BLAST Resut
BLASTP 2.2.26 [Sep-21-2011]
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= Eca_sc000130.1_g0740.1
(706 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_010264283.1 PREDICTED: protein arginine N-methyltransferase 7... 1046 0.0
XP_010662493.1 PREDICTED: protein arginine N-methyltransferase 1... 1010 0.0
XP_006477200.1 PREDICTED: protein arginine N-methyltransferase 1... 978 0.0
>XP_010264283.1 PREDICTED: protein arginine N-methyltransferase 7 isoform X1
[Nelumbo nucifera]
Length = 743
Score = 1046 bits (2705), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 505/709 (71%), Positives = 591/709 (83%), Gaps = 8/709 (1%)
Query: 1 MSSATCQRIFQLKIDPLTGNSEWVIVEEDDNDTKNSHEALLSSTSYLDMLNDSPRNRAYR 60
MSS QRIFQL+ +PLTGNSEWV++EE + + NS +ALLSSTSYLDMLNDSPRNRA+
Sbjct: 39 MSSELSQRIFQLRFNPLTGNSEWVVIEESEEE--NSPKALLSSTSYLDMLNDSPRNRAFC 96
Query: 61 IAIEKTITKPCHVLDIGAGTGLLSMMAARAIDSSVAKEGIGNKGIVSACESYLPMIKLMR 120
AIEKT+ KPCHVLDIG+GTGLLSMMAARA+DSS AK G+KGI+SACESYLPM+KLMR
Sbjct: 97 KAIEKTVIKPCHVLDIGSGTGLLSMMAARAMDSSDAKHYTGSKGILSACESYLPMVKLMR 156
Query: 121 KVLRINGMEKKIRIIPKRSDEMKVGVDIASRADILVSEILDSELLGEGLIPTLQHAHDNL 180
KVLRIN MEKKIRI KRSDE+KVG D+ASRA+ILVSEILDSELLGEGLIPTLQ AHD L
Sbjct: 157 KVLRINNMEKKIRIFHKRSDELKVGHDLASRANILVSEILDSELLGEGLIPTLQQAHDEL 216
Query: 181 LVQNPRSVPHRATTYGQLVESKFLWKLHDIHNCEAEALDGICLAPVGLEKILGVKPQQYA 240
L++NP++VP RAT YGQLVES FLWKLHD++N EA+ALD + L P LE+IL VKPQQYA
Sbjct: 217 LMENPQTVPSRATIYGQLVESTFLWKLHDLYNNEAKALDNVHLVPAELERILRVKPQQYA 276
Query: 241 MHCNALSKDIRLLSEPFKIFEFDFWKRPDSHGKTELHVNATGDGRVHAIISWWVLQLDYE 300
MHC+A++++IRLLS+PFK+FEFDF KRP+SHG+TELH+ AT DGRVHAI+SWWVLQLDYE
Sbjct: 277 MHCDAIAEEIRLLSDPFKVFEFDFSKRPESHGQTELHIKATSDGRVHAIVSWWVLQLDYE 336
Query: 301 RTIFYSTAPRWISYPSNTESLQTYRPNWCDHWKQCVGFFPGPGVSVVKDEKVHIQAAHDE 360
TIFYSTAPRWI+ P N E LQT NWCDHWKQCV F PG G+ V KDE+V QA H++
Sbjct: 337 GTIFYSTAPRWINLPFNCEDLQTQSHNWCDHWKQCVWFIPGIGILVSKDEQVDFQAVHND 396
Query: 361 ISVSYKLMHDIYRTDLGYYDIHTRDSELVMSPERIALYGDKGWRLSMLSALRKA--EKVC 418
IS+SY L H + + GY D HTR +L++SPERIA+YGD+ WR ML A+ A +KV
Sbjct: 397 ISISYNLKHGDSKLEQGYPDFHTRGCQLILSPERIAIYGDREWRYDMLRAVMNALQKKVS 456
Query: 419 SLCVIADDSVFMALLLASVS-TAQVISIFPGIQQKGAQYLQAVADANGFAMDRVKVFGKR 477
LCV+ADDSVF+ +LLA++S ++ +IS+FPG+Q+KGAQYLQAVADANGF+++RV V GKR
Sbjct: 457 PLCVVADDSVFLTILLANLSPSSNIISVFPGLQEKGAQYLQAVADANGFSINRVNVLGKR 516
Query: 478 -RCLSMDDTDQKNVDLLVGEPFYYGNEGMLPWQNLRFWKERTMLDPVLSRDALILPCKGI 536
CL+ DDTDQK VDLL+GEPFYYGNEG LPW+NLRFWKERTMLD VLS+D LI+PCKGI
Sbjct: 517 PTCLTTDDTDQKKVDLLIGEPFYYGNEGKLPWENLRFWKERTMLDKVLSKDVLIMPCKGI 576
Query: 537 LKACAMSFPDLWRSRCSLKKIEDFDHSVVNATLGACGDVSESHEGLCLPYFVWQCGEINE 596
LK CAMS PDLWRSR +L+ IE FDHSVVN TLGACGD+ S +G LPYF+WQCGEI E
Sbjct: 577 LKGCAMSLPDLWRSRRALEIIEGFDHSVVNTTLGACGDLPVS-QGPSLPYFIWQCGEIKE 635
Query: 597 LTEVFTVLEFDFSKPISPCFGKTKVEFTKTGICHGFVLWIDWVLDAESSMVLSTGPDNRY 656
L+E FT++EFDFSKPIS FGKTKV FT+ GICHGFVLWIDW+LD + S+VLSTGP +RY
Sbjct: 636 LSEAFTIMEFDFSKPISLSFGKTKVGFTEAGICHGFVLWIDWILDVDHSIVLSTGPKHRY 695
Query: 657 WKQGVKFLSKPVPVGIQGSSGGTDECYVAELEASFNPSNGELTINHSLL 705
WKQGVK LSKPV VG GSSG D C E+EASFNPS+GEL I H L
Sbjct: 696 WKQGVKLLSKPVAVGNHGSSGIGD-CSFTEIEASFNPSDGELIIRHDFL 743
>XP_010662493.1 PREDICTED: protein arginine N-methyltransferase 1.6 [Vitis
vinifera] CBI31925.3 unnamed protein product, partial
[Vitis vinifera]
Length = 738
Score = 1010 bits (2612), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 477/711 (67%), Positives = 579/711 (81%), Gaps = 8/711 (1%)
Query: 1 MSSATCQRIFQLKIDPLTGNSEWVIVEEDDNDTKNSHEALLSSTSYLDMLNDSPRNRAYR 60
MSS++ QR+FQLK+DPLTGNSEWV+++E+D ++N E LLS+TSYLDMLNDS RNRA+R
Sbjct: 28 MSSSSAQRLFQLKLDPLTGNSEWVVIDEEDQVSENPSEPLLSTTSYLDMLNDSRRNRAFR 87
Query: 61 IAIEKTITKPCHVLDIGAGTGLLSMMAARAIDSSVAKEGIGNKGIVSACESYLPMIKLMR 120
AI+KT+TK C VLDIGAGTGLLSMMAARA+ S + +G+V+ACESYLPM+KLMR
Sbjct: 88 EAIDKTVTKNCRVLDIGAGTGLLSMMAARAMGSGDSVACPRTEGMVTACESYLPMVKLMR 147
Query: 121 KVLRINGMEKKIRIIPKRSDEMKVGVDIASRADILVSEILDSELLGEGLIPTLQHAHDNL 180
KVL +NGM +KI +I KRSDE+ +GVDI SRAD+LVSEILDSELLGEGLIPTLQHAHD L
Sbjct: 148 KVLHLNGMGRKINVINKRSDELNIGVDITSRADVLVSEILDSELLGEGLIPTLQHAHDML 207
Query: 181 LVQNPRSVPHRATTYGQLVESKFLWKLHDIHNCEAEALDGICLAPVGLEKILGVKPQQYA 240
LV+N ++VP+RATTYGQLVESKFLWKLHD++N EA+ALD +CL P G E IL +K QQYA
Sbjct: 208 LVENAKTVPYRATTYGQLVESKFLWKLHDLYNNEAKALDNVCLVPAGQETILSIKQQQYA 267
Query: 241 MHCNALSKDIRLLSEPFKIFEFDFWKRPDSHGKTELHVNATGDGRVHAIISWWVLQLDYE 300
MHC+A+ ++I+LLSEPFKIFEFDF KRPDSH +TELH+ A +G VHA++SWW+LQLD E
Sbjct: 268 MHCDAIKEEIKLLSEPFKIFEFDFSKRPDSHEETELHIKAIDNGSVHAVVSWWILQLDCE 327
Query: 301 RTIFYSTAPRWISYPSNTESLQT---YRPNWCDHWKQCVGFFPGPGVSVVKDEKVHIQAA 357
TIFYSTAP+WIS P N QT +WCDHWKQCV F PG G+ V K E+VH+ A
Sbjct: 328 GTIFYSTAPKWISVPFNINKSQTPFSSAGDWCDHWKQCVWFIPGKGIYVSKHEEVHLHAI 387
Query: 358 HDEISVSYKLMHDIYRTDLGYYDIHTRDSELVMSPERIALYGDKGWRLSMLSALRKA--E 415
H +IS+SY L + RT++G +D+ RDS+L++SPER+A+YGD WRLSML+A++
Sbjct: 388 HTDISISYNLKTQLSRTEIGQHDLFARDSQLILSPERVAIYGDSEWRLSMLTAIKNTLQG 447
Query: 416 KVCSLCVIADDSVFMALLLASVS-TAQVISIFPGIQQKGAQYLQAVADANGFAMDRVKVF 474
KV SLCV+ DDS+F+A+L+A +S T+ VIS+FPG++ KG QYLQAVAD NGF+MDRV+V
Sbjct: 448 KVISLCVVTDDSIFLAILIAHLSRTSHVISLFPGLRDKGTQYLQAVADVNGFSMDRVEVL 507
Query: 475 GK-RRCLSMDDTDQKNVDLLVGEPFYYGNEGMLPWQNLRFWKERTMLDPVLSRDALILPC 533
+ CL+ DT QK VDLL+GEPFYYGNEGMLPWQNLRFWKERTML+ VLS D +I+PC
Sbjct: 508 QNWKTCLTTLDTRQKKVDLLIGEPFYYGNEGMLPWQNLRFWKERTMLNSVLSEDVVIMPC 567
Query: 534 KGILKACAMSFPDLWRSRCSLKKIEDFDHSVVNATLGACGDVSESHEGLCLPYFVWQCGE 593
KGIL+ACAMS PDLW SR L KIE DHSVVNATLGACGD+ E+ EG CLPYFVWQCGE
Sbjct: 568 KGILRACAMSLPDLWNSRRCLNKIEGLDHSVVNATLGACGDLPEAQEGPCLPYFVWQCGE 627
Query: 594 INELTEVFTVLEFDFSKPISPCFGKTKVEFTKTGICHGFVLWIDWVLDAESSMVLSTGPD 653
I EL+E+ TV+EFDFSKPI+PC GK VEFT+TGICHGFVLWIDWV+DAE+ VL TGP
Sbjct: 628 IKELSEILTVMEFDFSKPINPCSGKAMVEFTETGICHGFVLWIDWVMDAENCTVLPTGPV 687
Query: 654 NRYWKQGVKFLSKPVPVGIQGSSGGTDECYVAELEASFNPSNGELTINHSL 704
+RYWKQGVK LSKP+ VG GS T C+ E+EASF+PS+GEL + H+L
Sbjct: 688 HRYWKQGVKLLSKPISVGFHGSE-STSGCFSTEIEASFDPSSGELIVKHTL 737
>XP_006477200.1 PREDICTED: protein arginine N-methyltransferase 1.6 isoform X2
[Citrus sinensis]
Length = 735
Score = 978 bits (2529), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 461/704 (65%), Positives = 573/704 (81%), Gaps = 10/704 (1%)
Query: 5 TCQRIFQLKIDPLTGNSEWVIVEEDDNDTKNSHEALLSSTSYLDMLNDSPRNRAYRIAIE 64
+ QR+FQLK+DPLTGNSEWV++EE+++ ++S E LL++TSYLDMLNDS RNRAYR+AI+
Sbjct: 37 STQRMFQLKLDPLTGNSEWVVIEENEDVPESSQEPLLATTSYLDMLNDSYRNRAYRLAID 96
Query: 65 KTITKPCHVLDIGAGTGLLSMMAARAIDSSVAKEGIGNKGIVSACESYLPMIKLMRKVLR 124
K +TK CHVLDIGAGTGLLSMMAARA+ SS + + KG+V+ACESYLPM+KLM+KVL
Sbjct: 97 KMVTKSCHVLDIGAGTGLLSMMAARAMGSSDSTTSLNTKGMVTACESYLPMVKLMKKVLH 156
Query: 125 INGMEKKIRIIPKRSDEMKVGVDIASRADILVSEILDSELLGEGLIPTLQHAHDNLLVQN 184
+NGM + I++I KRSDE++VGVDI SRADILVSEILDSELLGEGLIPTLQHAHD LLV+N
Sbjct: 157 VNGMGRNIKVINKRSDELEVGVDIDSRADILVSEILDSELLGEGLIPTLQHAHDRLLVEN 216
Query: 185 PRSVPHRATTYGQLVESKFLWKLHDIHNCEAEALDGICLAPVGLEKILGVKPQQYAMHCN 244
P +VP+RATTYGQLVES FLWKLHD++N EA+ALDGI L P G++ IL VK QQYAMHC+
Sbjct: 217 PLTVPYRATTYGQLVESTFLWKLHDLYNNEAKALDGIHLVPAGMDSILHVKSQQYAMHCD 276
Query: 245 ALSKDIRLLSEPFKIFEFDFWKRPDSHGKTELHVNATGDGRVHAIISWWVLQLDYERTIF 304
A++K+I+LLSEPFKIFEFDFWKRPDSHG+TEL + +T DGRVHA++SWWVLQLD E TIF
Sbjct: 277 AITKEIKLLSEPFKIFEFDFWKRPDSHGETELQIKSTDDGRVHAVVSWWVLQLDREGTIF 336
Query: 305 YSTAPRWISYPSNTESLQTYRPNWCDHWKQCVGFFPGPGVSVVKDEKVHIQAAHDEISVS 364
YSTAPRWIS P + NWCDHWKQCV F PG G+S+ K E++ A H E SVS
Sbjct: 337 YSTAPRWISLP-----IHKSTGNWCDHWKQCVWFIPGKGMSICKGEELLFHALHTETSVS 391
Query: 365 YKLMHDIYRTDLGYYDIHTRDSELVMSPERIALYGDKGWRLSMLSALRKA--EKVCSLCV 422
Y+L I TD ++++ +D +L + PERIA+YGD WRLSM+ A+R A +V LCV
Sbjct: 392 YELKSQIPITDERQHNLNAKDFQLALPPERIAIYGDGEWRLSMVMAMRNALQGRVQPLCV 451
Query: 423 IADDSVFMALLLASVS-TAQVISIFPGIQQKGAQYLQAVADANGFAMDRVKVFGK-RRCL 480
+ADDSVF+ + +A +S TA V+S+ PG+ KGAQYL+ VAD N F++DRV++ K ++CL
Sbjct: 452 VADDSVFLTICVARLSKTAHVLSLLPGLGDKGAQYLRTVADPNCFSIDRVEILQKGKKCL 511
Query: 481 SMDDTDQKNVDLLVGEPFYYGNEGMLPWQNLRFWKERTMLDPVLSRDALILPCKGILKAC 540
+MDDT QK VDLL+GEP+Y+GN+GMLPWQNLRFWKER+ LDPVLS++ +I+P KGILKAC
Sbjct: 512 TMDDTQQKKVDLLIGEPYYFGNDGMLPWQNLRFWKERSKLDPVLSKEVIIMPFKGILKAC 571
Query: 541 AMSFPDLWRSRCSLKKIEDFDHSVVNATLGACGDVSESHEGLCLPYFVWQCGEINELTEV 600
A+ PD+W SR SL KIE FDH+VVN +LGACGD+ +G CLP+F WQCGEI +L+ V
Sbjct: 572 AIFCPDIWNSRRSLSKIEGFDHAVVNTSLGACGDLPAPKDGPCLPFFTWQCGEIKKLSNV 631
Query: 601 FTVLEFDFSKPISPCFGKTKVEFTKTGICHGFVLWIDWVLDAESSMVLSTGPDNRYWKQG 660
FTV+EFDFSKPISPC GK +VEFT+ G+CHGF LWIDWVLD+E+S+V+STGPD RYWKQG
Sbjct: 632 FTVMEFDFSKPISPCQGKVQVEFTEPGLCHGFALWIDWVLDSENSIVISTGPDKRYWKQG 691
Query: 661 VKFLSKPVPVGIQGSSGGTDECYVAELEASFNPSNGELTINHSL 704
VK ++KPV VG + SG TD C +EASF+PSNGEL + H+
Sbjct: 692 VKLMAKPVAVGFE-ESGRTDLCSSTLVEASFDPSNGELNVQHTF 734