BLASTX 2.2.25 [Feb-01-2011]


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.

Query= Atractylodes21_contig00010152
         (1536 letters)

Database: ./nr 
           23,641,837 sequences; 8,123,359,852 total letters

Searching..................................................done



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

ref|XP_002510281.1| Protein Z, putative [Ricinus communis] gi|22...   554   e-155
gb|AAN76362.1| serpin-like protein, partial [Citrus x paradisi]       543   e-152
emb|CAN78278.1| hypothetical protein VITISV_021647 [Vitis vinifera]   533   e-149
ref|XP_002284126.2| PREDICTED: serpin-ZX [Vitis vinifera]             526   e-147
ref|XP_003523896.1| PREDICTED: serpin-ZX-like [Glycine max]           525   e-146

>ref|XP_002510281.1| Protein Z, putative [Ricinus communis] gi|223550982|gb|EEF52468.1|
            Protein Z, putative [Ricinus communis]
          Length = 391

 Score =  554 bits (1428), Expect = e-155
 Identities = 272/387 (70%), Positives = 329/387 (85%)
 Frame = -1

Query: 1428 MDIRESIANQTQVSITLANHLLSKKSQNSNIVFSPLSIHVVLGLVAAGSKGQTLDQLLSF 1249
            MD+RESI NQ  V++TL+ H+L  ++++SN VFSPLSI VVLG++AAGSKG TLDQLLSF
Sbjct: 1    MDLRESIKNQIDVALTLSKHVLLGEAKSSNSVFSPLSIQVVLGIIAAGSKGATLDQLLSF 60

Query: 1248 LKTTTIHDLNALSSQLVSLVFADGSASGGPRLSFANGVWVEQTLSLKPSFKQVVDGVYKA 1069
            LK+ +   L++ SS+LV++ FADGSA+GGPRLSFANGVWV++ LSLK SFKQVVD VYKA
Sbjct: 61   LKSKSNDQLSSFSSELVAVAFADGSAAGGPRLSFANGVWVDKALSLKHSFKQVVDNVYKA 120

Query: 1068 ASNQVDFQNKAVEVANEVNLWAEKQTSGLIKEILPAGAVDNTTRLIFANAVYFKGAWNEK 889
            ASN VDFQ KAVEVANEVN WAEK+T GLIKE+LP+G+VDN+TRL+FANA+YFKGAW EK
Sbjct: 121  ASNNVDFQTKAVEVANEVNAWAEKETDGLIKEVLPSGSVDNSTRLVFANALYFKGAWTEK 180

Query: 888  FDPSKTKDYDFHLLDGSKVQAPFMTSKKKQFVGSYDGFKVLGLPYLQGEDKRRFTMYFFL 709
            FD S TKD+DF+LL+GS V APFMTSKKKQF+ +++GFKVLGLPY QG+DKR+F+MYFFL
Sbjct: 181  FDASITKDHDFYLLNGSSVHAPFMTSKKKQFIRAFEGFKVLGLPYYQGQDKRQFSMYFFL 240

Query: 708  PDAKDGLPSLMEKIGSGSEFLERHIPHQKVEVGQFLIPKFKISFAFEASEMLKELGLVLP 529
            PDAKDGLP+L+EK+GS S FL+ H+P Q+VEVG F IP+F+ISF FEASE LK LGLVLP
Sbjct: 241  PDAKDGLPALVEKVGSESGFLDHHLPRQQVEVGDFRIPRFRISFGFEASEALKGLGLVLP 300

Query: 528  FSGGEGLTEMVDSSMGGNLFVSSIHHKSFVEVNEEGTEXXXXXXAVVMLRSLRTDDKVDF 349
            FSG   LTEMVDSS+G  L+VSSI HKSF+EVNEEGTE       V+ LRSL   DK+DF
Sbjct: 301  FSGEGDLTEMVDSSVGQKLYVSSIFHKSFIEVNEEGTEAAAASAGVIKLRSLAFSDKIDF 360

Query: 348  VADHPFLFAIKEDMTGVVLFMGQIINP 268
            VADHPFLF I+E+MTG+VLF+G ++ P
Sbjct: 361  VADHPFLFLIRENMTGLVLFIGHVLEP 387


>gb|AAN76362.1| serpin-like protein, partial [Citrus x paradisi]
          Length = 389

 Score =  543 bits (1398), Expect = e-152
 Identities = 264/387 (68%), Positives = 327/387 (84%), Gaps = 1/387 (0%)
 Frame = -1

Query: 1422 IRESIANQTQVSITLANHLLSKKSQNSNIVFSPLSIHVVLGLVAAGSKGQTLDQLLSFLK 1243
            +RESI+NQT V+++L  H+   ++++SN+VFSP SIHV+L L++AGSKG TLDQLLSFLK
Sbjct: 1    VRESISNQTDVALSLTKHVALTEAKDSNLVFSPSSIHVLLSLISAGSKGPTLDQLLSFLK 60

Query: 1242 TTTIHDLNALSSQLVSLVFADGSASGGPRLSFANGVWVEQTLSLKPSFKQVVDGVYKAAS 1063
            + +   LN  +S+LV++VFADGS SGGPRLS ANGVW++++LSLK +FKQVVD VYKAAS
Sbjct: 61   SKSDDQLNTFASELVAVVFADGSPSGGPRLSVANGVWIDKSLSLKNTFKQVVDNVYKAAS 120

Query: 1062 NQVDFQNKAVEVANEVNLWAEKQTSGLIKEILPAGAVDNTTRLIFANAVYFKGAWNEKFD 883
            NQVD Q KA EV+ EVN+WAEK+T+GL+KE+LP G+VDN+TRLIFANA+YFKGAWNE FD
Sbjct: 121  NQVDSQTKAAEVSREVNMWAEKETNGLVKEVLPPGSVDNSTRLIFANALYFKGAWNETFD 180

Query: 882  PSKTKDYDFHLLDGSKVQAPFMTSKKKQFVGSYDGFKVLGLPYLQGEDKRRFTMYFFLPD 703
             SKTKDYDFHLL+G  ++ PFMTSKK QFV ++DGFKVLGLPY QGEDKRRF+MYFFLPD
Sbjct: 181  SSKTKDYDFHLLNGGSIKVPFMTSKKNQFVSAFDGFKVLGLPYKQGEDKRRFSMYFFLPD 240

Query: 702  AKDGLPSLMEKIGSGSEFLERHIPHQKVEVGQFLIPKFKISFAFEASEMLKELGLVLPFS 523
            AKDGLP+L+EK+GS S+FL+ H+P Q+VEVG F IP+FKISF  E S++LK LGLVLPFS
Sbjct: 241  AKDGLPTLLEKMGSESKFLDHHLPSQRVEVGDFRIPRFKISFGIEVSKVLKGLGLVLPFS 300

Query: 522  G-GEGLTEMVDSSMGGNLFVSSIHHKSFVEVNEEGTEXXXXXXAVVMLRSLRTDDKVDFV 346
            G G GL EMVDS +G NL+VSSI  KSF+EVNEEGTE      A V+LRS+   DK+DFV
Sbjct: 301  GEGGGLAEMVDSPVGKNLYVSSIFQKSFIEVNEEGTEAAAASAATVVLRSILLLDKIDFV 360

Query: 345  ADHPFLFAIKEDMTGVVLFMGQIINPL 265
            ADHPF+F I+EDMTG+V+F+G ++NPL
Sbjct: 361  ADHPFVFMIREDMTGLVMFIGHVLNPL 387


>emb|CAN78278.1| hypothetical protein VITISV_021647 [Vitis vinifera]
          Length = 389

 Score =  533 bits (1373), Expect = e-149
 Identities = 264/388 (68%), Positives = 317/388 (81%)
 Frame = -1

Query: 1428 MDIRESIANQTQVSITLANHLLSKKSQNSNIVFSPLSIHVVLGLVAAGSKGQTLDQLLSF 1249
            MD+R+ I NQ  V++ +A H+   +S++SN+V SPLSIHVVL LVAAGSKG TLDQLLSF
Sbjct: 1    MDLRQCIGNQNDVALGIAKHVALTESKDSNLVLSPLSIHVVLSLVAAGSKGATLDQLLSF 60

Query: 1248 LKTTTIHDLNALSSQLVSLVFADGSASGGPRLSFANGVWVEQTLSLKPSFKQVVDGVYKA 1069
            LK+    DLNA +S+LVSLVFADGS SGGP LSFANGVW+++TL LKPSFKQ+VD  YKA
Sbjct: 61   LKSKASGDLNAFASELVSLVFADGSPSGGPCLSFANGVWIDKTLPLKPSFKQIVDTAYKA 120

Query: 1068 ASNQVDFQNKAVEVANEVNLWAEKQTSGLIKEILPAGAVDNTTRLIFANAVYFKGAWNEK 889
            A +Q DF+ KA EV +E N WAEK+T+GLIKE+LP G+VD++TRLIFANA+YFKGAWNEK
Sbjct: 121  AVHQADFRIKAAEVTSEANSWAEKETNGLIKEVLPPGSVDSSTRLIFANALYFKGAWNEK 180

Query: 888  FDPSKTKDYDFHLLDGSKVQAPFMTSKKKQFVGSYDGFKVLGLPYLQGEDKRRFTMYFFL 709
            FD S TKDYDFHLL+GS VQ PFMTSKKKQ + ++D FKVLGL Y QG DKR F+MYFFL
Sbjct: 181  FDASATKDYDFHLLNGSSVQVPFMTSKKKQLISTFDDFKVLGLSYKQGGDKRSFSMYFFL 240

Query: 708  PDAKDGLPSLMEKIGSGSEFLERHIPHQKVEVGQFLIPKFKISFAFEASEMLKELGLVLP 529
            PDAKDGL +L++K+GS S FL+RH+P   V VG F IP+FKISF FEAS++LK LGLVLP
Sbjct: 241  PDAKDGLQALIDKVGSDSAFLDRHLPSMPVPVGDFRIPRFKISFGFEASKVLKGLGLVLP 300

Query: 528  FSGGEGLTEMVDSSMGGNLFVSSIHHKSFVEVNEEGTEXXXXXXAVVMLRSLRTDDKVDF 349
            F+ G GLTEMVDS MG +L+VSSI HKSF+EVNEEGTE       VV LR + + D +DF
Sbjct: 301  FTEG-GLTEMVDSPMGQDLYVSSIFHKSFIEVNEEGTEAAAASVGVVKLRGMLSTDNIDF 359

Query: 348  VADHPFLFAIKEDMTGVVLFMGQIINPL 265
            +ADHPFLF I+EDMTGVVLF+G ++NPL
Sbjct: 360  IADHPFLFVIREDMTGVVLFIGHVLNPL 387


>ref|XP_002284126.2| PREDICTED: serpin-ZX [Vitis vinifera]
          Length = 445

 Score =  526 bits (1354), Expect = e-147
 Identities = 261/382 (68%), Positives = 312/382 (81%)
 Frame = -1

Query: 1410 IANQTQVSITLANHLLSKKSQNSNIVFSPLSIHVVLGLVAAGSKGQTLDQLLSFLKTTTI 1231
            I NQ  V++ +A H+   +S++SN+V SPLSIHVVL LVAAGSKG TLDQLLSFLK+   
Sbjct: 63   IGNQNDVALGIAKHVALTESKDSNLVLSPLSIHVVLSLVAAGSKGATLDQLLSFLKSKAS 122

Query: 1230 HDLNALSSQLVSLVFADGSASGGPRLSFANGVWVEQTLSLKPSFKQVVDGVYKAASNQVD 1051
             DLNA +S+LVSLVFADGS SGGP LSFANGVW+++TL LKPSFKQ+VD  YKAA +Q D
Sbjct: 123  GDLNAFASELVSLVFADGSPSGGPCLSFANGVWIDKTLPLKPSFKQIVDTAYKAAVHQAD 182

Query: 1050 FQNKAVEVANEVNLWAEKQTSGLIKEILPAGAVDNTTRLIFANAVYFKGAWNEKFDPSKT 871
            F+ KA EV +E N WAEK+T+GLIKE+LP G+VD++TRLIFANA+YFKGAWNEKFD S T
Sbjct: 183  FRIKAAEVTSEANSWAEKETNGLIKEVLPPGSVDSSTRLIFANALYFKGAWNEKFDASAT 242

Query: 870  KDYDFHLLDGSKVQAPFMTSKKKQFVGSYDGFKVLGLPYLQGEDKRRFTMYFFLPDAKDG 691
            KDYDFHLL+GS VQ PFMTSKKKQ + ++D FKVLGL Y QG DKR F+MYFFLPDAKDG
Sbjct: 243  KDYDFHLLNGSSVQVPFMTSKKKQLISTFDDFKVLGLSYKQGGDKRSFSMYFFLPDAKDG 302

Query: 690  LPSLMEKIGSGSEFLERHIPHQKVEVGQFLIPKFKISFAFEASEMLKELGLVLPFSGGEG 511
            L +L++K+GS S FL+RH+P   V VG F IP+FKISF FEAS++LK LGLVLPF+ G G
Sbjct: 303  LQALIDKVGSDSAFLDRHLPSMPVPVGDFRIPRFKISFGFEASKVLKGLGLVLPFTEG-G 361

Query: 510  LTEMVDSSMGGNLFVSSIHHKSFVEVNEEGTEXXXXXXAVVMLRSLRTDDKVDFVADHPF 331
            LTEMVDS MG +L+VSSI HKSF+EVNEEGTE       VV LR + + D +DF+ADHPF
Sbjct: 362  LTEMVDSPMGQDLYVSSIFHKSFIEVNEEGTEAAAASVGVVKLRGMLSTDNIDFIADHPF 421

Query: 330  LFAIKEDMTGVVLFMGQIINPL 265
            LF I+EDMTGVVLF+G ++NPL
Sbjct: 422  LFVIREDMTGVVLFIGHVLNPL 443


>ref|XP_003523896.1| PREDICTED: serpin-ZX-like [Glycine max]
          Length = 389

 Score =  525 bits (1352), Expect = e-146
 Identities = 259/387 (66%), Positives = 320/387 (82%)
 Frame = -1

Query: 1428 MDIRESIANQTQVSITLANHLLSKKSQNSNIVFSPLSIHVVLGLVAAGSKGQTLDQLLSF 1249
            MD+RESI+NQT V++++   LLSK +++SN+V+SPLS+HVVL ++A+GSKG TLDQLLSF
Sbjct: 1    MDLRESISNQTDVALSITKLLLSKNARDSNLVYSPLSLHVVLSIIASGSKGPTLDQLLSF 60

Query: 1248 LKTTTIHDLNALSSQLVSLVFADGSASGGPRLSFANGVWVEQTLSLKPSFKQVVDGVYKA 1069
            L++ +   LN+ +SQLV++V +D + +GGPRLSFA+GVWVEQ+LSL PSFKQ+V   YKA
Sbjct: 61   LRSKSTDHLNSFASQLVAVVLSDAAPAGGPRLSFADGVWVEQSLSLHPSFKQLVSAQYKA 120

Query: 1068 ASNQVDFQNKAVEVANEVNLWAEKQTSGLIKEILPAGAVDNTTRLIFANAVYFKGAWNEK 889
                VDFQ KAVEV NEVN WAEK+T+GL+K++LP G+VDN+TRLIFANA+YFKGAWNEK
Sbjct: 121  TLASVDFQTKAVEVTNEVNSWAEKETNGLVKDLLPPGSVDNSTRLIFANALYFKGAWNEK 180

Query: 888  FDPSKTKDYDFHLLDGSKVQAPFMTSKKKQFVGSYDGFKVLGLPYLQGEDKRRFTMYFFL 709
            FD S TKDYDFHLL+GS V+ PFMTSKKKQF+ ++D FKVLGLPY QGEDKR+FTMYFFL
Sbjct: 181  FDASITKDYDFHLLNGSSVKVPFMTSKKKQFIMAFDSFKVLGLPYKQGEDKRQFTMYFFL 240

Query: 708  PDAKDGLPSLMEKIGSGSEFLERHIPHQKVEVGQFLIPKFKISFAFEASEMLKELGLVLP 529
            P+ KDGL +L EK+ S S FLER +P+QKVEVG F IP+FKISF FE S +LKELG+VLP
Sbjct: 241  PETKDGLLALAEKLASESGFLERKLPNQKVEVGDFRIPRFKISFGFEVSNVLKELGVVLP 300

Query: 528  FSGGEGLTEMVDSSMGGNLFVSSIHHKSFVEVNEEGTEXXXXXXAVVMLRSLRTDDKVDF 349
            FS G GLTEMVDS +G NL VS+I HKSF+EVNEEGTE      A + LRS     K+DF
Sbjct: 301  FSVG-GLTEMVDSPVGQNLCVSNIFHKSFIEVNEEGTEAAAATSATIRLRSAMLPTKIDF 359

Query: 348  VADHPFLFAIKEDMTGVVLFMGQIINP 268
            VADHPFLF I+ED+TG VLF+GQ+++P
Sbjct: 360  VADHPFLFLIREDLTGTVLFIGQVLDP 386