CuGenDBv2

Gene ID	Tan0013706
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Peroxin-13
Genome location	LG10:18802405..18806147
RNA-Seq Expression	Tan0013706
Synteny	Tan0013706
Gene Ontology terms	GO:0016560 - protein import into peroxisome matrix, docking (biological process) GO:0005778 - peroxisomal membrane (cellular component) GO:0016021 - integral component of membrane (cellular component) GO:1990429 - peroxisomal importomer complex (cellular component)
InterPro domains	IPR035463 - Peroxin 13

Homology

Show/hide homology

GenBank top hits

e value

%identity

Alignment

KAA0044529.1 peroxisomal membrane protein 13 [Cucumis melo var. makuwa]

2.5e-142

91.25

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQP+ASNPPPKPWERVGGSSG APF+PPSAGNTSDVVEASGTA+PGEIVSSSDRTA VNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV
        SGMYG SSYGGGMYGGGMYGNSMYR  GGYGG YGS      SGMYGGGMYNSG GGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVM GVV
Subjt:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV

Query:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDS
        NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKV  +GPDGLPLPG PHPHQGQNLIEGPK AP+G+WDNVWPN S
Subjt:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDS

KAG6597684.1 Peroxisomal membrane protein 13, partial [Cucurbita argyrosperma subsp. sororia]

2.5e-142

91.03

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQP+ASNPPPKPWE+VGGSSGPAPFKPPSAGNTS+VVEASGTARPGEIVSSSDRTATV RNSLGRPVPTRPWEQNYGN SYGGAYGSTM+NSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYG-SSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISI
        SGMYG SSYGGGMYGGGMYGNSMYRGG    YGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPN+PYGPPSSPPGFWMSFLRVM GVVN FGRIS+
Subjt:  SGMYG-SSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISI

Query:  LIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ
        LIDQNTQAFHMFM+ALLQLFDRSGMLYGELARFVLRLLGIKTK RKV Q+GPDGLPLPG PHPHQG+NL+EGP+ APEGSWDNVWPN  Q
Subjt:  LIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

XP_016901552.1 PREDICTED: LOW QUALITY PROTEIN: peroxisomal membrane protein 13 [Cucumis melo]

7.6e-144

91.61

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Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQP+ASNPPPKPWERVGGSSG APF+PPSAGNTSDVVEASGTA+PGEIVSSSDRTA VNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV
        SGMYG SSYGGGMYGGGMYGNSMYR  GGYGG YGS      SGMYGGGMYNSG GGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVM GVV
Subjt:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV

Query:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ
        NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKV  +GPDGLPLPGPPHPHQGQNLIEGPK AP+G+WDNVWPN SQ
Subjt:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

XP_022972314.1 peroxisomal membrane protein 13-like [Cucurbita maxima]

3.8e-143

91.96

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Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQPAASNPPPKPWE+VGGSSGPAPFKPPSAGNTS+VVEASGTARPGEIVS+SDRTATVNRNSLGRPVPTRPWEQNYGN +YGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL
        SGMYGSS     YGGGMYGNSMYRGGYGG YGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPN+PYGPPSSPPGFWMSFLRVM GVVN FGRIS+L
Subjt:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL

Query:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPN
        IDQNTQAFHMFM+ALLQLFDRSGMLYGELARFVLRLLGIKTK RKV Q+GPDGLPLPG PHPHQG+NL+EGPK APEGSWDNVWPN
Subjt:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPN

XP_038877301.1 peroxisomal membrane protein 13 [Benincasa hispida]

1.0e-143

91.61

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYG-NNSYGGAYGSTMNNSLY
        MDSKPPQPAASNPPPKPWERVGGSSG APF+PPSAGNTSDVVEASGTA+PGEIVS+SDRTA VNRNSLGRPVPTRPWEQNYG NNSYGGAYGSTMNNSLY
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYG-NNSYGGAYGSTMNNSLY

Query:  GSGMYGSSYGGGMYGGGMYG-NSMYR-GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV
        GSGMYGSSYGGGMYGGGMYG NSMYR GGYGG YGS      SGMYGGGMYNSG GGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVM GVV
Subjt:  GSGMYGSSYGGGMYGGGMYG-NSMYR-GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV

Query:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ
        NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKVQ +GPDGLPLPG PHPHQGQNLIEGPK AP+G+WDNVWPN SQ
Subjt:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

TrEMBL top hits

e value

%identity

Alignment

A0A1S4DZY4 Peroxin-13

3.7e-144

91.61

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQP+ASNPPPKPWERVGGSSG APF+PPSAGNTSDVVEASGTA+PGEIVSSSDRTA VNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV
        SGMYG SSYGGGMYGGGMYGNSMYR  GGYGG YGS      SGMYGGGMYNSG GGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVM GVV
Subjt:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV

Query:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ
        NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKV  +GPDGLPLPGPPHPHQGQNLIEGPK AP+G+WDNVWPN SQ
Subjt:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

A0A5D3D1F0 Peroxin-13

1.2e-142

91.25

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Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQP+ASNPPPKPWERVGGSSG APF+PPSAGNTSDVVEASGTA+PGEIVSSSDRTA VNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV
        SGMYG SSYGGGMYGGGMYGNSMYR  GGYGG YGS      SGMYGGGMYNSG GGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVM GVV
Subjt:  SGMYG-SSYGGGMYGGGMYGNSMYR--GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVV

Query:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDS
        NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKV  +GPDGLPLPG PHPHQGQNLIEGPK AP+G+WDNVWPN S
Subjt:  NFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDS

A0A6J1CXX6 Peroxin-13

3.2e-140

90.57

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYG--STMNNSL
        MDS PPQP A+NPPPKPWERVGGSSGPAPF+PPSAGNTSDVVEASGTA+PGEIVS SDRT  VNRNSLGRPVP+RPW+QNYGNNSYGG YG  STMNNSL
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYG--STMNNSL

Query:  YGSGMYGSSYG-GGMYGGGMYGNSMYR-GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGV
        YGSGMYGSSYG GGMYGGGMYGNSMYR GGYGG YGS      SGMYGGGMYNSGFGGPM GYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGV
Subjt:  YGSGMYGSSYG-GGMYGGGMYGNSMYR-GGYGGPYGS------SGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGV

Query:  VNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPND
        VNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTK RKVQ IGPDGLPLPG PHPHQGQNLIEGPK APEGSWDNVW ND
Subjt:  VNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPND

A0A6J1EXW1 Peroxin-13

1.0e-141

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Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQPAASNPPPKPWE+VGGSSGPAPFKPPSAGNTS+VVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGN SYGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL
        SGMYGSS     YGGGMYGNSMYRGG    YGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPN+PYGPPSSPPGFWMSFLRVM GVVN FGRIS+L
Subjt:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL

Query:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ
        IDQNTQAFHMFM+ALLQLFDRSGMLYGELARFVLRLLGIKTK RKV Q+GPDGLPLPG PHPHQG+NL+EGPK APEGSWDNVWPN  Q
Subjt:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

A0A6J1IB54 Peroxin-13

1.8e-143

91.96

Show/hide

Query:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG
        MDSKPPQPAASNPPPKPWE+VGGSSGPAPFKPPSAGNTS+VVEASGTARPGEIVS+SDRTATVNRNSLGRPVPTRPWEQNYGN +YGGAYGSTMNNSLYG
Subjt:  MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYG

Query:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL
        SGMYGSS     YGGGMYGNSMYRGGYGG YGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPN+PYGPPSSPPGFWMSFLRVM GVVN FGRIS+L
Subjt:  SGMYGSSYGGGMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISIL

Query:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPN
        IDQNTQAFHMFM+ALLQLFDRSGMLYGELARFVLRLLGIKTK RKV Q+GPDGLPLPG PHPHQG+NL+EGPK APEGSWDNVWPN
Subjt:  IDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPN

SwissProt top hits

e value

%identity

Alignment

Q54CL3 Probable peroxisomal membrane protein PEX13

4.0e-10

33.33

Show/hide

Query:  PPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNR-----NSLGRPV------PTRPWE---------QNYG---------NN
        PPKPWE   G  G       S G +  +     T  PG   S++ +T+T+N       S+G P+      P RPWE          ++G          +
Subjt:  PPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNR-----NSLGRPV------PTRPWE---------QNYG---------NN

Query:  SYGGAYGSTMNNSLYGSGMYGSSYGGG--------MYGGGMYGN---------SMYRGGYGGPYGS--SGMYGGGMYNSGFGGPM-----GGYGMGMGGP
        SYGG Y  + ++  YGS  YGSSYG G        +YGGG Y +         S Y GGYG  YGS     YGG  Y S +GG       GGYG G GG 
Subjt:  SYGGAYGSTMNNSLYGSGMYGSSYGGG--------MYGGGMYGN---------SMYRGGYGGPYGS--SGMYGGGMYNSGFGGPM-----GGYGMGMGGP

Query:  YG--GQDPNDPYGPP-SSPPGFWMSFLRVMQGVVNFFGRISILIDQNTQAFHMFMTALLQL
        YG  G D  D  G    S      S++  +  +V+ F R S L+D N  A H   +++++L
Subjt:  YG--GQDPNDPYGPP-SSPPGFWMSFLRVMQGVVNFFGRISILIDQNTQAFHMFMTALLQL

Q9SRR0 Peroxisomal membrane protein 13

5.8e-86

62.95

Show/hide

Query:  QPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSS--SDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMN-NSLYGSGM
        QPA  + PPKPWE+ G +SGP PF+PPS  +T+  VEASGTA PGE+V    +      N NSL RPVP RPWEQ    ++ GG YGS +   S YGSG 
Subjt:  QPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSS--SDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMN-NSLYGSGM

Query:  YGSSYG--GGMYGGGMY-GNSMYRGGYGGP--YGSSGMYGGGMYNSGFGGPMGGY------------GMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRV
        YGS+ G  G  YGGGMY G+SMYRGGYGG   YGSSGMYGGG    G+GG MGGY            GMGMGGPYG QDPNDP+  P SPPGFW+SFLRV
Subjt:  YGSSYG--GGMYGGGMY-GNSMYRGGYGGP--YGSSGMYGGGMYNSGFGGPMGGY------------GMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRV

Query:  MQGVVNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQ--IGPDGLPLPGPPHPHQGQNLIEGPKTAPE---GSWD
        MQG VNFFGR+++LIDQNTQAFHMFM+ALLQLFDR GMLYGELARFVLR+LG++T+ RK+QQ   GP+GLPL  P  PH  QN +EGPKTA     G WD
Subjt:  MQGVVNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQ--IGPDGLPLPGPPHPHQGQNLIEGPKTAPE---GSWD

Query:  NVWPN
        NVW N
Subjt:  NVWPN

Arabidopsis top hits

e value

%identity

Alignment

AT3G07560.1 peroxin 13

4.1e-87

62.95

Show/hide

Query:  QPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSS--SDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMN-NSLYGSGM
        QPA  + PPKPWE+ G +SGP PF+PPS  +T+  VEASGTA PGE+V    +      N NSL RPVP RPWEQ    ++ GG YGS +   S YGSG 
Subjt:  QPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSS--SDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMN-NSLYGSGM

Query:  YGSSYG--GGMYGGGMY-GNSMYRGGYGGP--YGSSGMYGGGMYNSGFGGPMGGY------------GMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRV
        YGS+ G  G  YGGGMY G+SMYRGGYGG   YGSSGMYGGG    G+GG MGGY            GMGMGGPYG QDPNDP+  P SPPGFW+SFLRV
Subjt:  YGSSYG--GGMYGGGMY-GNSMYRGGYGGP--YGSSGMYGGGMYNSGFGGPMGGY------------GMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRV

Query:  MQGVVNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQ--IGPDGLPLPGPPHPHQGQNLIEGPKTAPE---GSWD
        MQG VNFFGR+++LIDQNTQAFHMFM+ALLQLFDR GMLYGELARFVLR+LG++T+ RK+QQ   GP+GLPL  P  PH  QN +EGPKTA     G WD
Subjt:  MQGVVNFFGRISILIDQNTQAFHMFMTALLQLFDRSGMLYGELARFVLRLLGIKTKSRKVQQ--IGPDGLPLPGPPHPHQGQNLIEGPKTAPE---GSWD

Query:  NVWPN
        NVW N
Subjt:  NVWPN

Sequences

Show/hide sequences

CDS sequence

Show/hide CDS sequence

ATGGATTCTAAGCCTCCTCAGCCTGCAGCTTCTAATCCTCCACCGAAACCTTGGGAACGAGTAGGGGGATCGTCGGGTCCAGCACCGTTTAAACCCCCATCAGCTGGCAA
TACAAGTGATGTAGTAGAGGCTTCTGGGACTGCTAGACCTGGAGAAATTGTATCTAGTTCTGATAGGACTGCCACTGTTAATAGGAACTCACTTGGCAGGCCTGTTCCAA
CCAGGCCTTGGGAGCAAAACTATGGGAATAACAGCTATGGAGGAGCTTATGGTTCAACCATGAATAATTCTCTTTATGGTTCTGGGATGTATGGTTCTTCTTATGGTGGT
GGAATGTATGGTGGTGGGATGTATGGGAACAGCATGTATAGAGGAGGTTATGGTGGACCTTATGGATCTTCTGGTATGTATGGAGGTGGAATGTATAATAGTGGTTTTGG
AGGTCCAATGGGTGGTTATGGAATGGGGATGGGTGGTCCATATGGTGGTCAAGATCCAAATGATCCATATGGTCCTCCCTCCTCTCCACCAGGATTTTGGATGTCATTTC
TGCGAGTGATGCAGGGTGTTGTGAACTTCTTCGGTCGAATATCTATTCTTATTGACCAAAACACACAGGCGTTTCATATGTTCATGACTGCACTACTTCAGCTTTTTGAC
CGCTCGGGTATGTTATATGGAGAGCTTGCTAGATTCGTGTTGAGGCTGCTTGGGATTAAAACCAAATCTAGGAAGGTTCAACAAATAGGCCCTGATGGGCTTCCTCTCCC
TGGACCGCCCCATCCTCATCAAGGCCAGAACTTGATCGAGGGACCGAAGACCGCTCCTGAAGGTTCATGGGATAATGTTTGGCCAAACGATTCCCAGTAA

mRNA sequence

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AAGTTGGATATCACAATCGACGCTTTCCGCGAAGGCTGAGACCTACTCGGATATGGATCCTTCATAGCAACAAATTTTTGCCCATAAGCTAACACTTTTCATTTGTGCTG
TTACGGGCCTTCCTTGAGAGAGAGACTTTTATCTCTCCCCTTTTCTGATGCAATTTCTCTGCGATTTCCATGGATTCTAAGCCTCCTCAGCCTGCAGCTTCTAATCCTCC
ACCGAAACCTTGGGAACGAGTAGGGGGATCGTCGGGTCCAGCACCGTTTAAACCCCCATCAGCTGGCAATACAAGTGATGTAGTAGAGGCTTCTGGGACTGCTAGACCTG
GAGAAATTGTATCTAGTTCTGATAGGACTGCCACTGTTAATAGGAACTCACTTGGCAGGCCTGTTCCAACCAGGCCTTGGGAGCAAAACTATGGGAATAACAGCTATGGA
GGAGCTTATGGTTCAACCATGAATAATTCTCTTTATGGTTCTGGGATGTATGGTTCTTCTTATGGTGGTGGAATGTATGGTGGTGGGATGTATGGGAACAGCATGTATAG
AGGAGGTTATGGTGGACCTTATGGATCTTCTGGTATGTATGGAGGTGGAATGTATAATAGTGGTTTTGGAGGTCCAATGGGTGGTTATGGAATGGGGATGGGTGGTCCAT
ATGGTGGTCAAGATCCAAATGATCCATATGGTCCTCCCTCCTCTCCACCAGGATTTTGGATGTCATTTCTGCGAGTGATGCAGGGTGTTGTGAACTTCTTCGGTCGAATA
TCTATTCTTATTGACCAAAACACACAGGCGTTTCATATGTTCATGACTGCACTACTTCAGCTTTTTGACCGCTCGGGTATGTTATATGGAGAGCTTGCTAGATTCGTGTT
GAGGCTGCTTGGGATTAAAACCAAATCTAGGAAGGTTCAACAAATAGGCCCTGATGGGCTTCCTCTCCCTGGACCGCCCCATCCTCATCAAGGCCAGAACTTGATCGAGG
GACCGAAGACCGCTCCTGAAGGTTCATGGGATAATGTTTGGCCAAACGATTCCCAGTAAATGAAAAATGTTACTTAATATTGAAGGTAACAAAGGTTCATTTCTTCCTTC
CTCGAGGCTATACAATTAGTCAATGTCTTCAAGAAATCACCATCGCTACAGCTTGTCGCGTTCGATTATTTCATTGCAGGTTATTCTCAAAACAAGGATACTGGAAGATT
ATAATAGACCATAGAACTGAGAAGCTTGTATCAGCAGGATTCTGCATAGATTCTTGGGTGAAACTGTTGGGCATCGACCTCGGTCTTGGCCATGGCTTCGGTTGTATTCT
TTCTTCTTGAGAAGACCATAATATGAAATTGTGAATTTAGCTGCCTTTGACCTGAAATACAAGTTGGTTTTTACTGGTTCCTTGGGTGGTTGGGTTATTATTTTTTCTTT
TTCTTTTTCTTTTCTTTTTTTGGTTGTATGATTGATGAATAAAACAAAGGAAAAATAACTTATGCAGAGTGAGGATTTTCAATACCACTTCTTTCCCGTTGAATA

Protein sequence

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MDSKPPQPAASNPPPKPWERVGGSSGPAPFKPPSAGNTSDVVEASGTARPGEIVSSSDRTATVNRNSLGRPVPTRPWEQNYGNNSYGGAYGSTMNNSLYGSGMYGSSYGG
GMYGGGMYGNSMYRGGYGGPYGSSGMYGGGMYNSGFGGPMGGYGMGMGGPYGGQDPNDPYGPPSSPPGFWMSFLRVMQGVVNFFGRISILIDQNTQAFHMFMTALLQLFD
RSGMLYGELARFVLRLLGIKTKSRKVQQIGPDGLPLPGPPHPHQGQNLIEGPKTAPEGSWDNVWPNDSQ

Tan0013706 (gene) of Snake gourd v1 genome