARKSGKTAFTLYLKSEHER 529
Query 537 RSLMKILRDALDNLKPAVAQRTNHQLEYTTFKKPTTCHFCSKYLRGLIYQGYRCTSCGDA 596
K L +A+++L+P Q T+H++E TF PTTC CSK+L+G I+QGYRC C +
Sbjct 530 DKWRKALTEAMESLEPPGCQSTDHKMEIYTFDAPTTCRHCSKFLKGRIHQGYRCKVCQIS 589
Query 597 FHKQCIANLRRCMGHARHSRMHEHVPAPGLAPSPPPVPPPLNEAHGDDPLRHQLWFVGEM 656
HK CI++ RC +P VPPP+ D L WF G M
Sbjct 590 VHKGCISSTGRC------------------KQNPVSVPPPV----CDRQLSEFNWFAGNM 627
Query 657 DRQLAETKLRGRKRGTYLVRIRPK---SREQDRYALSLKTDGTMVKHMKIMCTEPSNSDS 713
DR+ A +L R+ GTYL+R+RP+ + + YALSLKTD ++KHMKI + ++ DS
Sbjct 628 DRETAAHRLENRRIGTYLLRVRPQGPSTAHETMYALSLKTDDNVIKHMKI--NQENSGDS 685
Query 714 VKYYLSPSKYFNSIEELIINYQHYSLRENFERLAEDTILHWPYRQLVAIVIESFNSD-DD 772
+ Y LS ++F +I EL+ Y+ L ENF L + L WPY++++A + +
Sbjct 686 MLYCLSSRRHFKTIVELVSYYERNDLGENFAGLNQS--LQWPYKEVIATALYDYEPKAGS 743
Query 773 HELSLTEGEEVFVIGREGYRDGWLKGYNKDDKVGYFPEQNV 813
++L L +V VIG++G GW +G D VGYFP++ V
Sbjct 744 NQLQLRTDCQVLVIGKDGDSKGWWRG-KIGDTVGYFPKEYV 783
>VAV_CAEEL unnamed protein product
Length=1007
Score = 271 bits (693), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 208/675 (31%), Positives = 327/675 (48%), Gaps = 88/675 (13%)
Query 2 AFAYNLEANDELWRECAQWLTQWELIRPDHRVNLPDSRINHFANILRDGVLLCKLLNKID 61
F + +LW CA+WL +++ D + + FA++LRDG+LLC+L N +
Sbjct 28 VFKVPMNGGCDLWIGCARWLRDMKVLTTDK-----NGTMLEFASVLRDGILLCRLANTLV 82
Query 62 PGCIDMKSINLKPTMARFLCIRNIRTFLQTCQSSFNLKQNDLFDEAMLFDLTNFHKVLCT 121
P ID K I + FLC NI F C++ FNL+ DLF L+ + F KVL T
Sbjct 83 PNGIDQKKIMRTNQPSPFLCCNNINYFAMFCKTYFNLEDADLFTAEDLYYMNGFQKVLKT 142
Query 122 LSKVSLHPKALRTNIRGF---NVQKENTR-----EED-EIYQSLQTEVLPLGMSRAASGG 172
LS +S ++L + F + +E T E+D EIYQSL + + +R G
Sbjct 143 LSFLSHTKESLSRGVDPFPDTDNNQEGTSNGSEFEDDVEIYQSLHDNIENVDPNRTIYGP 202
Query 173 IGGCGTSERNGWLQFTIPCNLSEEREEQAYEDLCYVT---ISAELYDEQTHTYEKRDFVI 229
I + E++ EQ Y+ + VT S D Q KR+ I
Sbjct 203 I---------------TSADPEEQQSEQLYDRI--VTNRKPSMNENDLQNTPTLKRNRCI 245
Query 230 NELLDTEKNYV-EVLTNLKKNFMIPLYQYLNDDDMRTIFCNIEELHEIHSAFYSEL---V 285
EL DTEKNYV + L + K F PL + D IF NIEE++ +H+A ++L V
Sbjct 246 RELYDTEKNYVAQALVTIIKTFYEPLKGIIPTSDYNIIFGNIEEINVLHTALLADLEYPV 305
Query 286 QIRNPTPGTQPPK-----------LSSIFMKYRDKFLAYGQYCANLQHATSRLQELCDNS 334
++ PP+ + +F+KYRD+FLAYG+YC+NL + EL +
Sbjct 306 KVALGLSDATPPRPISLNECVPQTIGEVFIKYRDQFLAYGKYCSNLPDSRKLSNELLKTN 365
Query 335 EHSDFN-NEVAKCEKMDNNGRFKLRDVLSVPMQRILKYHLLLEKLIENTSNNHEEYIALT 393
E N NE+ N +F + D+L VP QR+ KY LLL++L + T + +L
Sbjct 366 EFISRNINELTA----QGNCKFGMNDLLCVPFQRLTKYPLLLKELQKKTDLASPDRKSLE 421
Query 394 RTREIMLDVAGYINEAARDSDNATVIKNVQQSIGDWVTTAGDLPCEEYGRLLKDCDLRMK 453
E+M DV YINE +RD++ VI ++QSI D ++ ++ +YGR+ D +++M
Sbjct 422 EAVEVMEDVCNYINEESRDTNAIKVIDEIEQSITD-LSMPLNVKLHDYGRVNLDGEVKMA 480
Query 454 ---YHENSRPIKSRYVFIFETCIIVCKQQSK--------------GFSFREIIRLRDFHV 496
+ +P K RY+F+F+ I+VCK +K F+++ + + +
Sbjct 481 ESTLTQAGKP-KQRYIFLFDKVIVVCKAANKVMAAKTTGASARTNTFTYKNAYVMSELTI 539
Query 497 E-----DGHQRQTLQRDLKMMNQFHLVRNDQSSV--ITVFVRTEDLKRSLMKILRDALDN 549
+ D T+ R + + RN+ + + +T + + E + + M L + N
Sbjct 540 DKNASLDVKSGGTITRRTQYVIIMTRDRNENNEITQLTFYFKNEATRNNWMTALLLSKSN 599
Query 550 LKPAVAQR-TNHQLEYTTF----KKPTTCHFCSKYLRGLIYQGYRCTSCGDAFHKQCIAN 604
+ P R TNH++ + +F K P TC C K ++GL YQGY+C SC + HK+C+
Sbjct 600 VSPTDYLRDTNHKVAFHSFRVDVKNPATCDVCDKLMKGLQYQGYKCESCNMSMHKECLG- 658
Query 605 LRRCMGHARHSRMHE 619
L++C A HE
Sbjct 659 LKKC--EAVRKSTHE 671
Score = 80.9 bits (198), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 63/165 (38%), Positives = 87/165 (53%), Gaps = 17/165 (10%)
Query 650 LWFVGEMDRQLAETKLRGRKRGTYLVRIRPKSREQDRYALSLKTDGTMVKHMKIMCTEPS 709
LW++GEM+R AE+ L+G GT+LVR K+R+Q +LS K D VKHM I
Sbjct 830 LWYMGEMERAKAESTLKGTPNGTFLVRYS-KNRKQTAISLSYKND---VKHMII----EQ 881
Query 710 NSDSVKYYLSPSKYFNSIEELIINYQHYSLRENFERLAEDTILHWPYRQL-VAIVIESFN 768
NSD K YL FNS EL+ Y+ +L E F L DT L PY Q V + ++
Sbjct 882 NSDG-KVYLDEDYIFNSTVELVQYYRSNNLIEIFAAL--DTCLKNPYSQCKVFKAVHDYD 938
Query 769 S----DDDHELSLTEGEEVFVIGREGYRDGWLKGYNKDDKVGYFP 809
+ ++ LS G+ V ++ G GW KG ++K G+FP
Sbjct 939 APSPNNEGKFLSFKTGDIVVLLDTVGEDRGWWKG-QVNNKSGFFP 982
>A0A0B4KFB7_DROME unnamed protein product
Length=878
Score = 88.2 bits (217), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 72/258 (28%), Positives = 119/258 (46%), Gaps = 34/258 (13%)
Query 231 ELLDTEKNYVEVLTNLKKNFMIPLYQY--LNDDDMRTIFCNIEELHEIHSAFYSELVQIR 288
E++D+E+++VE L + K ++ + L D+++ +F NIEE++E +S L+
Sbjct 548 EIVDSERSFVEDLGQVIKGYLQDWKERACLRVDELQILFANIEEIYEFNSMLLQRLINT- 606
Query 289 NPTPGTQPPKLSSIFMKYRDKFLAYGQYCANLQHATSRLQELCDNSEHSDFNNEVAKCEK 348
G P +++ F+ RD F Y YC + A S L +L + +A +K
Sbjct 607 ----GRDPGRIARCFIDLRDGFDVYTTYCTSYPEAISLLTKLLQATHTYSL---LASTQK 659
Query 349 MDNNGRFKLRDVLSVPMQRILKYHLLLEKLIENTSNNHEEYIALTRTREIMLDVAGYINE 408
+ + R L L P+QRILKYHLLL+ L H + + IM VA I++
Sbjct 660 LLQH-RLPLGSYLLKPVQRILKYHLLLDSL-----RKHCDVKEVVEAHVIMRQVAHNIDQ 713
Query 409 AARDSDNATVIKNVQQSIGDW----VTTAGDLPCEEYGRLLKDCDLRMKYHENSRPIKSR 464
R + + +K + + W +T G+L E L M+ H K R
Sbjct 714 VKRKQEQQSRVKELSGILDGWLGPELTVLGELRQE---------GLLMEQHN-----KQR 759
Query 465 YVFIFETCIIVCKQQSKG 482
V +F T +I+ KQ+ G
Sbjct 760 LVLLFATMLIITKQKEDG 777
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864524.1 PREDICTED: putative helicase mov-10-B.1 [Aethina
tumida]
Length=696
Score E
Sequences producing significant alignments: (Bits) Value
ARMI_DROME unnamed protein product 281 1e-81
Q8MQQ9_DROME unnamed protein product 217 3e-59
A1Z9K0_DROME unnamed protein product 217 3e-59
>ARMI_DROME unnamed protein product
Length=1188
Score = 281 bits (720), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 208/663 (31%), Positives = 332/663 (50%), Gaps = 96/663 (14%)
Query 79 FHIMLWLEEMSQKLMLRRYNMSNVTVELHYNYVELEVPGLAEKRPSLIQGDMIDLRI--- 135
F ++L LEE+ + R Y+ ++ L++ LAE+RPSL+ GD LR+
Sbjct 534 FRLLLHLEEIECFVNFRNYDRDRAHFLRDGEFLTLQIENLAERRPSLVIGDT--LRVINP 591
Query 136 -----HEDHTCYRGIITRINDKTIEITDLNDQFI-----NYLEKHPNIELDVRFVMGRLP 185
+ Y GII ++ L D+ + ++ EK+ + + F R
Sbjct 592 WSDPDSQTTKSYEGIIHKV---------LFDRILLKFHSSFQEKYNGEDYRLEFYFSRYS 642
Query 186 LERMHEGVDRTVLGGLSKN-LFPNFSNIAVIENKQL-------------ADIEFVNKSIL 231
+ H + + ++G + ++ LFP S + EN QL + +E+ N+S+
Sbjct 643 FRKQHHAISK-IVGVMGEDFLFP--SKVTKRENPQLDVYMKDDDMYLYDSKLEWYNQSL- 698
Query 232 TNREQRTAVSNILFNTARNIPYIVWGPPGTGKTVTLVEAVLQIKRHT-NHRILVCAPANA 290
N Q+ AV NIL A NIPY+++GPPG+GKT+TL+E +LQ+ R+ RILV P+N+
Sbjct 699 -NSIQKRAVFNILRGEAENIPYVLFGPPGSGKTMTLIETLLQLVRNLPGARILVGTPSNS 757
Query 291 ACDMIATKLL--AHCTRNELIRVHS-ESVEMSSINEYLLEY---SNINA----------- 333
+ D++ +L+ + + IR+ S VE I ++ Y S++ A
Sbjct 758 SADLVTKRLIDSKALLQGDFIRLVSYNQVEKDLIPPEIMSYCATSDVGAVGSCEDKMMVT 817
Query 334 --GQFIKTSPQELNTYRIVVTTLVLVGRY-----AASYKPDVVFVDEAAQAPEPEVDIAI 386
G ++ + + T+RI ++T +G + A + V+F DEA Q EPE + I
Sbjct 818 ESGLKLRCQAKFIGTHRITISTCTTLGNFLQLGFPAGHFTHVLF-DEAGQCTEPETMVPI 876
Query 387 GFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERLMEFEGYRKS---------- 436
L + R Q++L+GDP+QL + S++ + +S LERL+E YRK
Sbjct 877 VMLTKKRSQVVLSGDPRQLQSIVTSRIASKMGFSISFLERLLERSPYRKDLQRFPESSGY 936
Query 437 NPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPV----GQHFVFEREYDTN 492
NP +T L NYR P I+ I + FY+++L + + S VFE E D
Sbjct 937 NPLVLTKLLYNYRALPSIMSIYSRLFYDDELIPVLSEKDSRESRLLSKLRCVFESEKDIP 996
Query 493 ITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLLGDTRYNVEQVDIG 552
+G FY +I + ++ SPS+FN E++ V L R NV IG
Sbjct 997 QAHGTF-------FYGIIGENRQNNDSPSWFNPQEVREVFLMTIALY---RANVTADQIG 1046
Query 553 VITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQHSLLRVDRKYNL 612
+ITPY +QV +R ++G+ E FQG+E+ II+ISTVR+ +LR+D +++L
Sbjct 1047 IITPYQKQVKMLRSMFIGTDVVMPKIGSVEEFQGQERDIILISTVRSSEEILRMDARFSL 1106
Query 613 GFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAYFGAPFVRRTNEV 672
GFVR KR NVA++RA +++ G PH+L D+ WR+ I C + AYFG + V
Sbjct 1107 GFVRCSKRLNVAVSRARAMMIIFGNPHLLAVDECWRQLILFCVKNNAYFGCDLPQM---V 1163
Query 673 INQ 675
INQ
Sbjct 1164 INQ 1166
>Q8MQQ9_DROME unnamed protein product
Length=1261
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 516 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 570
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 571 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 629
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 630 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 688
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 689 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 748
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 749 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 808
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 809 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 856
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 857 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 916
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 917 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 968
Query 661 FGAPFV 666
G ++
Sbjct 969 VGEQYL 974
>A1Z9K0_DROME unnamed protein product
Length=1333
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 588 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 642
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 643 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 701
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 702 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 760
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 761 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 820
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 821 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 880
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 881 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 928
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 929 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 988
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 989 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 1040
Query 661 FGAPFV 666
G ++
Sbjct 1041 VGEQYL 1046
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864525.1 PREDICTED: putative helicase mov-10-B.1 [Aethina
tumida]
Length=696
Score E
Sequences producing significant alignments: (Bits) Value
ARMI_DROME unnamed protein product 281 1e-81
Q8MQQ9_DROME unnamed protein product 217 3e-59
A1Z9K0_DROME unnamed protein product 217 3e-59
>ARMI_DROME unnamed protein product
Length=1188
Score = 281 bits (720), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 208/663 (31%), Positives = 332/663 (50%), Gaps = 96/663 (14%)
Query 79 FHIMLWLEEMSQKLMLRRYNMSNVTVELHYNYVELEVPGLAEKRPSLIQGDMIDLRI--- 135
F ++L LEE+ + R Y+ ++ L++ LAE+RPSL+ GD LR+
Sbjct 534 FRLLLHLEEIECFVNFRNYDRDRAHFLRDGEFLTLQIENLAERRPSLVIGDT--LRVINP 591
Query 136 -----HEDHTCYRGIITRINDKTIEITDLNDQFI-----NYLEKHPNIELDVRFVMGRLP 185
+ Y GII ++ L D+ + ++ EK+ + + F R
Sbjct 592 WSDPDSQTTKSYEGIIHKV---------LFDRILLKFHSSFQEKYNGEDYRLEFYFSRYS 642
Query 186 LERMHEGVDRTVLGGLSKN-LFPNFSNIAVIENKQL-------------ADIEFVNKSIL 231
+ H + + ++G + ++ LFP S + EN QL + +E+ N+S+
Sbjct 643 FRKQHHAISK-IVGVMGEDFLFP--SKVTKRENPQLDVYMKDDDMYLYDSKLEWYNQSL- 698
Query 232 TNREQRTAVSNILFNTARNIPYIVWGPPGTGKTVTLVEAVLQIKRHT-NHRILVCAPANA 290
N Q+ AV NIL A NIPY+++GPPG+GKT+TL+E +LQ+ R+ RILV P+N+
Sbjct 699 -NSIQKRAVFNILRGEAENIPYVLFGPPGSGKTMTLIETLLQLVRNLPGARILVGTPSNS 757
Query 291 ACDMIATKLL--AHCTRNELIRVHS-ESVEMSSINEYLLEY---SNINA----------- 333
+ D++ +L+ + + IR+ S VE I ++ Y S++ A
Sbjct 758 SADLVTKRLIDSKALLQGDFIRLVSYNQVEKDLIPPEIMSYCATSDVGAVGSCEDKMMVT 817
Query 334 --GQFIKTSPQELNTYRIVVTTLVLVGRY-----AASYKPDVVFVDEAAQAPEPEVDIAI 386
G ++ + + T+RI ++T +G + A + V+F DEA Q EPE + I
Sbjct 818 ESGLKLRCQAKFIGTHRITISTCTTLGNFLQLGFPAGHFTHVLF-DEAGQCTEPETMVPI 876
Query 387 GFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERLMEFEGYRKS---------- 436
L + R Q++L+GDP+QL + S++ + +S LERL+E YRK
Sbjct 877 VMLTKKRSQVVLSGDPRQLQSIVTSRIASKMGFSISFLERLLERSPYRKDLQRFPESSGY 936
Query 437 NPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPV----GQHFVFEREYDTN 492
NP +T L NYR P I+ I + FY+++L + + S VFE E D
Sbjct 937 NPLVLTKLLYNYRALPSIMSIYSRLFYDDELIPVLSEKDSRESRLLSKLRCVFESEKDIP 996
Query 493 ITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLLGDTRYNVEQVDIG 552
+G FY +I + ++ SPS+FN E++ V L R NV IG
Sbjct 997 QAHGTF-------FYGIIGENRQNNDSPSWFNPQEVREVFLMTIALY---RANVTADQIG 1046
Query 553 VITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQHSLLRVDRKYNL 612
+ITPY +QV +R ++G+ E FQG+E+ II+ISTVR+ +LR+D +++L
Sbjct 1047 IITPYQKQVKMLRSMFIGTDVVMPKIGSVEEFQGQERDIILISTVRSSEEILRMDARFSL 1106
Query 613 GFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAYFGAPFVRRTNEV 672
GFVR KR NVA++RA +++ G PH+L D+ WR+ I C + AYFG + V
Sbjct 1107 GFVRCSKRLNVAVSRARAMMIIFGNPHLLAVDECWRQLILFCVKNNAYFGCDLPQM---V 1163
Query 673 INQ 675
INQ
Sbjct 1164 INQ 1166
>Q8MQQ9_DROME unnamed protein product
Length=1261
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 516 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 570
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 571 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 629
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 630 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 688
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 689 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 748
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 749 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 808
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 809 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 856
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 857 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 916
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 917 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 968
Query 661 FGAPFV 666
G ++
Sbjct 969 VGEQYL 974
>A1Z9K0_DROME unnamed protein product
Length=1333
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 588 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 642
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 643 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 701
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 702 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 760
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 761 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 820
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 821 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 880
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 881 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 928
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 929 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 988
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 989 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 1040
Query 661 FGAPFV 666
G ++
Sbjct 1041 VGEQYL 1046
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864526.1 PREDICTED: putative helicase mov-10-B.1 [Aethina
tumida]
Length=696
Score E
Sequences producing significant alignments: (Bits) Value
ARMI_DROME unnamed protein product 281 1e-81
Q8MQQ9_DROME unnamed protein product 217 3e-59
A1Z9K0_DROME unnamed protein product 217 3e-59
>ARMI_DROME unnamed protein product
Length=1188
Score = 281 bits (720), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 208/663 (31%), Positives = 332/663 (50%), Gaps = 96/663 (14%)
Query 79 FHIMLWLEEMSQKLMLRRYNMSNVTVELHYNYVELEVPGLAEKRPSLIQGDMIDLRI--- 135
F ++L LEE+ + R Y+ ++ L++ LAE+RPSL+ GD LR+
Sbjct 534 FRLLLHLEEIECFVNFRNYDRDRAHFLRDGEFLTLQIENLAERRPSLVIGDT--LRVINP 591
Query 136 -----HEDHTCYRGIITRINDKTIEITDLNDQFI-----NYLEKHPNIELDVRFVMGRLP 185
+ Y GII ++ L D+ + ++ EK+ + + F R
Sbjct 592 WSDPDSQTTKSYEGIIHKV---------LFDRILLKFHSSFQEKYNGEDYRLEFYFSRYS 642
Query 186 LERMHEGVDRTVLGGLSKN-LFPNFSNIAVIENKQL-------------ADIEFVNKSIL 231
+ H + + ++G + ++ LFP S + EN QL + +E+ N+S+
Sbjct 643 FRKQHHAISK-IVGVMGEDFLFP--SKVTKRENPQLDVYMKDDDMYLYDSKLEWYNQSL- 698
Query 232 TNREQRTAVSNILFNTARNIPYIVWGPPGTGKTVTLVEAVLQIKRHT-NHRILVCAPANA 290
N Q+ AV NIL A NIPY+++GPPG+GKT+TL+E +LQ+ R+ RILV P+N+
Sbjct 699 -NSIQKRAVFNILRGEAENIPYVLFGPPGSGKTMTLIETLLQLVRNLPGARILVGTPSNS 757
Query 291 ACDMIATKLL--AHCTRNELIRVHS-ESVEMSSINEYLLEY---SNINA----------- 333
+ D++ +L+ + + IR+ S VE I ++ Y S++ A
Sbjct 758 SADLVTKRLIDSKALLQGDFIRLVSYNQVEKDLIPPEIMSYCATSDVGAVGSCEDKMMVT 817
Query 334 --GQFIKTSPQELNTYRIVVTTLVLVGRY-----AASYKPDVVFVDEAAQAPEPEVDIAI 386
G ++ + + T+RI ++T +G + A + V+F DEA Q EPE + I
Sbjct 818 ESGLKLRCQAKFIGTHRITISTCTTLGNFLQLGFPAGHFTHVLF-DEAGQCTEPETMVPI 876
Query 387 GFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERLMEFEGYRKS---------- 436
L + R Q++L+GDP+QL + S++ + +S LERL+E YRK
Sbjct 877 VMLTKKRSQVVLSGDPRQLQSIVTSRIASKMGFSISFLERLLERSPYRKDLQRFPESSGY 936
Query 437 NPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPV----GQHFVFEREYDTN 492
NP +T L NYR P I+ I + FY+++L + + S VFE E D
Sbjct 937 NPLVLTKLLYNYRALPSIMSIYSRLFYDDELIPVLSEKDSRESRLLSKLRCVFESEKDIP 996
Query 493 ITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLLGDTRYNVEQVDIG 552
+G FY +I + ++ SPS+FN E++ V L R NV IG
Sbjct 997 QAHGTF-------FYGIIGENRQNNDSPSWFNPQEVREVFLMTIALY---RANVTADQIG 1046
Query 553 VITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQHSLLRVDRKYNL 612
+ITPY +QV +R ++G+ E FQG+E+ II+ISTVR+ +LR+D +++L
Sbjct 1047 IITPYQKQVKMLRSMFIGTDVVMPKIGSVEEFQGQERDIILISTVRSSEEILRMDARFSL 1106
Query 613 GFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAYFGAPFVRRTNEV 672
GFVR KR NVA++RA +++ G PH+L D+ WR+ I C + AYFG + V
Sbjct 1107 GFVRCSKRLNVAVSRARAMMIIFGNPHLLAVDECWRQLILFCVKNNAYFGCDLPQM---V 1163
Query 673 INQ 675
INQ
Sbjct 1164 INQ 1166
>Q8MQQ9_DROME unnamed protein product
Length=1261
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 516 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 570
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 571 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 629
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 630 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 688
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 689 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 748
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 749 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 808
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 809 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 856
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 857 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 916
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 917 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 968
Query 661 FGAPFV 666
G ++
Sbjct 969 VGEQYL 974
>A1Z9K0_DROME unnamed protein product
Length=1333
Score = 217 bits (552), Expect = 3e-59, Method: Compositional matrix adjust.
Identities = 164/486 (34%), Positives = 243/486 (50%), Gaps = 51/486 (10%)
Query 205 LFPNFSNIAVIENKQLAD--IEFVNKSILTNREQRTAVSNILFNTARNIPYIVWGPPGTG 262
LFP I N LA ++ NK I TN EQ AV I + PYIV+GPPGTG
Sbjct 588 LFP-----GEIPNTPLASGVLQLNNKLISTNPEQMQAVRQIALSPRLKAPYIVFGPPGTG 642
Query 263 KTVTLVEAVLQ--IKRHTNHRILVCAPANAACDMIATKLLAHCTR------NELIRVHSE 314
KT T+VEA+ Q I R H ILV A +N ACD +A +LL + L R+ S
Sbjct 643 KTSTIVEAIYQLYINRPETH-ILVLAGSNTACDEVALRLLRAIAKAPQSQPRPLTRIFSA 701
Query 315 SVE--MSSINEYLLEYSNINAGQFIKTSPQELNTYRIVVTTLVLVGR-----YAASYKPD 367
+ + + +I++ LLEYSN+ F Q ++ YRIV+ TL L G+ +AA+
Sbjct 702 NCDRRIDNIDDLLLEYSNMYTVHFYPAV-QAVHQYRIVICTLSLAGKLSTGGFAANNVYT 760
Query 368 VVFVDEAAQAPEPEVDIAIGFLRQDRMQLILAGDPKQLGPMCCSKVCESHQYEMSLLERL 427
VFVDEAA + E EV + I + LIL+GD KQLGP+ S+ ++L ERL
Sbjct 761 HVFVDEAAASTEAEVLMGITCTLSPTLNLILSGDHKQLGPVLQSQRANEWGLGLTLFERL 820
Query 428 MEFEGYR-----KSNPNYITMLRQNYRCHPLILCIPNTEFYNNQLAAISNNALSDPVGQH 482
++ + Y+ N + T L +N+R HP I+ + N +Y L + +
Sbjct 821 LQRKCYQVEEDGSYNASVQTRLIRNFRSHPEIVSLYNNMYYEGHLRTEAPMEIVCRFHNW 880
Query 483 FVFEREYDTNITNGLTSGGKPIEFYSVISKEKREGRSPSYFNLAEIQMVIKYVSKLL--G 540
F L + PI F+SV S S N EI +V+ YV L+ G
Sbjct 881 FY------------LPNATFPIMFHSVFGTTMNTKSSVSLCNNKEIDVVMDYVKDLMYFG 928
Query 541 DTRYNVEQVDIGVITPYVRQVYKIRDRLRKNGFDNVEVGTTETFQGREKRIIIISTVRAQ 600
+ Q DIG+I+PY Q +I+++L + ++ G+ E FQG+EK +II+S VR+
Sbjct 929 LNGEKLLQTDIGIISPYKNQYQRIQEQLNMRNWSQIDCGSVELFQGKEKHVIIVSFVRSF 988
Query 601 HSLLRVDRKYNLGFVRHEKRFNVAMTRAMTKLVVIGCPHVLVYDDRWRKYIELCEAHGAY 660
LGF+ +E+R NV ++R ++ L++IG P L + ++ IE+C
Sbjct 989 TP--------KLGFLNNERRLNVLLSRPISLLILIGNPRTLSQNSDFQHIIEMCRNRKTL 1040
Query 661 FGAPFV 666
G ++
Sbjct 1041 VGEQYL 1046
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864527.1 PREDICTED: zinc finger protein 25-like isoform X1
[Aethina tumida]
Length=239
Score E
Sequences producing significant alignments: (Bits) Value
GLAS_DROME unnamed protein product 131 4e-35
M9PCY3_DROME unnamed protein product 132 6e-35
Q8MRK4_DROME unnamed protein product 131 1e-34
>GLAS_DROME unnamed protein product
Length=604
Score = 131 bits (330), Expect = 4e-35, Method: Compositional matrix adjust.
Identities = 58/133 (44%), Positives = 81/133 (61%), Gaps = 0/133 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C++CGK + PS+ H++ HS ++PY+C C+ SF + L H+RTHTG++PF C +C
Sbjct 439 CRLCGKTYARPSTLKTHLRTHSGERPYRCPDCNKSFSQAANLTAHVRTHTGQKPFRCPIC 498
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
+RF+Q SS+ TH R H+GERPY C CKK+F+ S L H H C C L F
Sbjct 499 DRRFSQSSSVTTHMRTHSGERPYRCSSCKKSFSDSSTLTKHLRIHSGEKPYQCKLCLLRF 558
Query 182 SNKGQYIQHVRTH 194
S G +H+R H
Sbjct 559 SQSGNLNRHMRVH 571
Score = 107 bits (268), Expect = 1e-26, Method: Compositional matrix adjust.
Identities = 47/134 (35%), Positives = 74/134 (55%), Gaps = 0/134 (0%)
Query 86 KPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVCKKRFTQKSSLNTHKRVHTGERPYE 145
KP C+ C ++ R L+ H+RTH+GERP+ C C K F+Q ++L H R HTG++P+
Sbjct 435 KPNLCRLCGKTYARPSTLKTHLRTHSGERPYRCPDCNKSFSQAANLTAHVRTHTGQKPFR 494
Query 146 CEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTFSNKGQYIQHVRTHSVSRIYECVYC 205
C +C + F+ S + H +H C+ C +FS+ +H+R HS + Y+C C
Sbjct 495 CPICDRRFSQSSSVTTHMRTHSGERPYRCSSCKKSFSDSSTLTKHLRIHSGEKPYQCKLC 554
Query 206 SKTFVKDAFLIRHV 219
F + L RH+
Sbjct 555 LLRFSQSGNLNRHM 568
>M9PCY3_DROME unnamed protein product
Length=878
Score = 132 bits (331), Expect = 6e-35, Method: Compositional matrix adjust.
Identities = 63/160 (39%), Positives = 91/160 (57%), Gaps = 0/160 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C +C V ++ +S HMK+HS DKP+ C C +F RK +L+ H R+HTGE PF C C
Sbjct 279 CIVCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYC 338
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
K FT+K + H R HTGE P+ C+ C KTF K +L H H + C+ C TF
Sbjct 339 AKTFTRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTF 398
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
+ K + H+R H+ ++C YC+K F + ++ HV +
Sbjct 399 TRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQ 438
Score = 122 bits (306), Expect = 1e-31, Method: Compositional matrix adjust.
Identities = 69/187 (37%), Positives = 96/187 (51%), Gaps = 5/187 (3%)
Query 42 TKVELSTNLPPKRKKSSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKP 101
T+ E TN + S C C K + H++ H+ D P++C+ C +F RK
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKE 514
Query 102 YLEVHMRTHTGERPFECAVCKKRFTQKSSLNTH-KRVHTGERPYECEVCKKTFAVKSYLQ 160
+L HMR H+ + P C VC K FT+K L H R HTG+RP+ CE C K+F +K L
Sbjct 515 HLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLL 574
Query 161 AHHWSHMKGATL----TCAECHLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLI 216
H SH KG + C +C F KG + H+R+HS + + C CSK FV+ L
Sbjct 575 FHQRSHTKGQEMERPFACEKCPKNFICKGHLVSHMRSHSGEKPHACTLCSKAFVERGNLK 634
Query 217 RHVNKTH 223
RH+ H
Sbjct 635 RHMKMNH 641
Score = 119 bits (297), Expect = 2e-30, Method: Compositional matrix adjust.
Identities = 64/180 (36%), Positives = 91/180 (51%), Gaps = 0/180 (0%)
Query 42 TKVELSTNLPPKRKKSSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKP 101
T+ E N K + C C K + H++QH+ + P++C C +F RK
Sbjct 343 TRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKE 402
Query 102 YLEVHMRTHTGERPFECAVCKKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQA 161
+L H+R HTGE PF+C C K FT+K + H R HTGE P++C C KTF K +L
Sbjct 403 HLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGESPHKCTYCTKTFTRKEHLTN 462
Query 162 HHWSHMKGATLTCAECHLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
H H + C+ C TF+ K HVR H+ ++C YC KTF + L H+ +
Sbjct 463 HVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQ 522
Score = 114 bits (284), Expect = 9e-29, Method: Compositional matrix adjust.
Identities = 60/166 (36%), Positives = 85/166 (51%), Gaps = 0/166 (0%)
Query 58 SSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFE 117
S C C K + H++QH+ + P++C C +F RK ++ H+R HTGE P +
Sbjct 387 SPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGESPHK 446
Query 118 CAVCKKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAEC 177
C C K FT+K L H R HTG+ P+ C CKKTF K +L H H + C C
Sbjct 447 CTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYC 506
Query 178 HLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNKTH 223
TF+ K H+R HS + C C+K F + LI H+++ H
Sbjct 507 QKTFTRKEHLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHMSRCH 552
Score = 113 bits (282), Expect = 2e-28, Method: Compositional matrix adjust.
Identities = 58/165 (35%), Positives = 82/165 (50%), Gaps = 0/165 (0%)
Query 57 SSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPF 116
+ + C ICGK+ VH + HS+ KP+ CQ C F L H + H G F
Sbjct 218 TGTHVCDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMF 277
Query 117 ECAVCKKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAE 176
C VC F +SL H + H+ ++P+ C +C+KTFA K +L H SH C
Sbjct 278 TCIVCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQY 337
Query 177 CHLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
C TF+ K + HVR H+ + C +CSKTF + L+ HV +
Sbjct 338 CAKTFTRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQ 382
Score = 112 bits (281), Expect = 2e-28, Method: Compositional matrix adjust.
Identities = 58/158 (37%), Positives = 81/158 (51%), Gaps = 0/158 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C+ C K + H+++H+ + P++C C +F RK +L H+R HTGE P C+ C
Sbjct 335 CQYCAKTFTRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYC 394
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
K FT+K L H R HTGE P++C C K F K ++ H H + C C TF
Sbjct 395 MKTFTRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGESPHKCTYCTKTF 454
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHV 219
+ K HVR H+ + C YC KTF + L HV
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHV 492
>Q8MRK4_DROME unnamed protein product
Length=878
Score = 131 bits (329), Expect = 1e-34, Method: Compositional matrix adjust.
Identities = 64/160 (40%), Positives = 90/160 (56%), Gaps = 0/160 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C +C V ++ +S HMK+HS DKP+ C C +F RK +L+ H R+HTGE PF C C
Sbjct 279 CIVCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYC 338
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
K FT+K + H R HTGE P+ C++CKK+F K + H+ H C C TF
Sbjct 339 AKTFTRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKTF 398
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
+ K + HVR H+ + C YC KTF + L+ H+ +
Sbjct 399 TRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQ 438
Score = 122 bits (305), Expect = 1e-31, Method: Compositional matrix adjust.
Identities = 69/187 (37%), Positives = 96/187 (51%), Gaps = 5/187 (3%)
Query 42 TKVELSTNLPPKRKKSSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKP 101
T+ E TN + S C C K + H++ H+ D P++C+ C +F RK
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKE 514
Query 102 YLEVHMRTHTGERPFECAVCKKRFTQKSSLNTH-KRVHTGERPYECEVCKKTFAVKSYLQ 160
+L HMR H+ + P C VC K FT+K L H R HTG+RP+ CE C K+F +K L
Sbjct 515 HLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLL 574
Query 161 AHHWSHMKGATL----TCAECHLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLI 216
H SH KG + C +C F KG + H+R+HS + + C CSK FV+ L
Sbjct 575 FHQRSHTKGQEMERPFACEKCPKNFICKGHLVSHMRSHSGEKPHACTLCSKAFVERGNLK 634
Query 217 RHVNKTH 223
RH+ H
Sbjct 635 RHMKMNH 641
Score = 118 bits (296), Expect = 3e-30, Method: Compositional matrix adjust.
Identities = 59/160 (37%), Positives = 85/160 (53%), Gaps = 0/160 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C IC K + H + H+ + P++CQ C +F RK ++ H+R HTGE P C +C
Sbjct 307 CTICQKTFARKEHLDNHFRSHTGETPFRCQYCAKTFTRKEHMVNHVRKHTGETPHRCDIC 366
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
KK FT+K H HTGE P+ C+ C KTF K +L H H + C+ C TF
Sbjct 367 KKSFTRKEHYVNHYMWHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTF 426
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
+ K + H+R H+ ++C YC+KTF + L HV +
Sbjct 427 TRKEHLVNHIRQHTGESPHKCTYCTKTFTRKEHLTNHVRQ 466
Score = 115 bits (287), Expect = 4e-29, Method: Compositional matrix adjust.
Identities = 65/180 (36%), Positives = 89/180 (49%), Gaps = 0/180 (0%)
Query 42 TKVELSTNLPPKRKKSSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKP 101
T+ E N K + C IC K + Y H H+ + P++C C +F RK
Sbjct 343 TRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKTFTRKE 402
Query 102 YLEVHMRTHTGERPFECAVCKKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQA 161
+L H+R HTGE P C+ C K FT+K L H R HTGE P++C C KTF K +L
Sbjct 403 HLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKCTYCTKTFTRKEHLTN 462
Query 162 HHWSHMKGATLTCAECHLTFSNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNK 221
H H + C+ C TF+ K HVR H+ ++C YC KTF + L H+ +
Sbjct 463 HVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQ 522
Score = 114 bits (286), Expect = 6e-29, Method: Compositional matrix adjust.
Identities = 60/162 (37%), Positives = 84/162 (52%), Gaps = 0/162 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C C K + H++QH+ + P++C C +F RK +L H+R HTGE P +C C
Sbjct 391 CDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKCTYC 450
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
K FT+K L H R HTG+ P+ C CKKTF K +L H H + C C TF
Sbjct 451 TKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTF 510
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHVNKTH 223
+ K H+R HS + C C+K F + LI H+++ H
Sbjct 511 TRKEHLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHMSRCH 552
Score = 111 bits (278), Expect = 7e-28, Method: Compositional matrix adjust.
Identities = 59/162 (36%), Positives = 85/162 (52%), Gaps = 1/162 (1%)
Query 58 SSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFE 117
S C C K + H++QH+ + P++C C +F RK +L H+R HTG+ P
Sbjct 415 SPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDSPHR 474
Query 118 CAVCKKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAEC 177
C+ CKK FT+K L H R+HTG+ P++CE C+KTF K +L H H C C
Sbjct 475 CSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDNPHCCNVC 534
Query 178 HLTFSNKGQYIQHV-RTHSVSRIYECVYCSKTFVKDAFLIRH 218
+ F+ K I H+ R H+ R + C C K+F L+ H
Sbjct 535 NKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLLFH 576
Score = 108 bits (270), Expect = 7e-27, Method: Compositional matrix adjust.
Identities = 59/158 (37%), Positives = 77/158 (49%), Gaps = 0/158 (0%)
Query 62 CKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASFCRKPYLEVHMRTHTGERPFECAVC 121
C+ C K + H+++H+ + P++C C SF RK + H HTGE P C C
Sbjct 335 CQYCAKTFTRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFC 394
Query 122 KKRFTQKSSLNTHKRVHTGERPYECEVCKKTFAVKSYLQAHHWSHMKGATLTCAECHLTF 181
K FT+K L H R HTGE P+ C C KTF K +L H H + C C TF
Sbjct 395 SKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKCTYCTKTF 454
Query 182 SNKGQYIQHVRTHSVSRIYECVYCSKTFVKDAFLIRHV 219
+ K HVR H+ + C YC KTF + L HV
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHV 492
Score = 105 bits (262), Expect = 9e-26, Method: Compositional matrix adjust.
Identities = 59/193 (31%), Positives = 86/193 (45%), Gaps = 28/193 (15%)
Query 57 SSSQDCKICGKVLSSPSSYYVHMKQHSDDKPYQCQRCDASF------------------- 97
+ + C ICGK+ VH + HS+ KP+ CQ C F
Sbjct 218 TGTHVCDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMF 277
Query 98 ---------CRKPYLEVHMRTHTGERPFECAVCKKRFTQKSSLNTHKRVHTGERPYECEV 148
LE HM+ H+ ++PF C +C+K F +K L+ H R HTGE P+ C+
Sbjct 278 TCIVCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQY 337
Query 149 CKKTFAVKSYLQAHHWSHMKGATLTCAECHLTFSNKGQYIQHVRTHSVSRIYECVYCSKT 208
C KTF K ++ H H C C +F+ K Y+ H H+ + C +CSKT
Sbjct 338 CAKTFTRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKT 397
Query 209 FVKDAFLIRHVNK 221
F + L+ HV +
Sbjct 398 FTRKEHLLNHVRQ 410
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864528.1 PREDICTED: LOW QUALITY PROTEIN: probable tRNA
pseudouridine synthase 2 [Aethina tumida]
Length=317
Score E
Sequences producing significant alignments: (Bits) Value
Q584H4_TRYB2 unnamed protein product 31.2 0.97
Q4GZB7_TRYB2 unnamed protein product 30.0 2.7
SERB_DROME unnamed protein product 29.3 3.7
>Q584H4_TRYB2 unnamed protein product
Length=318
Score = 31.2 bits (69), Expect = 0.97, Method: Compositional matrix adjust.
Identities = 28/110 (25%), Positives = 54/110 (49%), Gaps = 10/110 (9%)
Query 147 TDNGWASGKVVEKTTWRHVKKFNMERLLSSMQASHQKKMFELCGVDLQSQLAYDLAAQGP 206
T+N ++ +V++ + RH+ LLS+++ + + + L G+ L A+ +AA P
Sbjct 183 TNNNSSALEVLDLSYNRHIGDRGGVMLLSALRGNDRIRAVILKGISLSDAGAFGIAALLP 242
Query 207 IRPANSKVPVIYGIKCTEFEAPNFTLEIQC-MNENEAYLTNL-VNDIGLK 254
RP P++ C E ++ L +++N + NL N IG+K
Sbjct 243 QRPK----PLL----CGEGGGCDYPLSSSASVSQNPTFFLNLNENIIGVK 284
>Q4GZB7_TRYB2 unnamed protein product
Length=719
Score = 30.0 bits (66), Expect = 2.7, Method: Compositional matrix adjust.
Identities = 20/67 (30%), Positives = 31/67 (46%), Gaps = 8/67 (12%)
Query 222 CTEFEAPNFTLEIQCMNENEAYLTNLVNDIGL------KLHSSAHCT--AIQCIRHSCFT 273
C +F+ N +E CM ++A + V G+ L SS H C+RH+C +
Sbjct 639 CYDFDICNGCIEENCMKFSDAGEVSFVVSDGVGHGQKNTLSSSYHTKDHMFLCVRHACGS 698
Query 274 VEDALLK 280
DA L+
Sbjct 699 AGDACLR 705
>SERB_DROME unnamed protein product
Length=270
Score = 29.3 bits (64), Expect = 3.7, Method: Compositional matrix adjust.
Identities = 16/41 (39%), Positives = 22/41 (54%), Gaps = 1/41 (2%)
Query 33 AEISCENLRKALITRICDELNELECRPPSEY-VSIEGNALQ 72
A I EN +LIT I D +LE PP+ Y + GN ++
Sbjct 210 ALIRKENSDDSLITMIGDGATDLEAVPPANYFIGFGGNVVR 250
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864529.1 PREDICTED: 14 kDa phosphohistidine phosphatase-like
[Aethina tumida]
Length=142
Score E
Sequences producing significant alignments: (Bits) Value
JANA_DROME unnamed protein product 95.5 6e-26
JANB_DROME unnamed protein product 57.0 4e-11
Q9Y170_DROME unnamed protein product 41.6 3e-05
>JANA_DROME unnamed protein product
Length=135
Score = 95.5 bits (236), Expect = 6e-26, Method: Compositional matrix adjust.
Identities = 52/142 (37%), Positives = 82/142 (58%), Gaps = 12/142 (8%)
Query 1 MFTRLFQSVRRMASSSVIPQIKDVDIDPNGVFKYILIKVTSPDECGKLYNKLIVRGYAEC 60
+ ++ + + +M S + + V I P G+FKY++I V + +K ++RG+A+C
Sbjct 6 LLSKGLRLIHKM-SEEALAGVPLVHISPEGIFKYVMINVFDGGDA----SKAVIRGFADC 60
Query 61 PYHSDINDKVTRELQALKESKTIRDWRSSVLGGGRIQVDADGKKIKVYGYSQGYGKADHQ 120
+H+DI + RE + K+ R+ GGGRI+ + + K +KVYGYSQG+GKADH
Sbjct 61 TWHADIFE---REEEVFKK----LGLRAECPGGGRIEHNPEKKYLKVYGYSQGFGKADHA 113
Query 121 AAVDVLKTTFTDYEITWSDEGY 142
+L T + DY I SDEGY
Sbjct 114 QTKRILATKYPDYTIEISDEGY 135
>JANB_DROME unnamed protein product
Length=140
Score = 57.0 bits (136), Expect = 4e-11, Method: Compositional matrix adjust.
Identities = 34/90 (38%), Positives = 53/90 (59%), Gaps = 10/90 (11%)
Query 49 YNKLIVRGYAECPYHSDINDKVTRELQALKESKTIRDWRSSVLGGGRIQVDADGKKIKVY 108
Y ++IVRG A+ H + D + EL+ + +LGGGRI +A+ KKIK+Y
Sbjct 56 YGRVIVRG-ADVDNHLAVFDSILEELEP-------EGICAKILGGGRILNEAENKKIKIY 107
Query 109 GYSQGYGKADHQAAVDVLK--TTFTDYEIT 136
G S+ +G ADH ++L+ TT+ D++IT
Sbjct 108 GTSRTFGGADHTRTRNILQAWTTYKDFKIT 137
>Q9Y170_DROME unnamed protein product
Length=148
Score = 41.6 bits (96), Expect = 3e-05, Method: Compositional matrix adjust.
Identities = 38/138 (28%), Positives = 65/138 (47%), Gaps = 16/138 (12%)
Query 3 TRLFQSVRRMASSSV---IPQIKDVDIDPNGVFKYILIKVTSPDECGKLYNKLIVRGYAE 59
++L + +RR +SS V + + V + G KY+L+ + + + IVRG A
Sbjct 11 SQLLKPLRRQSSSRVNALLINVPRVQLS-KGKNKYLLMMIHMHGLTR--FGRTIVRGSAS 67
Query 60 CPYHSDINDKVTRELQALKESKTIRDWRSSVLGGGRIQVDADGKKIKVYGYSQGYGKADH 119
H +I +++ +E+ + + LGGG I D K +K+YG + +G+A H
Sbjct 68 -KDHEEIFEEIQKEMDKIGIC-------AKCLGGGFISNKEDKKVMKIYGCCKTFGEAPH 119
Query 120 QAAVDVLK--TTFTDYEI 135
D+L T F Y I
Sbjct 120 GRTKDILLSWTKFQHYNI 137
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864530.1 PREDICTED: LOW QUALITY PROTEIN: E3 ubiquitin-protein
ligase UBR4 [Aethina tumida]
Length=5442
Score E
Sequences producing significant alignments: (Bits) Value
POE_DROME unnamed protein product 4144 0.0
HYD_DROME unnamed protein product 63.2 8e-09
DRE1_CAEEL unnamed protein product 61.6 2e-08
>POE_DROME unnamed protein product
Length=5322
Score = 4144 bits (10747), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 2422/5651 (43%), Positives = 3383/5651 (60%), Gaps = 548/5651 (10%)
Query 5 MAASSGGVDWSAILKPLLSPNRDTFNRTDLIELCSALVKSESEIFRNKETNRNFYNSFAC 64
M+A SGG DW++++K L+ N+ +++ L A+ + E + F + FY +FA
Sbjct 1 MSAHSGGTDWNSVVKALILNRTGALNKNEVVNLLKAITRCEHDFFEEESNFTQFYTAFAA 60
Query 65 LASNYIGSNSKNLTASQLETVSAGSQVLLRYLLNTLQLCASDTQQNCAQIERIINAVQVL 124
LA++ + K + +Q+ + + VL+R+++ L + + + + ++ A+++L
Sbjct 61 LAADKL-MQIKTICQTQICQLHDATAVLIRFIIYRL------PRVSVYETKWLLGALKML 113
Query 125 CVGTG-PLSRSEVIL----LLDIMKGENPPQH--PNLTPTG--------NEKDASNKQES 169
C G P S S + + +++K P+ ++ P+ N+K+ S K E
Sbjct 114 CEGRECPASASSSMFDYNAVANVLKSCKHPESTTKSIMPSSSSSGSGASNDKE-SPKSEI 172
Query 170 SKTRSDLSVSIFEHLTLPLRDGHVSSDQGGISAPVTSEAGPSNDPTSEINKLFLKTNSES 229
++RSDLS I + L PL G ++ P++ E D T +I L N E
Sbjct 173 KRSRSDLSSVILQQLIAPLEPGKMTW------VPLSEEV---TDCTEQI----LAANVEY 219
Query 230 LQALRAGDTLVDLCLSLPSIKRAKTKVEEAL-AGKPFSIPTNHSEATALRNGLSSNLTEI 288
Q DTL+D+C+SLP + R ++K E + GK +P EATA+++ ++ LT++
Sbjct 220 FQEQNGVDTLLDVCVSLPILNRYRSKYMETINGGKSLYLPLTQVEATAVKSSMNHMLTDL 279
Query 289 KLAMSALTLPVLEPLTTSKLDKLCNLTMAVLQCAVAQATASAVLAAVAQVSPKSAVQQQ- 347
+ A L ++PLT S++++L +A L AV + A++VL +S S+ Q+Q
Sbjct 280 TILSQAQALIEMQPLTPSRIERLSMCGIAALYNAVLTSIATSVLG----MSQASSSQKQT 335
Query 348 ------QQQSQQAQATVGLKEDDLDINAVALVEEALNMYAYVGNAIKSSTRAGGHIYQNY 401
+ DD + A ++V +AL +Y+ +G+ K+S R H+YQN+
Sbjct 336 ASTSQGSGVGGSSGGQSNKDHDDFEDQACSIVNKALEIYSNIGHMFKTSARI--HVYQNH 393
Query 402 ILAGAWVLVSGLQAHLTASTSSSSTTSSSSSSSLDKSREDKGRSPCKGATSGSSSVTISQ 461
+ G+W+L+SG+Q + AS S S++ S+S S+ SGS + T
Sbjct 394 LCYGSWLLISGIQGAMGASGSGGSSSDSASKSASKA------------TKSGSEAGTAPT 441
Query 462 TPRSS-GLQKFQQSFGVLSVALATRALSLLSDLFDDLHLEACCGTTASSAQVQVEPAPLS 520
TP + L K QQ FG L+ A+A ++ LLS+L +DL +EA CG + S ++ EPA
Sbjct 442 TPIARVNLFKVQQGFGELNAAIANHSIKLLSELIEDLKVEAACGQSLESTELP-EPAQFD 500
Query 521 VMGQFTALQRVARILGAAPLNQLLFYLAIVGYRKACTLKRLHPP---EGDNFSQSDSTTY 577
++ +++L+R+ R+L A L+QL +LA V YRKACTLKR E + S SDSTTY
Sbjct 501 ILQNYSSLERIVRVLNTATLHQLFTFLATVAYRKACTLKRASAKDRTECEPISYSDSTTY 560
Query 578 YEDMIICSDDSSPQTVNDDSEPILGQWFEETIAPPDPGDSKSPSTSDNVDSKRVTEGCAA 637
+ D + CSD+S DDSE LG WF+ET++P D+ + ST + + K
Sbjct 561 FNDSLSCSDNSE----EDDSESYLGHWFKETLSPETHDDNANTSTQERAEQK-------- 608
Query 638 MSGGEHNSSGNSIVPQKGEAHGYIALATNIFQFLDRHLLCSRSAYVARYVKNGLTEQQMI 697
+++VP+ E H Y+ LA +IF FLD+ L +R AY+ RYVK G+++QQM+
Sbjct 609 ----------SALVPKLDEPHEYLDLAADIFCFLDQ-FLANRHAYMQRYVKAGVSDQQML 657
Query 698 ILAAIIRDLDKETSRTEVGTIS-------------VYFGAVLGQLYCEFSGALSRFTHNL 744
++A II+D D++ R E S FSGA R+ HNL
Sbjct 658 LMANIIKDFDRDVMRNESDQGSGNAPAASAGAGTSAGASTKWQTSMIRFSGAAGRYIHNL 717
Query 745 ITNSNLN-GLQACLLNHLGVSPWTSDVQHGWPLQVYPRTLAVLAQVLLLRPQNEKEASVI 803
I+ S L+ LQ+ LL HL +SPW++D + WPLQVYP TL+VL Q+LLL+P EKEA+ +
Sbjct 718 ISTSLLSEQLQSNLLQHLSISPWSTDT-NTWPLQVYPSTLSVLVQILLLKPTQEKEAACL 776
Query 804 SIWHKFVNTLIENVLNCPPNVP-DAEAEDLNVEHAQVLLYLFHSLNLMQKKSVVLLMAGG 862
S+WH+ +NTL+E V C N D++ EDLN+EHAQ+LL+LFHSLNLMQKKS++LL AGG
Sbjct 777 SVWHRLINTLVEGV--CSSNTASDSDYEDLNIEHAQLLLFLFHSLNLMQKKSILLLTAGG 834
Query 863 VLRCSEVVWC-------PMRDSQLLHLSRLLLLFDYIMKHLYDAPTSLLEQIHWNLFYAT 915
V+RC+EV C P+++SQ++ LSRLLL +Y+MKHLY+AP LL+Q+ WNLF +
Sbjct 835 VIRCAEV--CRGISEDRPVKNSQIMLLSRLLLFLEYLMKHLYNAPPELLDQVRWNLFSVS 892
Query 916 NLHAPAADKDKENNMTRMFT-AWQDIEDNYRKIAATDDTAMKPRFY--VLTNVEMS--NQ 970
++ D N T++ + DIE+N+RK A ++++P FY V+ + E+S Q
Sbjct 893 SMPDTQKITDLLNCRTKLNSYCRHDIEENFRKSAGEYGSSIRPTFYSLVMGDPEISYWAQ 952
Query 971 EVPKLDGLACNFVLGTPDKLRYPLLLDALVKILNVTYIRATGSQMSK-MTFLGLCATQYC 1029
E KLDGLA NF+L TPDKL+YPLL+DAL IL++T + + K + LCA QYC
Sbjct 953 EF-KLDGLAWNFILCTPDKLKYPLLVDALTDILSITDMSMYSKEKDKEASMHNLCAIQYC 1011
Query 1030 FTICWRLLQLLPPSVSYLERLAANESLSPCPXLLHSLIWGPRASNKHFSRWLKDCLGKQG 1089
FTI W+L LPPS S++E L A S + LHSL+W R + L KQG
Sbjct 1012 FTIAWKLNLGLPPSTSHVESLKAERSPN-----LHSLMWSIRLPLASSHYLVVSSLIKQG 1066
Query 1090 MYTQLTEKLLKSVSDVVNNAKYDIANAKKCIVALTPDLKKGIVSKEDLPPLWNLILLDSL 1149
MYTQ E L V D+ + KY + + A + + P L +LIL DSL
Sbjct 1067 MYTQYAETLWTHVGDIGADIKYSLKQTILGVEAFNSQM-----NGNGTPRLSDLILFDSL 1121
Query 1150 LAKVQV--------------SLDELQQSESGGVNSATESTTPTISYSTEA---------- 1185
+A +Q ++ +S G + + S P + S E+
Sbjct 1122 VAHMQAVAWANKEGLKWPRKESEDAAGEQSAGTSLTSSSNDPELYSSNESIDDQKLKQDD 1181
Query 1186 -AALVQDLLPYILRLTQAIXQCTRWSLVHTVVEQSEAATKLNLHEFE-GLQDMLSIASNK 1243
L DL Y + + + + + +V+ + + +L+ E L ++ I S+K
Sbjct 1182 DGKLSSDLQKYNQLVNELMVKLMNSYQLLSVIVRGQMLKQLSSSTPEKALNLIVPIVSDK 1241
Query 1244 NMLTNSLASELTGLLPSGVAS-VQQQWNNSVLDDISLSAYRNDVIPSEGFILKIVDTHVS 1302
+ L + LLP+ + +W ++ ++ A+ P E +IL ++D H+
Sbjct 1242 PAIMLELHAAFLKLLPNEDKQLIANEWPKCLM--VNDFAFNGKQHPVEPYILNVIDAHII 1299
Query 1303 SLSMSCPFNINLSLKRLLQCLVKFICDHAP-KIENTDTKNKAIEMLVSITLDLRTEYLYE 1361
L+ ++ +LK L+ +++ P + N + + + ++L+S LD+RT+YL
Sbjct 1300 ELTRGSNYSTLHTLKHCLKSILQLFELLLPHRTANAEVETQLKQLLISSMLDMRTDYLQG 1359
Query 1362 TASKTLDKMIGDIETDEHQKRVYLTVLDHTYRLI----INCTSPNNANYS---------V 1408
+ L +++ + + + +Y ++ + YR++ + P +A S
Sbjct 1360 HSEHCLREILSGLTQEAQKLLLYEHMVGYCYRMLKEFAADLRQPQSAGPSGGAPLDQDRA 1419
Query 1409 NVDEKVLYNCLQFYEKIIEKSSGRQALEAFFTGADR-DLVKVLMSVSSPQVSQQYSTRVL 1467
+E +L+ L+ K++EK QA+ FF L +L+S + + Y+ ++L
Sbjct 1420 MFNESMLFAVLKTMFKMLEKPVAVQAMRQFFKDQRSGSLTTLLLSFTGTSLPVSYARKML 1479
Query 1468 HLFNKLFQAADKSSTDPSLNYLCSSISKLANVEPEKLQTWLQHIIIGSS-QGECSDNKLM 1526
N+LFQ + ++ + L S+LA V+ +L+ WL HII G + + S ++ +
Sbjct 1480 QFVNRLFQLSLQADSQFQHEDLVECFSELATVDVARLKQWLGHIIYGPNVSTDVSTSEAL 1539
Query 1527 NTSA--------------------SGISSTSGKWTVTQQ--------------GNDEND- 1551
+T+ + +++ S +++ Q G E++
Sbjct 1540 DTTCRMLTSILQPSSSSSSNAQTPTNMATVSAMPSISDQLDPMEIEYDCGTAAGGGESNP 1599
Query 1552 -----EANQSTAIITVTPARPTSTTNEDQ---KSLVQENSQLLQALTSFIVKQNSNVSEE 1603
AN S + A+P + Q S + N LL + +VK S S+
Sbjct 1600 GTGGAAANTSQILSLWQAAQPNPSEESSQACDHSDSERNGALLLSFVKSLVKDQSKASQ- 1658
Query 1604 VAVTILKALIPLGLYILSPELEGAGFTDLMVVMTMLADAGTGKGHTLLFPATAEWIEICN 1663
+A + +AL+ LG ++SP EG F D++ +M LADA +GH LF T W+E+
Sbjct 1659 IAPPLFQALLQLGQTLISPPQEGCDFADVLQIMITLADASPARGHVALFNTTLLWLELAK 1718
Query 1664 DHPSTREALEKATAAAAESGDCAFLNKNALLEASCCILDYVSDVVASVTSLQTPTASAHQ 1723
+ L+ A +A+ L Y+S+++ S+
Sbjct 1719 LQLPDKH-LKHAENVSAQ-------------------LRYLSELLQSIGF---------- 1748
Query 1724 TSSGSFRALSPPWESEMPLDAETEWTEDAN-NEEEDSGDDSDEDSLCNKLCTFTVTQKEF 1782
GS R +PPW+ E+ D + + E A E++ DDSDED+L NKLCTF+ TQKEF
Sbjct 1749 --RGS-RQHNPPWDDELQTDIDELYDELAEEGEQDSLLDDSDEDTLNNKLCTFSQTQKEF 1805
Query 1783 MNQHWYHCHTCKMLDGVGVCSICARVCHKGHDLSYAKFGNFFCDCGAKEDGSCQALVKRS 1842
MNQHWYHCHTC M++ VGVCS+CARVCHKGHD+SYAK+GNFFCDCGAKEDGSCQAL +R
Sbjct 1806 MNQHWYHCHTCNMINTVGVCSVCARVCHKGHDVSYAKYGNFFCDCGAKEDGSCQALSRRI 1865
Query 1843 PQQNVGNDNASGSNIVAGLASSSVTSAFPGSTDHQQHMLTSSLRRRTSSPTFIDRVAYYG 1902
GSN V S+ + S P HM + ++R+S P V
Sbjct 1866 -----------GSNEVRD--SAGIGSYLPS------HMSLLAGKKRSSLP-----VGQPV 1901
Query 1903 TAAAASAHHQRHHRHAKQLDGAREFLQHYLNKSGVTGALVRLADTLMGTVEATCGQNSAV 1962
S ++R K L+ RE LQH V ++ D L+ ++ C S V
Sbjct 1902 LTRKDSLTNERIAVLTKLLEPYRETLQHQDQWLLVVRCILEYFDLLLPSINENCMLYSIV 1961
Query 1963 GCHQRAVRALQRLHAADHDKKRIHTDQLMVPTLGSQEGAFENVRMSYAGEQGQTIRQLLS 2022
GCH+RA AL+RLH + + TDQLM TLGSQEGAFENVRM+Y+G+QGQTI+ LLS
Sbjct 1962 GCHKRATAALERLHLLEQSFQV--TDQLMFATLGSQEGAFENVRMNYSGDQGQTIKHLLS 2019
Query 2023 AHIVRRVAMCCMTSTQGGRRQHLAVSHEKGKITVLQLSALLKQADSSTRKLTLTRLASAP 2082
+ +VRRVA CC++S G RRQ LAVSHEKGK+T+LQLSALLKQAD+S RKLTLT+L+SAP
Sbjct 2020 SGVVRRVAFCCLSSPHG-RRQQLAVSHEKGKVTILQLSALLKQADASKRKLTLTQLSSAP 2078
Query 2083 IPFTVVSLSANLCNEDFLAVCGLKDCHVLTFTSTGAVSDHLVLHPQLETGNFIIKAIWLP 2142
I TV+SL+AN CNED LAVCGLK+CH+LTF+S+G+ ++H+V++PQLE GN+I KA+WLP
Sbjct 2079 IACTVISLAANPCNEDCLAVCGLKECHILTFSSSGSTNEHIVVNPQLENGNYIKKAVWLP 2138
Query 2143 GSQTKLALVTADFVKIYDLSQDALSPQYYFLVPSGKIRDCTFMYNSGTYHILLMSSPGHI 2202
GSQT LA+VT+D+VKIYDL+ D SP+YY+LV GKIRDCTF+Y G Y++L +S G+I
Sbjct 2139 GSQTLLAVVTSDYVKIYDLAVDTYSPKYYYLVAVGKIRDCTFVYQDGNYNMLTFASSGYI 2198
Query 2203 YTELLNEDSSAKHGSFYVTNTLDVFNLDLVDVNGQVAGGGVSIYYSHTLGLLFYSYSQGK 2262
YT+ L++ S A HG FYVTNTL++ + + D+ G + GGGVSIYYSHTL LLFYSYS G+
Sbjct 2199 YTQQLDQQSLAVHGDFYVTNTLELSHQHIKDIAGHIGGGGVSIYYSHTLQLLFYSYSCGR 2258
Query 2263 SFISPINPNSTSLTVVYPITLPASSNTNSTTGSSGSTSSKNNGSRNPPSPQPLCQWTEIP 2322
SF SP+ S + +Y + +TNS + S+ S+ P QPL QWTE+
Sbjct 2259 SFFSPLTNVSEGVKGIYHL------DTNSASKSA---------SKGPL--QPLVQWTEVT 2301
Query 2323 NHPGLVCCAMQSTNNPVVLMLKPDALYIQEIRVVPSKAKIMDMVAIRHNSGSELRTTLIL 2382
HPGLV +MQ++NNP++LM+ P+ +Y+QEI+ +K++IMD+V IRH +TTL+L
Sbjct 2302 GHPGLVYASMQTSNNPIILMITPERIYLQEIKAQSAKSRIMDVVGIRHAVAGVEKTTLLL 2361
Query 2383 LCEDGSLKMFMASMEHTGFWMSANIQP---SLAAAT-----------------SAAGQRP 2422
LCEDGSL++F A E+T FW+S +QP L ++T +A+G+
Sbjct 2362 LCEDGSLRIFSAQPEYTSFWLSPQVQPFGNQLYSSTLMAKGGGSGSTSKSKSNTASGKMT 2421
Query 2423 KKKKTL--KAGGGGGKTSNAVTFPVDFFEHCTAMNDVEIGGNDLLQVYNMAQLKHRLNTT 2480
+K + K GG+ FP+DFFEHC + DVE GGNDLLQ+YN +LK RL +T
Sbjct 2422 SRKASQQQKQPTAGGQP----VFPIDFFEHCNMLADVEFGGNDLLQIYNKQKLKTRLFST 2477
Query 2481 GLYVACNRPLGFTVEITNNESTMVMTGVRVLVGSQDVQRVPSFVEVFGRIVSMSVTRSRW 2540
G++VA R GFT+E+ NN+ +V+ G+RVL+G+QDVQR P V + GR + V R+RW
Sbjct 2478 GMFVASTRSNGFTLEVINNDPNVVIVGIRVLIGTQDVQRAPQSVTILGRTIPTPVRRARW 2537
Query 2541 YDIPFSREESLQADKKLTILFGPPQDPETITMVDSIKVYGKTKDAFGWPEENEEAVTSAN 2600
+DIP +REE LQ+DK L ++F DPE +T++D I+VYGK+K+ GWP+E+E+ +
Sbjct 2538 FDIPLTREEMLQSDKLLKVVFAKAPDPEHVTLLDCIEVYGKSKELVGWPDESEDVTVPGS 2597
Query 2601 STCAQVVNAPSTNDTEQQNAGVAPLSKLERLTVGILESLEGSFSL--PSVPEEKLNVYRP 2658
S A + S+ + + G +++L+R+ +LE ++ + L VP R
Sbjct 2598 SAPAVSSSQASSANFGE---GFNCITQLDRMANHLLEVMDCALHLLGSGVPAS----MRQ 2650
Query 2659 RTLNIATRLLTLPTPPTVQIHAKALLSSLHTSKQAYHVYKDQALLQHVLSSLTAMVTASQ 2718
+ + A+ LL LPTP VQ A+ +L++L+ ++ YH YKD LLQ V L +M Q
Sbjct 2651 KAVKTASALLLLPTPNPVQTQARYVLATLYGTRALYHNYKDGVLLQFVNRELQSM----Q 2706
Query 2719 TNLSNDDPQPRHDIDAESYYRLVLIVRGIAVARPQNLVKFADAHTSIQDVVIDDPLEPPT 2778
L + + +ID E++YRLVL+VRGIA ARPQ+L K + D+V PT
Sbjct 2707 PKL--EKLETLREIDPEAFYRLVLMVRGIANARPQSLAKICVENN--YDIV-------PT 2755
Query 2779 TKEPRTNNHLLLLLMDVLWTLHSQNPENPALAPVVVPGLKHAEQVVHALVEIVHAFNSCD 2838
LM ++ LH P +V GL E +VH LVEI++ F D
Sbjct 2756 -------------LMGIVLELHKVTPTLDEPVNIVKRGLCQPETIVHCLVEIMYGFALAD 2802
Query 2839 TYSNVTIGVYLQLLLCSDP-VIAFSAKQALCKVLKPRARRKRVFIPTPPPPHCFSPSTSK 2897
+ Y LL D VI+ SAK+AL +L PR +R++V I TPP C +P
Sbjct 2803 PGQVGRMTKYFIDLLKHDASVISHSAKEALILLLSPRMKRRKVAIVTPPA--CSTP---- 2856
Query 2898 GEATTDDGKTTSAVSHSSQEDDNNHHNHQQQAQGSRGTNQYAVDVEAVEPIALLQQHHPH 2957
T T A+ ++ ++ + +
Sbjct 2857 ----TPSTSTMQALQAAASSAASDIIEEAAGVVVDGSVGGGGLPEPNADAEGAAVGVGGV 2912
Query 2958 QQQHINPLEALLGGGVGFPPLLDIPPDADDETMVELAIALSLQEHEIGGEQGLQVQVMGN 3017
QQ + LEA +GGG FP LL +P DADDE ++++AIALSLQ+H G LQ G
Sbjct 2913 GQQQMLNLEAFMGGG--FPRLLGLPEDADDEAIMDIAIALSLQQHG-GDANALQSLQQGL 2969
Query 3018 EGLGGAHQIQHAQEAGHLSDTTASAAGSDDEGSTAATDGSTLRTSPAEQGGSAAGSESGG 3077
L G Q A + + + DDEGS ATDGSTLRTSPAE GS G
Sbjct 2970 ANLQGIRQATAMAAAVNAAANVSLGGSDDDEGSNVATDGSTLRTSPAEPAGSGGSESGGS 3029
Query 3078 SGVESIAGEHNVSGRSSTYGDNI-----QETITMVSRSDTSSLTNANCGATEVDQIHQQD 3132
VESI G S RSS +GD+ ++ T + A G V
Sbjct 3030 G-VESIGG---TSARSSNFGDHANASPPRQGSTKDDQEQPGPSGVAGSGGVAVLSAMSSS 3085
Query 3133 DSDVTAESENSGRLHMLRLQLLDRLIRYLPKLRKVNGVRAIPFLQVVLQLTADLDGHSER 3192
+ + E + +LH LR+ +L+ +I++L NG++AIP +QV+L LT DL+G++ER
Sbjct 3086 EDNEANEDDKLSKLHDLRIAVLESIIQHLGTFDLCNGLQAIPLIQVILMLTTDLNGNNER 3145
Query 3193 DCMSLNTLLGAIVFELQISKPNLE-DVCTRTQHREVQLILMRLLSVFMSRCKTSSSTASS 3251
D L+ LL A+V ++I K + T+ EV+L L+ L V M + K+ +
Sbjct 3146 DQQVLHDLLTALVDYVEIGKRGAAARMETKCPGNEVRLALLSLFGVLMGKTKSKQT---- 3201
Query 3252 VGGASSKPSTSTAIPTSSSNTDNCTFVCRTTATFLQRVDIIGYCNRLLQALLEYWKN--- 3308
G +S P DN +FV TTA L + Y L LL +WKN
Sbjct 3202 --GTTSPPH---------QFKDNSSFVASTTANVLSKSGAFVYALEALNTLLVHWKNVLG 3250
Query 3309 ----------DASSNDDIGGSTVGGNLLKEHLPHPPPDMTPFFLRQFVKEHAIDVFATYP 3358
S+ G S G LLK P PD++ ++K + D+F +Y
Sbjct 3251 DPYAAGGGLASQSAQASGGASGPGVQLLKPIKHGPKPDISILIPHNYLKNYP-DIFESYD 3309
Query 3359 QLLTEMALRLPYQAHKNSEISEPVNV--AFDSSWYRYLCEYMMTTQTPFLRRQVRKLLLF 3416
LLTE+ +RLPYQ + S + P N F + LCEYMM LRRQVRKLL++
Sbjct 3310 GLLTEIIVRLPYQILRLSS-AHPDNYDSGFCEAMTFTLCEYMMLNLNTLLRRQVRKLLMY 3368
Query 3417 ICGNKEKYRQLRDLHALDAHVKGADQCC----ARGGYRKDVEAQHALSLPYDSLVELVEH 3472
ICG+KEK+R RD H+LDAH + + C ++ G + L YD+LVEL EH
Sbjct 3369 ICGSKEKFRMYRDGHSLDAHFRVVKRVCNIVSSKTGAPYNANPPM---LSYDALVELTEH 3425
Query 3473 LKACLEIATMRTGNWQRFCVHHDHVIPFLLRVSCL-LDEGVAPTILGLLQCAIVHGTPSG 3531
L+ C EI+ MRTGNWQ+FCV H+ + L+ ++C LD+GV+P I+ LLQ A+ + P
Sbjct 3426 LRTCQEISQMRTGNWQKFCVVHEDALAMLMEIACYQLDDGVSPIIIQLLQAAVCNLPPPS 3485
Query 3532 AGLSSVPKRPTTSDNKQSTVSRKEREKSDDS-AAEALFEESSCVALVEQINKQVSREIFA 3590
+ P+ T+S S R +REKS+D+ A + F+ + C V QI + +
Sbjct 3486 GSKQAQPQPSTSS---ASGKLRTDREKSEDTDAYYSKFDPAQCGTFVHQIFRYACDALII 3542
Query 3591 RFVKTYMLETNTTSVRWQAHALVLAVYKNSKPAEQDSLLQLLWQLWPLLPAYGRKAAQFV 3650
RFV+ ++LE N T +RWQAH+ + +++++ +++ LL + W LWPL+P YGR+ AQFV
Sbjct 3543 RFVRIFLLENNITQLRWQAHSFMTGLFEHANERQREKLLNIFWNLWPLVPTYGRRTAQFV 3602
Query 3651 DLLGYFSLKYSQINEGSEQVSDYVDKAVNVLRIQNELLAHHPNANLYAHMGQFVDLDGYY 3710
DLLGY +L I +E++ ++V +AV+VLR QNELL HPNA +Y + + ++GYY
Sbjct 3603 DLLGYLTLSTRSI---TERLPEFVSRAVDVLRQQNELLCKHPNAPIYTTLESILQVNGYY 3659
Query 3711 LESEPCLVCNNPEVPFSTIKLGSIKVDSKFTTTTTIVKLLSSHTISRITVRIGDLKRTKM 3770
LESEPCLVCNNPEVP + IKL S+K DSK+TTTT I KL+ HTIS++ VRI DLKRTKM
Sbjct 3660 LESEPCLVCNNPEVPMANIKLPSVKSDSKYTTTTMIYKLVQCHTISKLIVRIADLKRTKM 3719
Query 3771 VRTINIYYNNRTVQAVVELKNKPALWHKAKKVTLQSGQAEVKIEFPLPIVACNLMIEYAD 3830
VRTIN+YYNNR+VQAVVELKN+PALWHKA+ V+LQS Q E+KI+FPLPI ACNLMIE+AD
Sbjct 3720 VRTINVYYNNRSVQAVVELKNRPALWHKARSVSLQSAQTELKIDFPLPITACNLMIEFAD 3779
Query 3831 FYENFQASSETLQCPRCSASVPANPGVCANCGENVFQCHKCRAINYDEKDPFLCHACGFC 3890
F+E SSE LQCPRCSA+VPA PGVC NCGENVFQCHKCRAINYDEKDPFLCH+CGFC
Sbjct 3780 FFETVSGSSENLQCPRCSAAVPAYPGVCGNCGENVFQCHKCRAINYDEKDPFLCHSCGFC 3839
Query 3891 KYAKFDFVLLARPCCAVEPIESDEDRKKTVSSINTLLEKADRVYKQLIANKPTLESLLLK 3950
KYAKFDF + AR CCAV+PIES EDR KTVS I++ LE+ADR Y+QL+ NK LE L+ K
Sbjct 3840 KYAKFDFSMYARVCCAVDPIESAEDRVKTVSLIHSSLERADRNYRQLLTNKQMLELLIQK 3899
Query 3951 ISEHRSDGSRRLDEVSTSGTAGSGTGSNASSQPASAVTAAASVSNQLKVNKTIQMLAQQY 4010
++EHRS S R+ E + ASV + +VNK IQ+LAQ+Y
Sbjct 3900 VAEHRS--SDRMVEDNM-----------------------ASVHSTSQVNKIIQLLAQKY 3934
Query 4011 CNDCKTSFEELSKIIQKVLVSRKELVAYDRKHRDIDMPVSAPLLKLHQQQQSEAKDESNT 4070
C + +TSFEELSKI+QKV R ELVAYDR+ +D P P S E+ T
Sbjct 3935 CVESRTSFEELSKIVQKVKACRSELVAYDRQQQD--QPPVNP--------GSTTGAENPT 3984
Query 4071 DVVCVNNRCYGCSSAATEHCLTLLRALATNAKTRQILCQRGLVQELVWNNLRKGSVQIQE 4130
NRCYGC+ A+TE CLTLLRA+A N R L +GLV EL +NLR+G+ IQE
Sbjct 3985 -----TNRCYGCALASTEQCLTLLRAMAYNYDCRVCLYSQGLVSELAEHNLRRGTPLIQE 4039
Query 4131 EVRQLLCVLTRDNPMSTEELCSLLMERIRPSLSGHAPSVVDLGTGVRHEIALLAAMVQKE 4190
EVR LL VLT+DN + L L+ R++ +L G P ++ L V E+ LL ++ ++
Sbjct 4040 EVRNLLVVLTKDNAEACMHLLQLVTTRVKNALMGSIP-LISLEAAVHQEMTLLEVLLGQD 4098
Query 4191 DDCWELKLRCMMGLFLKACDESRNPLIMESIILPCLKILQTLMRPPEANNIKKSVKEKTN 4250
D CWE KL+ + LF+ C R P+ +++ PCL+I+Q L+ P V +
Sbjct 4099 DICWEYKLKVIFELFISNCRLPRGPVT--AVLHPCLRIMQNLICP---------VLPGSK 4147
Query 4251 GASSAASTSSAAATSRLNIVSGVTVDVNKWLAKEPDHTFAGWKARILNKIE--------- 4301
A+T + + + G TVD WL + +H +A W R+ + +
Sbjct 4148 PNQKVATTDLCS----MKMFEGNTVDYRAWLNSDRNHEYAAWSKRMPSNNQAKLKNAKDQ 4203
Query 4302 -----GGMSLPQRKRXGIRKYYLMEKYSRRWRKNI--KRYICQRLELDNCAWIKSVLFNP 4354
GG P + R +R +L EKY +RWR+ + K+ + + L N WI+ +LFN
Sbjct 4204 NVAASGGSDAPPKSRREVRVAFLSEKYGKRWRERVLDKQRVIKPLVF-NAKWIQPLLFNA 4262
Query 4355 SSRLARQVACNIVECLCNTPERKKEILVLLTYFLEELGAAGESSAEFLGLYQNLIQDSPW 4414
+SR RQ+AC+++ L T ER+++ L +LT FL+ +G AGE+SAE+L LY+N+ + PW
Sbjct 4263 NSRFGRQLACSLLSSLSRTNERRQQALNMLTSFLKHVGEAGEASAEYLMLYKNMATEQPW 4322
Query 4415 KQYLALQGVLNILARLVTKEIQELHRLEESTLTSDLAQGYALYQLTELLASFLDDTAIRR 4474
QYL L+GVL+ +++L+ EI ++HR+EE +L+SDL+ GYAL Q ELL L+ IRR
Sbjct 4323 LQYLVLKGVLSQISQLLAIEISKVHRMEEYSLSSDLSLGYALRQYVELLWLLLECPNIRR 4382
Query 4475 QYKGRLVGAVLNGYLALRRLVVQRTRLIDDTQEKLLELLEEMTTGTEEETRAFMAVCIET 4534
YK R++G VL YLALR LVVQRTRLIDD QEKLLE+LE+MT+GTEEETRAFM + I+T
Sbjct 4383 TYKTRMLGPVLESYLALRSLVVQRTRLIDDAQEKLLEMLEDMTSGTEEETRAFMEILIDT 4442
Query 4535 VNGCGPQDMLTPVFIFERLCSIIYPEENDVGEFYMTLEKDPQQEDFLQGRMLGNPYSSFE 4594
V D+ TPVF+FERL SII+PEE+D EFYMTLEKDPQQEDFLQGRMLGNPY S E
Sbjct 4443 VEKTRMNDIKTPVFVFERLYSIIHPEEHDESEFYMTLEKDPQQEDFLQGRMLGNPYPSSE 4502
Query 4595 AGLGPLMRDVKNKICQDCELVALLEDDNGMELLVNNKIMSLDLPVRDVYKKVWLAEGGDH 4654
GLGPLMRDVKNKIC DCEL+ALLEDDNGMELLVNNKI+SLDLPV+DVYKKVWLAEGGD
Sbjct 4503 MGLGPLMRDVKNKICTDCELIALLEDDNGMELLVNNKIISLDLPVKDVYKKVWLAEGGDR 4562
Query 4655 DAMRIVYRMRGLLGDATEEFVETLSSNKQSAVDDEEVYRMANVLADDCDGLDAMVQRLAA 4714
DAMRIVYRMRGLLGDATEEFVETL++ Q VD E++YRMANVLA DC+GL M++R+ +
Sbjct 4563 DAMRIVYRMRGLLGDATEEFVETLNNKSQEQVDTEQLYRMANVLA-DCNGLRVMLERIGS 4621
Query 4715 IQNVWRARPLLQVLLKLFRLSVKVNRCREVLIRPELGAMEVFLRTLQMCLEGGGAENQQQ 4774
+Q + R R L+QVLLKLF + VKV RC+EVL +PE+GA+ L+ LQMCL+ +EN
Sbjct 4622 LQRISRNRELIQVLLKLFLICVKVRRCQEVLCQPEIGAINTLLKVLQMCLQ---SENDSI 4678
Query 4775 AAVITEQLLDIMETVLSRATAEPLDKFERLSHCTFGGPEYVRSLLKCCTSNTHSSNFVRQ 4834
+ +TEQLL+IMET+LS+A ++ LD F + S TFGGPEYV +L+ C T N VR
Sbjct 4679 QSAVTEQLLEIMETILSKAASDTLDSFLQFS-LTFGGPEYVSALISC----TDCPN-VRN 4732
Query 4835 NRPVLVHLTRVLAALCYGNPAKMEILLDHFLPVLSDFNALDIDHTSDDQYRLEMFCVLTN 4894
N VL HL RVLAAL YGN KM +L +HF L +FN D + T +++++LE+FCVLTN
Sbjct 4733 NPSVLRHLIRVLAALVYGNEVKMALLCEHFKDTL-NFNRFDNERTPEEEFKLELFCVLTN 4791
Query 4895 GIEKNAIGNTLKDYIVSLNIVKDALEYITVHAPCVKPTLLRTDSDELKDFISKPSLKYIL 4954
IE N IG TLKDYIVSL IV+ +L YIT HAPCVKPTLLRTDSDELK+FIS+PSLKYIL
Sbjct 4792 QIEHNCIGGTLKDYIVSLGIVERSLAYITEHAPCVKPTLLRTDSDELKEFISRPSLKYIL 4851
Query 4955 RFLTGLAHSHEKTQLAIASADTIPIIHRLEQVSSDEHVGSLAENLLEALCTNATVAKQIE 5014
RFLTGL++ HE TQ+AI S D IPIIHRLEQVSSDEHVGSLAENLLEAL T++ A +++
Sbjct 4852 RFLTGLSNHHEATQVAI-SKDIIPIIHRLEQVSSDEHVGSLAENLLEALSTDSATAARVQ 4910
Query 5015 EVREFTRSEKKRLAMAMREKQLGQLGMRTNDKGQVTAKSTILQQIEELGEESGLVCCICR 5074
+VR+FTR+EKKRLAMA REKQL LGMRTN+KGQVTAK +ILQ+IE+L +E+GL C ICR
Sbjct 4911 QVRDFTRAEKKRLAMATREKQLDALGMRTNEKGQVTAKGSILQKIEKLRDETGLTCFICR 4970
Query 5075 EGYKYQPTKVLGVYTFTKRCNVEDYESPCSGSSGSGSSSTKSSIGSQAQGGGRKTVGYTT 5134
EGY QP KVLG+YTFTKRCNVE++E KS RKT+GYTT
Sbjct 4971 EGYACQPDKVLGIYTFTKRCNVEEFE-------------LKS----------RKTIGYTT 5007
Query 5135 VSHFNVVHIDCHMSAVRLARARDEWESAALQNANTKCNGLLPLWGPQVAESAFASCLARH 5194
V+HFNVVH+DCH SA+RL R RDEWE A+LQNANT+CNGLLPLWGP V E+AF++C+ RH
Sbjct 5008 VTHFNVVHVDCHTSAIRLTRGRDEWERASLQNANTRCNGLLPLWGPAVGEAAFSACMTRH 5067
Query 5195 NTYLQECTNHRDIGHQSAVHDLKLLLMRFAFERTFHEDTGGGGPQSNMHVVPYLVHVALY 5254
++Y+QE T DI + S+VHDLKLLL+RFA+ER+FH+D GGGGPQSNMH VPYL+ ++Y
Sbjct 5068 SSYMQESTQRCDISYTSSVHDLKLLLVRFAWERSFHDDAGGGGPQSNMHFVPYLLFYSVY 5127
Query 5255 VINTTRVNKREESSLMNYLETSNTEKWVESAYEAEGPLYWATMSLLLHSLRQWNRHRLTH 5314
++ ++R R+ +L+ YL+ +EKW+E YE +GPL+ AT+SL LHS WN+H+L H
Sbjct 5128 LLLSSRSAARDSKTLLTYLQAPPSEKWLECGYEVDGPLFMATISLSLHSRELWNKHKLAH 5187
Query 5315 LRRFVVLAQARHLQRET--NAAVSPILADKQVKPYAAYKPYLVFFSLIDGIYNYFFKNVN 5372
L+R + +AQ RH+ A ++P AD+QVK Y YKP+L+ ++L+D IY+ FK V+
Sbjct 5188 LKRMIAVAQGRHVSPAVLCKALLAP--ADRQVKDYTVYKPFLMMWALVDLIYDNLFKTVS 5245
Query 5373 G-SDEQWPNNLADYIRHNDEALMKASEKLLSAYTDEFLPCTSFSEFCDVAGLLDVVSNPD 5431
+E WP +L DY+R NDEAL+K+++ +L T+EFLPCTSF EFCDVAGLL ++ +PD
Sbjct 5246 TPKEEDWPISLFDYLRKNDEALLKSTDSILQTLTEEFLPCTSFVEFCDVAGLLHLIEHPD 5305
Query 5432 SFISDILNGMP 5442
+FI +IL +P
Sbjct 5306 NFIEEILAALP 5316
>HYD_DROME unnamed protein product
Length=2885
Score = 63.2 bits (152), Expect = 8e-09, Method: Compositional matrix adjust.
Identities = 28/71 (39%), Positives = 40/71 (56%), Gaps = 3/71 (4%)
Query 1770 NKLCTFTVTQKEFMNQHWYHCHTCKMLDGVGVCSICARVCHKGHDLSYAKFG-NFFCDCG 1828
N C+FT T + +NQ+ + C TC + + C+ CARVCHKGHD + +CDC
Sbjct 1216 NDTCSFTWTGADHINQNIFECKTCGLTGSLCCCTECARVCHKGHDCKLKRTAPTAYCDCW 1275
Query 1829 AKEDGSCQALV 1839
E C+AL+
Sbjct 1276 --EKCKCKALI 1284
>DRE1_CAEEL unnamed protein product
Length=936
Score = 61.6 bits (148), Expect = 2e-08, Method: Compositional matrix adjust.
Identities = 30/81 (37%), Positives = 40/81 (49%), Gaps = 7/81 (9%)
Query 1772 LCTFTVT-QKEFMNQHWYHCHTCKMLDGVGVCSICARVCHKGHDLSYAKFGNFFCDCGAK 1830
LC F V+ F ++Y C TC + +C+ C R CH+GH + +F FFCDCGA
Sbjct 844 LCLFKVSSNNSFPMHNFYRCTTCNTTERNAICTNCIRTCHRGHSVELVRFDRFFCDCGAG 903
Query 1831 EDGSCQALVKRSPQQNVGNDN 1851
L + QNV DN
Sbjct 904 ------TLERHCHLQNVPRDN 918
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Query= XP_019864531.1 PREDICTED: arrestin homolog [Aethina tumida]
Length=506
Score E
Sequences producing significant alignments: (Bits) Value
Q9W2V2_DROME unnamed protein product 217 4e-62
ARRB_DROME unnamed protein product 166 2e-46
Q9V393_DROME unnamed protein product 161 8e-44
>Q9W2V2_DROME unnamed protein product
Length=804
Score = 217 bits (552), Expect = 4e-62, Method: Compositional matrix adjust.
Identities = 99/178 (56%), Positives = 137/178 (77%), Gaps = 5/178 (3%)
Query 27 DSLSSQRVFKKSSPNNKLTLYLSSRDLVVSQGRIDRLQGVLLVDPEFIENRKVYGQVTLT 86
D +QRV+KK+SPN LTLYL +R++ ++ L+G++ VDP+ I+ +VY Q+TLT
Sbjct 97 DEFGTQRVYKKTSPNCVLTLYLPTREITLTGNNPSVLRGIVYVDPKAIQGYRVYAQLTLT 156
Query 87 FRYGREDEEVMGLKFCNEAIMCLAQLYPP-HQPSDDFPPEPNTPLQDALIRRLGSNAYPF 145
FRYGREDEEVMGL+FCNEAIM L Q++P +P+ PE +PLQ+AL++RLG A+PF
Sbjct 157 FRYGREDEEVMGLRFCNEAIMSLHQIWPRLEEPT----PESLSPLQEALMKRLGDGAHPF 212
Query 146 SMEITPLAPPSVQLVPAKEYNGAPIGTSYDIRAYVAERADEKLHRRTTVRMGIRVVQR 203
++ ++ APPSVQLVPAK Y GAPIGTSYD+R ++A++ DEK HRR +V+MG+RV+ R
Sbjct 213 TLSLSSYAPPSVQLVPAKRYYGAPIGTSYDVRCFIADKTDEKFHRRASVKMGVRVIYR 270
Score = 138 bits (348), Expect = 1e-34, Method: Compositional matrix adjust.
Identities = 65/119 (55%), Positives = 87/119 (73%), Gaps = 3/119 (3%)
Query 373 APKATVEKPFLLSDGRVVLSASLDKAIYSHGEEIHVNVKIRNNSTKTVKRIKVFVVQHVD 432
P+ +V+KPFLL DGRV L ASLDK Y+HGE++ V V IRN+S KTV++++V +QHVD
Sbjct 408 GPQGSVDKPFLLHDGRVGLRASLDKGWYTHGEDVQVTVNIRNDSRKTVRKVRVCAIQHVD 467
Query 433 VCMFSNGKFKNVVA---MLNTKDDCPLHSGATMDKTFTLLPIKSSTKNWIALEDSYTKS 488
VCMF+NGKFKNVVA + D + +GA+++ T TL P + TKNWIALED+ +S
Sbjct 468 VCMFNNGKFKNVVADSDNVTPPVDRTVAAGASLNTTVTLRPQRGPTKNWIALEDTLQRS 526
>ARRB_DROME unnamed protein product
Length=401
Score = 166 bits (421), Expect = 2e-46, Method: Compositional matrix adjust.
Identities = 78/177 (44%), Positives = 118/177 (67%), Gaps = 7/177 (4%)
Query 31 SQRVFKKSSPNNKLTLYLSSRDLVVSQGRIDRLQGVLLVDPEFIENRKVYGQVTLTFRYG 90
S +VFKK++PN K+T YL RD + D + GV++V+P++++NRKV+GQ+ T+RYG
Sbjct 4 SVKVFKKATPNGKVTFYLGRRDFIDHIDYCDPVDGVIVVEPDYLKNRKVFGQLATTYRYG 63
Query 91 REDEEVMGLKFCNEAIMCLAQLYPPHQPSDDFPPEPNTPLQDALIRRLGSNAYPFSMEIT 150
RE++EVMG+KF E I+C Q+ P P+ + TP+Q+ L+R+LGSNAYPF+
Sbjct 64 REEDEVMGVKFSKELILCREQIVPMTNPNMEM-----TPMQEKLVRKLGSNAYPFTFHFP 118
Query 151 PLAPPSVQLVPAKEYNGAPIGTSYDIRAYVAERADEKLHRRTTVRMGIRVVQRAYAP 207
P +P SV L + NG P+G Y IRA+V + D++ H+R+ V + I+ +Q YAP
Sbjct 119 PNSPSSVTLQQEGDDNGKPLGVEYTIRAFVGDSEDDRQHKRSMVSLVIKKLQ--YAP 173
Score = 103 bits (258), Expect = 6e-24, Method: Compositional matrix adjust.
Identities = 63/179 (35%), Positives = 96/179 (54%), Gaps = 12/179 (7%)
Query 332 DDKPEPVASDH--------EEDDKKIAENFRSLCGGKRPSLAAYLAGVPAPKATVEKPFL 383
DD +P+ ++ EDD++ + SL K+ A G P + V K F
Sbjct 132 DDNGKPLGVEYTIRAFVGDSEDDRQHKRSMVSLVI-KKLQYAPLNRGQRLPSSLVSKGFT 190
Query 384 LSDGRVVLSASLDKAIYSHGEEIHVNVKIRNNSTKTVKRIKVFVVQHVDVCMFSNGKFKN 443
S+G++ L +LD+ IY HGE+ V++ NNS K+VK IK F+VQH ++ M N +F
Sbjct 191 FSNGKISLEVTLDREIYYHGEKTAATVQVSNNSKKSVKSIKCFIVQHTEITMV-NAQFSK 249
Query 444 VVAMLNTKDDCPLHSGATMDKTFTLLPIKSSTKN--WIALEDSYTKSGTSLASTVTTSE 500
VA L TK+ CP+ GA + KTF L+P+ ++ K+ IAL+ +LAS+ E
Sbjct 250 HVAQLETKEGCPITPGANLTKTFYLIPLAANNKDRHGIALDGHLKDEDVNLASSTMVQE 308
>Q9V393_DROME unnamed protein product
Length=470
Score = 161 bits (407), Expect = 8e-44, Method: Compositional matrix adjust.
Identities = 82/183 (45%), Positives = 113/183 (62%), Gaps = 7/183 (4%)
Query 25 ASDSLSSQRVFKKSSPNNKLTLYLSSRDLVVSQGRIDRLQGVLLVDPEFIENRKVYGQVT 84
AS + RVFKKSS N K+T+YL RD V +D + GV+ +DPE++++RKV+GQV
Sbjct 40 ASSRRQATRVFKKSSSNGKITVYLGKRDFVDHVTHVDPIDGVVFIDPEYVKDRKVFGQVL 99
Query 85 LTFRYGREDEEVMGLKFCNEAIMCLAQLYPPHQPSDDFPPEPNTPLQDALIRRLGSNAYP 144
FRYGRED +V+GL F + + Q+YPP Q P T LQ+ LI++LG NA+P
Sbjct 100 AAFRYGREDLDVLGLTFRKDLYLAHEQIYPPMQLD-----RPMTRLQERLIKKLGPNAHP 154
Query 145 FSMEITPLAPPSVQLVPAKEYNGAPIGTSYDIRAYVAERADEKLHRRTTVRMGIRVVQRA 204
F E+ P P SV L PA G G Y+++A+V E ++K H+R +VR+ IR V
Sbjct 155 FYFEVPPYCPASVSLQPAPGDVGKSCGVDYELKAFVGENVEDKPHKRNSVRLTIRKVM-- 212
Query 205 YAP 207
YAP
Sbjct 213 YAP 215
Score = 107 bits (266), Expect = 1e-24, Method: Compositional matrix adjust.
Identities = 55/135 (41%), Positives = 84/135 (62%), Gaps = 4/135 (3%)
Query 374 PKATVEKPFLLSDGRVVLSASLDKAIYSHGEEIHVNVKIRNNSTKTVKRIKVFVVQHVDV 433
P V K F++ ++ L A+LDK +Y HGE+I VNV + NNS +TVK+IKV V Q D+
Sbjct 222 PSIEVSKEFMMKPNKIHLEATLDKELYHHGEKISVNVHVANNSNRTVKKIKVCVRQFADI 281
Query 434 CMFSNGKFKNVVAMLNTKDDCPLHSGATMDKTFTLLPIKSSTKN-W-IALEDSYTKSGTS 491
C+FS ++K+VVA + ++D C + G T+ K F L P+ ++ K+ W +AL+ T+
Sbjct 282 CLFSTAQYKSVVAEIESEDGCQVAPGFTLSKVFELCPLLANNKDKWGLALDGQLKHEDTN 341
Query 492 LASTVTTSENNPDDR 506
LAS+ + NP R
Sbjct 342 LASSTLIT--NPAQR 354
Lambda K H
0.321 0.137 0.431
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 8905916424
Database: /agbase_database/invertebrates_exponly.fa
Posted date: Dec 17, 2021 10:39 AM
Number of letters in database: 17,182,648
Number of sequences in database: 25,198
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40