CuGenDBv2

Gene ID	MC09g0477
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Protein of unknown function (DUF288)
Genome location	MC09:4245904..4258027
RNA-Seq Expression	MC09g0477
Synteny	MC09g0477
Gene Ontology terms	GO:0016021 - integral component of membrane (cellular component) GO:0016740 - transferase activity (molecular function)
InterPro domains	IPR005049 - STELLO-like

Homology

Show/hide homology

GenBank top hits

e value

%identity

Alignment

KAG6575702.1 putative glycosyltransferase STELLO1, partial [Cucurbita argyrosperma subsp. sororia]

0.0

87.22

Show/hide

Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP +  H P INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKL KTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS-------------FVPQKLPGFHLAVEETETVNF
         SWRSNKATFFEKAL+LSHSM EEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RR RRS             FVPQKLPGFHL VEE+ETVNF
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS-------------FVPQKLPGFHLAVEETETVNF

Query:  EIGKLIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQA
        EIGKL+RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERF NAEGFLFLQDNTILNYWNLLQA
Subjt:  EIGKLIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQA

Query:  DKDKLWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAM
        DKDKLW+TYKVPQSWSRVSDDSVWF KQA WVKKVV+TMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAM
Subjt:  DKDKLWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAM

Query:  DSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        D P+NFDDVF +M YKKT AE+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  DSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_022150296.1 probable glycosyltransferase STELLO2 [Momordica charantia]

0.0

99.87

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Query:  MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS
        MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS
Subjt:  MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS

Query:  QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL
        QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL
Subjt:  QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL

Query:  GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR
        GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR
Subjt:  GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR

Query:  FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS
        FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS
Subjt:  FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS

Query:  WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV
        WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV
Subjt:  WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV

Query:  VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS
        VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS
Subjt:  VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS

Query:  RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK
        RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK
Subjt:  RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK

Query:  KTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        KT AEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  KTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_022953811.1 probable glycosyltransferase STELLO2 [Cucurbita moschata]

0.0

87.68

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Query:  MLVQDR--PNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR  P P QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP +  H P INFDS+ P+VDKSS YASF
Subjt:  MLVQDR--PNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS---------FVPQKLPGFHLAVEETETVNFEIGK
         SWRSNKATFFEKAL+LSHSMAEEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RR RRS         FVPQKLPGFHL VEE+ETVNFEIGK
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS---------FVPQKLPGFHLAVEETETVNFEIGK

Query:  LIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDK
        L+RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFER  NAEGFLFLQDNTILNYWNLLQADKDK
Subjt:  LIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDK

Query:  LWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPM
        LW+TYKVPQSWSRVSDDSVWF KQA WVKKVV+TMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAMD P+
Subjt:  LWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPM

Query:  NFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +M YKKT AE+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_022991857.1 probable glycosyltransferase STELLO2 [Cucurbita maxima]

0.0

88.06

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Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP E  H PKINFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR EVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRL+KFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR--------RSFVPQKLPGFHLAVEETETVNFEIGKL
         SWRSNKATFFEKAL+LSHSMAEEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RRRR        RSFVPQKLPGFHL VEE+ETVNFEIGKL
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR--------RSFVPQKLPGFHLAVEETETVNFEIGKL

Query:  IRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKL
        +RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAE+GRADLGVEEASLEFIYKYLPTVFERF NAEGFLFLQDNTILNYWNLLQADKDKL
Subjt:  IRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKL

Query:  WVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMN
        W+TYKVPQSWSRVSDDSVWF KQADWVKK+V+TMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAMD P+N
Subjt:  WVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMN

Query:  FDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDDVF +M YKKT AE+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_023547884.1 probable glycosyltransferase STELLO2 isoform X1 [Cucurbita pepo subsp. pepo]

0.0

87.84

Show/hide

Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP +  H PKINFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERR-----------RRRSFVPQKLPGFHLAVEETETVNFEI
         SWRSNKATFFEKAL+LSHSMAEEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RR            RRSFVPQKLPGFHL VEE+ETVNFEI
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERR-----------RRRSFVPQKLPGFHLAVEETETVNFEI

Query:  GKLIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADK
        GKL+RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERF+NAEGFLFLQDNTILNYWNLLQADK
Subjt:  GKLIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADK

Query:  DKLWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDS
        DKLW+T KVPQSWSRVSDDSVWFAKQA WVKKVVSTMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAMD 
Subjt:  DKLWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDS

Query:  PMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        P+NFDDVF +M YKKT  E+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  PMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

TrEMBL top hits

e value

%identity

Alignment

A0A0A0K894 Uncharacterized protein

0.0

87.19

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Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL NPFPESKPFDFSNWVSLNLFK+AT+FFLTLTIASFFFLRGA DSA FLCFNSRPKP++  H P INFDSI PLVDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVI+LSLE+QSSLGFRVVDFL YDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERIL+FDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDV+YEEHY+QVFGGMQFIQQGISNGLPDVDSVFYFTRKT S+ FD
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFD+HAPKVA+P G+MVPLNSFNTLFH SALWALMLPVSVSTMA D+LRGYWAQRLLWE+GGFV VYPPTMFR+D+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR----RSFVPQKLPGFHLAVEETETVNFEIGKLIRWR
        +SW SNKATFFEK ++LS+SM EEGFW+ENDVK+  AWL+DL+SVGYI+PR+KGFE+K++R+RR    RSFVP+KLPGFHL VEE+ETVNFEIGKLIRWR
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR----RSFVPQKLPGFHLAVEETETVNFEIGKLIRWR

Query:  KKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYK
        KKFGNVVMVLFV+ G V+RTAMKW+LLYGRIFKTVVVVAEHGR DLGVEEASLEFIYKYLP VFERF NAEGFLFLQDNTILNYWNLLQADKDKLW+TYK
Subjt:  KKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYK

Query:  VPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVF
        VPQSW+RVSDDSV FAKQADWVKKVVSTMPVHFQVNYKE+NPTE+ L +CN EVFYVPR FVGDF DLVALVGNY++DYRVA++MFFMAMDSP+NFDD+F
Subjt:  VPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVF

Query:  SKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        S+M YKK  AEE+LSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  SKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A1S3CE29 uncharacterized protein LOC103499945

0.0

87.05

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Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL NPFPESKPFDFSNWVSLNLFK+AT+FFLTLTIASFFFLRGA DSA FLCFNSRPKP++  H PKINFDSI PLVDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVI+LSLE+QSSLGFRVVDFL YDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        +LGKHFDLKL+NVDTLQERIL+FDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDV+YEEHY Q+FGGMQFIQQGISNGLPDVDSVFYFTRKT S+ FD
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFD+HAPKVA+P G+MVPLNSFNTLFH SALWALMLPVSVSTMA D+LRGYWAQRLLWE+GGFVVVYPPTMFR+D+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR----RSFVPQKLPGFHLAVEETETVNFEIGKLIRWR
        +SW SNKATFFEK ++LS+SM EEGFW+ENDVK+  AWL+DLVSVGYI+PR+KGFE+K++R+RR    RSFVP+KLPGFHL VEE+ETVNFEIGKLIRWR
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR----RSFVPQKLPGFHLAVEETETVNFEIGKLIRWR

Query:  KKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYK
        K+FGNVVMVLFV+ G V+RTAMKW+LLYGRIFKTVVVVAEHGR DLGVEEASLEFIYKYLP VFE+F NAEGFLFLQDNTILNYWNLLQADKDKLW+TYK
Subjt:  KKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYK

Query:  VPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVF
        VPQSW+RVSDDSV FAKQADWVKKVVSTMPVHFQVNYKE+NPTE+ L +CN EVFYVPRQFVGDF DLVALVGNY++DYRVA++MFFMAMDSP NFDD+F
Subjt:  VPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVF

Query:  SKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        S+M YKK  AEE+ SNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  SKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1DB44 probable glycosyltransferase STELLO2

0.0

99.87

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Query:  MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS
        MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS
Subjt:  MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSS

Query:  QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL
        QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL
Subjt:  QRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDL

Query:  GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR
        GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR
Subjt:  GKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIR

Query:  FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS
        FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS
Subjt:  FDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLAS

Query:  WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV
        WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV
Subjt:  WRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNV

Query:  VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS
        VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS
Subjt:  VMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWS

Query:  RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK
        RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK
Subjt:  RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYK

Query:  KTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        KT AEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  KTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1GP46 probable glycosyltransferase STELLO2

0.0

87.68

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Query:  MLVQDR--PNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR  P P QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP +  H P INFDS+ P+VDKSS YASF
Subjt:  MLVQDR--PNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS---------FVPQKLPGFHLAVEETETVNFEIGK
         SWRSNKATFFEKAL+LSHSMAEEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RR RRS         FVPQKLPGFHL VEE+ETVNFEIGK
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRRRS---------FVPQKLPGFHLAVEETETVNFEIGK

Query:  LIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDK
        L+RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFER  NAEGFLFLQDNTILNYWNLLQADKDK
Subjt:  LIRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDK

Query:  LWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPM
        LW+TYKVPQSWSRVSDDSVWF KQA WVKKVV+TMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAMD P+
Subjt:  LWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPM

Query:  NFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +M YKKT AE+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1JN23 probable glycosyltransferase STELLO2

0.0

88.06

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Query:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF
        MLVQDR NPK  QIPL N FPES PFDFSNWVSLNLFKIATIFFLTLTIASFFFL+GA DSA FLCFNSRPKP E  H PKINFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPK--QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASF

Query:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR EVIDG
Subjt:  SSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVDTLQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP G+MVPLNSFNTLFH SALWALMLP SVSTMASD+LRGYWAQRLLWE+GGFVVVYPPTMFRHD+IE YPF+EEKDLHVNVGRL+KFL
Subjt:  IRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFL

Query:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR--------RSFVPQKLPGFHLAVEETETVNFEIGKL
         SWRSNKATFFEKAL+LSHSMAEEGFW++NDVK++ AWL+DLVSVGYI+PR+KGFE+ ++RRRR        RSFVPQKLPGFHL VEE+ETVNFEIGKL
Subjt:  ASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRRR--------RSFVPQKLPGFHLAVEETETVNFEIGKL

Query:  IRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKL
        +RWRKKFGNVVM+LFV+ GG VDRTAMKWRLLYGRIFKTVVVVAE+GRADLGVEEASLEFIYKYLPTVFERF NAEGFLFLQDNTILNYWNLLQADKDKL
Subjt:  IRWRKKFGNVVMVLFVD-GGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKL

Query:  WVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMN
        W+TYKVPQSWSRVSDDSVWF KQADWVKK+V+TMPV FQVNYKE+NPT RDL +CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVA+ MFFMAMD P+N
Subjt:  WVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMAMDSPMN

Query:  FDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDDVF +M YKKT AE+++SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

SwissProt top hits

e value

%identity

Alignment

O22943 Probable glycosyltransferase STELLO1

2.7e-284

62.02

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Query:  MLVQDR--PNPKQIP------------LPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKP-AEPIHFPKINFDSI
        MLVQDR  P+P + P            +   F E K  DFS W S NL +IA    L +TI +FFFL    D+A+ LCF S+     + +  P+I ++SI
Subjt:  MLVQDR--PNPKQIP------------LPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKP-AEPIHFPKINFDSI

Query:  QPLVDKSSVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKM
          + DK+S YA+F +++WIVVSV+ YP++ L+ L K RGWQVLA+GNS TP DWSLKG IFLSL+ Q+ LG+RV+D LPYDS+ RK+VGYLFAIQHGAK 
Subjt:  QPLVDKSSVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKM

Query:  IFDADDRGEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSV
        I+DADDRGEVIDGDLGKHFD++L  +D+ QE ILQ+   NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+YT+VFGG QFIQQGISNGLPDVDSV
Subjt:  IFDADDRGEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSV

Query:  FYFTRKTGSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEK
        FYFTRKT  E FDIRFDEH+PKVALPQG+MVP+NSFNTL+H SA W LMLPVSVS+MASDVLRGYW QRLLWE+GG+V VYPPT  R D IEAYPF EEK
Subjt:  FYFTRKTGSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEK

Query:  DLHVNVGRLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEET
        DLHVNVGRL+KFL +WRS K +FFE  LDLS +MAEEGFW E D+K TAAWL+DL++VGY +PR+   E+ R R       R+ FVP+KLP  HL VEET
Subjt:  DLHVNVGRLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEET

Query:  ETVNFEIGKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWN
         TV+ EIG LIRWRK FGNVV+V+F + G V+RTA++WRLLYGRIFKTVV+++    +DL VEEA L+ IYK+LP +F+R+S+AEGFLF++D+T+LNYWN
Subjt:  ETVNFEIGKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWN

Query:  LLQADKDKLWVTYKVPQSWSRV--SDDSVWFAKQADWVKKVVSTMPVHFQVNYKE-TNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAM
        LLQADK K+W T KV +SW+ V  + +S WF+ QA+ VKK VSTMP HFQVNYK+ T      L +C+ EVFYVP++ V DF DLV LVG+  + Y+VA+
Subjt:  LLQADKDKLWVTYKVPQSWSRV--SDDSVWFAKQADWVKKVVSTMPVHFQVNYKE-TNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAM

Query:  SMFFMAMDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
         MFF++MDSP NFD V   M YK+  A    +  ++LY+A+ PAVHPW +S+E +F +L++ MA GDPLL ELV
Subjt:  SMFFMAMDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Q9SCN0 Probable glycosyltransferase STELLO2

2.4e-285

61.85

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Query:  MLVQDRPNPK-------QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSR-PKPAEPIHFPKINFDSIQPLVDKS
        MLVQDR  PK       ++P  + F E K  DFS+WVS N+++I  IF   +T+A+FFFL    D+A+ LCF S+  +  + +  P+IN++SIQ + DK+
Subjt:  MLVQDRPNPK-------QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSR-PKPAEPIHFPKINFDSIQPLVDKS

Query:  SVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR
        S YASF +++WIVVSV+ +P++ L+ L K +GWQVLA+GNS TP DW+LKG IFLSL+ Q+ L +R++D LPYDS+ RK+VGYLFAIQHGAK IFDADDR
Subjt:  SVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR

Query:  GEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKT
        GEVIDGDLGKHFD++L   D  QE ILQ+   NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+YT+VFGG QFIQQGISNGLPDVDSV+Y TRKT
Subjt:  GEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKT

Query:  GSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVG
          E FDIRFDEH+PKVALPQG+MVP+NSFNTL+H SA W LMLPVSVS+MASDV+RGYW QRLLWE+GG+V VYPPT+ R+D +EAYPF++EKDLH+NVG
Subjt:  GSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVG

Query:  RLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEETETVNFEI
        RL+KFL +WRSNK  FFE  LDLS  MAE+GFW E DVK TAAWL+DL+ VGY +PR+   E+ R R       R+ FVP+KLP  HL VEE  TV+ EI
Subjt:  RLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEETETVNFEI

Query:  GKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKD
        G LI+WRK FGNVV+++F + G V+RTA++WRLLYGRIFKTVV+++    +DL V+EA L+ IYK LP +F+R+S+A+GF+F++D+T+LNYWNLLQADK 
Subjt:  GKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKD

Query:  KLWVTYKVPQSWS--RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKET--NPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMA
        KLW T KV +SW+  R + +S W++ QA+ VKK+VSTMPVHFQVNYKE   N     L +C+ EVFYVP++FV DF DLV LVG+  + Y+VA+ MFF++
Subjt:  KLWVTYKVPQSWS--RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKET--NPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMA

Query:  MDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        MDSP NFD V   M YK   A   L++  +LY+AE PAVHPW +SNE +F +L+R MA GDPLL ELV
Subjt:  MDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Arabidopsis top hits

e value

%identity

Alignment

AT2G41770.1 Protein of unknown function (DUF288)

1.9e-285

62.02

Show/hide

Query:  MLVQDR--PNPKQIP------------LPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKP-AEPIHFPKINFDSI
        MLVQDR  P+P + P            +   F E K  DFS W S NL +IA    L +TI +FFFL    D+A+ LCF S+     + +  P+I ++SI
Subjt:  MLVQDR--PNPKQIP------------LPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKP-AEPIHFPKINFDSI

Query:  QPLVDKSSVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKM
          + DK+S YA+F +++WIVVSV+ YP++ L+ L K RGWQVLA+GNS TP DWSLKG IFLSL+ Q+ LG+RV+D LPYDS+ RK+VGYLFAIQHGAK 
Subjt:  QPLVDKSSVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKM

Query:  IFDADDRGEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSV
        I+DADDRGEVIDGDLGKHFD++L  +D+ QE ILQ+   NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+YT+VFGG QFIQQGISNGLPDVDSV
Subjt:  IFDADDRGEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSV

Query:  FYFTRKTGSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEK
        FYFTRKT  E FDIRFDEH+PKVALPQG+MVP+NSFNTL+H SA W LMLPVSVS+MASDVLRGYW QRLLWE+GG+V VYPPT  R D IEAYPF EEK
Subjt:  FYFTRKTGSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEK

Query:  DLHVNVGRLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEET
        DLHVNVGRL+KFL +WRS K +FFE  LDLS +MAEEGFW E D+K TAAWL+DL++VGY +PR+   E+ R R       R+ FVP+KLP  HL VEET
Subjt:  DLHVNVGRLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEET

Query:  ETVNFEIGKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWN
         TV+ EIG LIRWRK FGNVV+V+F + G V+RTA++WRLLYGRIFKTVV+++    +DL VEEA L+ IYK+LP +F+R+S+AEGFLF++D+T+LNYWN
Subjt:  ETVNFEIGKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWN

Query:  LLQADKDKLWVTYKVPQSWSRV--SDDSVWFAKQADWVKKVVSTMPVHFQVNYKE-TNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAM
        LLQADK K+W T KV +SW+ V  + +S WF+ QA+ VKK VSTMP HFQVNYK+ T      L +C+ EVFYVP++ V DF DLV LVG+  + Y+VA+
Subjt:  LLQADKDKLWVTYKVPQSWSRV--SDDSVWFAKQADWVKKVVSTMPVHFQVNYKE-TNPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAM

Query:  SMFFMAMDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
         MFF++MDSP NFD V   M YK+  A    +  ++LY+A+ PAVHPW +S+E +F +L++ MA GDPLL ELV
Subjt:  SMFFMAMDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

AT3G57420.1 Protein of unknown function (DUF288)

1.7e-286

61.85

Show/hide

Query:  MLVQDRPNPK-------QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSR-PKPAEPIHFPKINFDSIQPLVDKS
        MLVQDR  PK       ++P  + F E K  DFS+WVS N+++I  IF   +T+A+FFFL    D+A+ LCF S+  +  + +  P+IN++SIQ + DK+
Subjt:  MLVQDRPNPK-------QIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSR-PKPAEPIHFPKINFDSIQPLVDKS

Query:  SVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR
        S YASF +++WIVVSV+ +P++ L+ L K +GWQVLA+GNS TP DW+LKG IFLSL+ Q+ L +R++D LPYDS+ RK+VGYLFAIQHGAK IFDADDR
Subjt:  SVYASFSSQRWIVVSVSSYPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDR

Query:  GEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKT
        GEVIDGDLGKHFD++L   D  QE ILQ+   NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+YT+VFGG QFIQQGISNGLPDVDSV+Y TRKT
Subjt:  GEVIDGDLGKHFDLKLTNVDTLQERILQFDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKT

Query:  GSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVG
          E FDIRFDEH+PKVALPQG+MVP+NSFNTL+H SA W LMLPVSVS+MASDV+RGYW QRLLWE+GG+V VYPPT+ R+D +EAYPF++EKDLH+NVG
Subjt:  GSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISALWALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVG

Query:  RLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEETETVNFEI
        RL+KFL +WRSNK  FFE  LDLS  MAE+GFW E DVK TAAWL+DL+ VGY +PR+   E+ R R       R+ FVP+KLP  HL VEE  TV+ EI
Subjt:  RLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDLVSVGYIEPRVKGFEVKRERRR-----RRSFVPQKLPGFHLAVEETETVNFEI

Query:  GKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKD
        G LI+WRK FGNVV+++F + G V+RTA++WRLLYGRIFKTVV+++    +DL V+EA L+ IYK LP +F+R+S+A+GF+F++D+T+LNYWNLLQADK 
Subjt:  GKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFIYKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKD

Query:  KLWVTYKVPQSWS--RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKET--NPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMA
        KLW T KV +SW+  R + +S W++ QA+ VKK+VSTMPVHFQVNYKE   N     L +C+ EVFYVP++FV DF DLV LVG+  + Y+VA+ MFF++
Subjt:  KLWVTYKVPQSWS--RVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKET--NPTERDLALCNCEVFYVPRQFVGDFKDLVALVGNYRMDYRVAMSMFFMA

Query:  MDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        MDSP NFD V   M YK   A   L++  +LY+AE PAVHPW +SNE +F +L+R MA GDPLL ELV
Subjt:  MDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Sequences

Show/hide sequences

CDS sequence

Show/hide CDS sequence

ATGTTGGTCCAAGATCGGCCGAACCCAAAACAAATCCCACTCCCCAATCCCTTCCCCGAATCCAAACCCTTCGATTTCTCGAACTGGGTCTCCCTCAATCTCTTCAAAAT
CGCCACCATTTTCTTCCTCACCCTCACCATCGCCTCCTTCTTCTTCCTCCGCGGTGCTGCGGATTCCGCCACATTTCTCTGCTTCAACTCCCGCCCCAAACCCGCCGAGC
CCATCCATTTCCCCAAAATCAACTTCGATTCGATTCAGCCTCTCGTCGACAAATCTTCAGTGTATGCTTCGTTCAGCTCTCAGCGGTGGATTGTCGTCTCTGTTTCCAGT
TATCCTTCCGATTCGCTTCGGAAGCTTGCAAAAACCAGAGGATGGCAGGTACTTGCTGTGGGAAATTCTAGAACCCCATCGGATTGGAGTCTCAAGGGAGTTATATTTTT
GTCTTTAGAGCAGCAATCTAGTTTAGGATTTAGAGTTGTGGATTTTCTTCCTTATGATTCGTATGCTAGAAAGACTGTTGGGTACCTTTTTGCCATCCAACATGGAGCGA
AAATGATATTCGATGCGGACGATCGCGGTGAAGTGATCGATGGGGATCTTGGGAAGCATTTTGACTTGAAACTAACCAACGTGGATACATTGCAGGAAAGAATCCTACAG
TTTGATTTCACGAACCCGAATAAGACCGTTGTGAATCCGTATATTCATTTCGGACAGCGGTCGGTTTGGCCTAGAGGGTTGCCGCTGGAAAATGTAGGAGATGTGGTGTA
TGAAGAACACTACACCCAAGTATTCGGAGGAATGCAGTTCATTCAACAGGGCATATCCAATGGTTTACCAGACGTGGATTCAGTGTTTTACTTCACACGAAAGACGGGTT
CAGAGACATTCGACATAAGATTCGACGAGCATGCCCCGAAAGTTGCCTTACCTCAGGGATTAATGGTACCACTGAATTCCTTCAATACCCTGTTCCACATCTCAGCATTA
TGGGCTCTGATGCTCCCTGTTTCAGTCAGTACAATGGCTTCTGATGTCCTGAGGGGTTACTGGGCACAGAGGCTATTATGGGAAATAGGAGGCTTTGTAGTGGTTTATCC
TCCCACAATGTTTAGACATGACAACATTGAAGCATACCCATTTGCAGAAGAGAAAGATCTCCATGTAAATGTAGGCAGATTGGTGAAGTTCTTGGCCTCATGGAGATCAA
ACAAGGCCACATTCTTTGAGAAGGCTCTGGATTTGAGCCACTCAATGGCAGAGGAGGGGTTTTGGAGGGAAAATGATGTGAAAATGACTGCTGCTTGGCTTGAAGATTTG
GTTTCTGTTGGGTACATAGAACCAAGAGTGAAGGGATTTGAAGTGAAGAGGGAGAGGAGAAGAAGGAGGAGCTTTGTTCCTCAGAAGTTGCCTGGTTTTCACCTTGCAGT
GGAGGAAACTGAGACTGTGAACTTTGAGATTGGGAAGTTGATTAGATGGAGGAAGAAGTTTGGGAATGTAGTGATGGTTTTGTTTGTTGATGGTGGAGCTGTGGATAGAA
CTGCCATGAAATGGAGGTTGCTTTATGGGAGGATTTTCAAGACTGTGGTGGTTGTGGCAGAGCATGGGAGGGCAGATTTGGGAGTGGAGGAAGCTTCTTTGGAGTTCATA
TACAAGTACCTGCCTACGGTATTTGAAAGATTTTCCAATGCAGAAGGTTTCCTGTTCCTCCAAGATAATACCATTCTCAACTACTGGAATTTACTGCAAGCAGATAAAGA
TAAACTTTGGGTCACTTACAAGGTTCCTCAGTCTTGGAGCAGAGTCAGTGATGATTCTGTCTGGTTTGCCAAACAAGCAGACTGGGTGAAGAAGGTGGTGAGCACAATGC
CTGTTCATTTTCAAGTCAACTATAAGGAAACTAACCCGACTGAGCGAGATCTCGCATTGTGCAACTGTGAAGTGTTTTACGTACCTCGACAGTTTGTGGGAGACTTCAAG
GATCTTGTTGCTCTTGTTGGCAACTACAGGATGGATTACAGAGTGGCTATGTCGATGTTTTTCATGGCAATGGATTCACCCATGAATTTCGATGACGTCTTCAGCAAAAT
GGCGTACAAGAAGACACTAGCAGAGGAAATGTTGAGTAATGTTACAAACTTGTATGCTGCTGAAGTTCCTGCTGTTCATCCATGGAGGGTTTCCAATGAAGTGGAATTTG
CTGAGCTGATGAGACTAATGGCTGCAGGTGACCCACTGTTGAAAGAGCTGGTATAA

mRNA sequence

Show/hide mRNA sequence

TACCAGCTCTAGAACATACAGCGTATACAACAAATTTCATATCGTCTGATTTAATTTTCTCTCTCTTTTTTTTTTTATGTGGCGATAAATAAATCGAAAGGAGTAGGTGA
AATGACGGAAACACCCTCACCCCGTCTTCGAATTCCGCGTTGGATATGTCAAATTGTGGTCTAGTGGGAAAAAAGGGAAAACGACGCTGAAAATTGGAAGTCCTCTTTCT
CTCTCTCACGAATGGAGTACAAGTTGGGGAATCTCCACCCGAGAGGGTGAGTCCAGAAAAAACTATATAAACCCACTCCCGCTATTTCTTCATCTCTCGCCACCGCAATC
CCAATACTTCAAAAATTCCTCCCCCTTTCTGTAATTTCTCTATTGTTAATGGATTCCGCATCCCGCCCCTCCGTCGTCGTCATCGGCGCTGGCGTTTCCGGCCTGTCGGC
GGCGAAGGTGCTGGTGGAGAATGGAATAGACGACGTGGTGATTTTGGAGGCGTCGGATCGTATCGGTGGAAGAGTCTGTATGGAGAATTTCGGCGGCGTTTCGGTGGAGC
TCGGGGCGGGTTGGATTGTCGGAGTCGGGGGGAAAGAACCCAACCCGGTTTGGGAACTCGCTCACAAATCCAGTCTCCGTACTTGCTTCTCTGATTACAGCAATGCTCGC
TACAATATCTACGATCGAAGTGGGAAGATTTTTCCGAGTGGTGTCGCGGCGGATTCGTACAAGAAGGCGGTGGACTCGGCGATTCAGAAGCTGAGGAATCAGGGGGCCGA
TGGCGCTGATGAGGTCTCCATTGTATCGGAGCCGCCTTGTACGCCAAAGACGCCTATGGAACTCGCCATCGACTTTATACTCCACGATTTCGAGATGGCAGAGGTTGAGC
CTATATCGACGTACTTGGATTTTGGAGAGAGGGAATTTTTGGTTGCGGATGAGAGAGGGTATGAATATCTGCTCTACAAAATGGCTGAGGATTTTCTTTTTACCTCAGAG
GGGAAAATCTTGGACAGTCGTCTCAAACTCAACAAGGTTGTTCGGGAAATACAGCACTCGAGAACCGGGGTTACTGTAACAACTGAGGATGGATGTATTTTCGAAGCCAA
TTATGTGGTTTTGTCTGTTAGCATTGGTGTGCTCCAAAGCGACCTCATTTCCTTCACTCCACCTTTACCCAGGTGGAAAACAGAGGCCATAGAGAAATGTGACGTGATGG
TCTATACAAAGATCTTCCTCAAGTTTCCATATAAGTTCTGGCCGTGCGGGCCAGGGAAAGAATTCTTTATTTACGCCCATGAAAGGAGGGGATACTACACGTTTTGGCAG
AACATGGAAAATGCCTACCCTGGGTCCAATATCCTGGTGGTGACAATAACAAATGAAGAGTCAAAACGTATAGAAGCTCAATCTGATGAAGAGACATTGAGAGAATCCAT
GGAAGTTCTCAGGGATATGTTCGGACCCAGCATCCCAGATGCCATTGATATACTTGTTCCTCGCTGGTGGAGTAACAGGTTCCAGCGTGGCAGCTACAGCAACTACCCCA
TCATCTCCGATTGCCAAGTTGTTCAAAACATTAAGGAACCCATTGGACGTATCTTCTTCACCGGAGAACACACAAGCGAAAGATTTAATGGCTATGTACATGGTGGATAT
CTTGCAGGCATAGACACAAGCAATGCCCTGTTGGAAGAAATGAGAAAAGAGAAGGAAAGAAAAAGTGAGGGTCAATCATTCTTGTTAGAGCCCTTGCTAGCATTAACAGG
ATCATTAACTTTAACACAGACAGAGGCAGTCTCAGGCCTTCACAAATGTGATCTTCCAACACAATTGTACCTAAACGGCAAGCTCGGTATCCAGGAAGCGATTTTATGAC
TACATGGACGACATACGAAGGGACATAGATCTTGTTTGTACAACGAAGACAGCATGGTGGGTGACGGAGATGACCAAAAGATGATGGGTTTGAATCCTAATTCAATTCGA
GACTACAATACCGTCCATGACGAGGAGTGCAGGAAATGAAGCAGGAGAAAGGTGAAGAAAATAAAGTTATGTGATGGTGATCTGCATAGAAATGAAGGTGTGCCTACTTG
TCTTGATTGTTGGAAGGGGTTATTTATTAATCTGGGCTTTAGTTCTAGAAATTATTTTGTTGATGAAAAAGCTCCTAGAGGAATTGGTGGGGGAAATATTGAATTTTCTA
ATTGTATTGTTACCGATCTTTTAATACAAGAAAAAAGTTGATCTCTCACTGTTCACACTTTGATATCTCCCACACCATCACTTAATCTTTGTTTCCTGGACCAAATTGTA
ATTATAATTTTGAACTTTAAGACATATATATTTAATAATATAAATCTACTTATTTTTAGCATAGTATATCTATTAGATTAACTAGTAACAATTTGGTACAATGTGACAAT
GGGTGCCAGATAGGTTTGTGATACATGTCTCCACTATTTGTTCCTATGTCGGATCAAATGATTACTAGTTAGTCTTAGTCTGGTGACAATGGGTGCCAGGATAGGTTTGT
GATACATGTCTCCGCTATTTGTTCCTACGTCGGATCAAATGATTACTAGTTAGTCTTAGTCTAATTCGGAGATGATAATGAGTTTAGTCCTTTTATCTTGTTTCGATCTT
AAACTTTGAGTTTTATTCTGTTTGTCATTAAATTTTTAAAACAATTCTCAAAATGCACTTTTTGCTAGGATACTGTTTCATGTTTGCAATTTTCATTAGTTCAAGCACCA
TACTACCACCAAAATTCGAGGACTAAATTTGTATAACTTTTCGTTACGGTCCTAAACACGTGTTGTCATTCTGGAGTACCAACCATACAAAGTGTATTGATGATATCATG
ACGAATTTACGACTACCAAGTTGAAAGATGAATGTGAAGTATGTGGAGGAAAGGAAAAATCATCCGTCAAATTGGGTACGAGAGTTTCTCTCTCTGTCGGTGGGGGCGGC
TCTCCAAATCGCCATGGGATCAGATCCTTTCATCCTTCATCACTTCACTTCACTTCACTTGGCTTTTTCTACTGGTAGTTGCCCTTTCATAAGGCCCCCCCAACTGTTCT
TTTCAAAACCACCCAATTAAAATAATCCAACCCAAATTTGTCTGCATTCTTCCGAGTTTAGAACTGTCGGCTACAGTACTGAGATCAGAATGAGAGATTGGTTTCTGTGT
TTCTGTGGTCTTCTCCATTTTGAGTTTCTAAGATTACCCAATAATCTCTCTGATCTTCAAATCTGAGTAGTGATTCAGAGCCTGAGGGAGCCATTGTACTATGTTGGTCC
AAGATCGGCCGAACCCAAAACAAATCCCACTCCCCAATCCCTTCCCCGAATCCAAACCCTTCGATTTCTCGAACTGGGTCTCCCTCAATCTCTTCAAAATCGCCACCATT
TTCTTCCTCACCCTCACCATCGCCTCCTTCTTCTTCCTCCGCGGTGCTGCGGATTCCGCCACATTTCTCTGCTTCAACTCCCGCCCCAAACCCGCCGAGCCCATCCATTT
CCCCAAAATCAACTTCGATTCGATTCAGCCTCTCGTCGACAAATCTTCAGTGTATGCTTCGTTCAGCTCTCAGCGGTGGATTGTCGTCTCTGTTTCCAGTTATCCTTCCG
ATTCGCTTCGGAAGCTTGCAAAAACCAGAGGATGGCAGGTACTTGCTGTGGGAAATTCTAGAACCCCATCGGATTGGAGTCTCAAGGGAGTTATATTTTTGTCTTTAGAG
CAGCAATCTAGTTTAGGATTTAGAGTTGTGGATTTTCTTCCTTATGATTCGTATGCTAGAAAGACTGTTGGGTACCTTTTTGCCATCCAACATGGAGCGAAAATGATATT
CGATGCGGACGATCGCGGTGAAGTGATCGATGGGGATCTTGGGAAGCATTTTGACTTGAAACTAACCAACGTGGATACATTGCAGGAAAGAATCCTACAGTTTGATTTCA
CGAACCCGAATAAGACCGTTGTGAATCCGTATATTCATTTCGGACAGCGGTCGGTTTGGCCTAGAGGGTTGCCGCTGGAAAATGTAGGAGATGTGGTGTATGAAGAACAC
TACACCCAAGTATTCGGAGGAATGCAGTTCATTCAACAGGGCATATCCAATGGTTTACCAGACGTGGATTCAGTGTTTTACTTCACACGAAAGACGGGTTCAGAGACATT
CGACATAAGATTCGACGAGCATGCCCCGAAAGTTGCCTTACCTCAGGGATTAATGGTACCACTGAATTCCTTCAATACCCTGTTCCACATCTCAGCATTATGGGCTCTGA
TGCTCCCTGTTTCAGTCAGTACAATGGCTTCTGATGTCCTGAGGGGTTACTGGGCACAGAGGCTATTATGGGAAATAGGAGGCTTTGTAGTGGTTTATCCTCCCACAATG
TTTAGACATGACAACATTGAAGCATACCCATTTGCAGAAGAGAAAGATCTCCATGTAAATGTAGGCAGATTGGTGAAGTTCTTGGCCTCATGGAGATCAAACAAGGCCAC
ATTCTTTGAGAAGGCTCTGGATTTGAGCCACTCAATGGCAGAGGAGGGGTTTTGGAGGGAAAATGATGTGAAAATGACTGCTGCTTGGCTTGAAGATTTGGTTTCTGTTG
GGTACATAGAACCAAGAGTGAAGGGATTTGAAGTGAAGAGGGAGAGGAGAAGAAGGAGGAGCTTTGTTCCTCAGAAGTTGCCTGGTTTTCACCTTGCAGTGGAGGAAACT
GAGACTGTGAACTTTGAGATTGGGAAGTTGATTAGATGGAGGAAGAAGTTTGGGAATGTAGTGATGGTTTTGTTTGTTGATGGTGGAGCTGTGGATAGAACTGCCATGAA
ATGGAGGTTGCTTTATGGGAGGATTTTCAAGACTGTGGTGGTTGTGGCAGAGCATGGGAGGGCAGATTTGGGAGTGGAGGAAGCTTCTTTGGAGTTCATATACAAGTACC
TGCCTACGGTATTTGAAAGATTTTCCAATGCAGAAGGTTTCCTGTTCCTCCAAGATAATACCATTCTCAACTACTGGAATTTACTGCAAGCAGATAAAGATAAACTTTGG
GTCACTTACAAGGTTCCTCAGTCTTGGAGCAGAGTCAGTGATGATTCTGTCTGGTTTGCCAAACAAGCAGACTGGGTGAAGAAGGTGGTGAGCACAATGCCTGTTCATTT
TCAAGTCAACTATAAGGAAACTAACCCGACTGAGCGAGATCTCGCATTGTGCAACTGTGAAGTGTTTTACGTACCTCGACAGTTTGTGGGAGACTTCAAGGATCTTGTTG
CTCTTGTTGGCAACTACAGGATGGATTACAGAGTGGCTATGTCGATGTTTTTCATGGCAATGGATTCACCCATGAATTTCGATGACGTCTTCAGCAAAATGGCGTACAAG
AAGACACTAGCAGAGGAAATGTTGAGTAATGTTACAAACTTGTATGCTGCTGAAGTTCCTGCTGTTCATCCATGGAGGGTTTCCAATGAAGTGGAATTTGCTGAGCTGAT
GAGACTAATGGCTGCAGGTGACCCACTGTTGAAAGAGCTGGTATAAGAGCCGAAAATACTCGAAATCTGAGTGTACAAATGTATGTGTAATTCAGAGCCATAACTTTCCT
CAATTTTTTTTTTTTTTGGTTAAATTATTTCTCCATTCAAATTTTTGTAGAGGAACTTCAAAGGAAATAATCAATATCTGAACTGGATGTTGATATGCTATCAATTTACA
GGGCATAGTTGCTTAGATAATGAATACTTTAGAACTAAGAAGATTCACAACTTAAAAAAGAGAATCATTCCTTGACACAAACCGATGATTTTGACATGTTAATGAAAATA
GAGATAGAATTTTTTTTTCTTTGATAACTGGGAGTCGGAACTTTGCTTCCCTATATTTAGAGACACCTGCACCTGCCCCAAGGTCTGGACTTGGGAGACATCAAGGGTTT
TTAGTTTTAAACTCACCAGAAGATTTGAAATTGAGACCTTTAAACACAGTATGACCAAGAGATCTCAAACTTTTGCCAACTGGCCGCCTCAAAGGAGGCAAAACAGAGAT
ACAACATTAGAATTATAGGATATATAAGGTCTTATTGTAGAACAGAAACAACTTCCAAGGACCATGAATAAACTTGGTGATTGTTAGAAGGAAAAAAGTAGAACTGAAAT
GGTCATACCATATTTGTTCTGGTAGAACATAGAGAAATTGTTTCAACCAAAATACTTTTCATACAAAGCTCTAGAAATAGCAACTGAATTGCCTTCAGCTTTAACTGGGT
AAAGCTCTGAAGCAGCTTGCCATTTGTTTGAAAACAGGATCCATTCTCTTCTCCAGTCTTCCAAATGGAAGCTCTCATTTTTTCTCAAGCTTTTTGATAGGTAATAAAAG
TAGGTCAAAGCTCTTGGGA

Protein sequence

Show/hide protein sequence

MLVQDRPNPKQIPLPNPFPESKPFDFSNWVSLNLFKIATIFFLTLTIASFFFLRGAADSATFLCFNSRPKPAEPIHFPKINFDSIQPLVDKSSVYASFSSQRWIVVSVSS
YPSDSLRKLAKTRGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVDFLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDLGKHFDLKLTNVDTLQERILQ
FDFTNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYTQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIRFDEHAPKVALPQGLMVPLNSFNTLFHISAL
WALMLPVSVSTMASDVLRGYWAQRLLWEIGGFVVVYPPTMFRHDNIEAYPFAEEKDLHVNVGRLVKFLASWRSNKATFFEKALDLSHSMAEEGFWRENDVKMTAAWLEDL
VSVGYIEPRVKGFEVKRERRRRRSFVPQKLPGFHLAVEETETVNFEIGKLIRWRKKFGNVVMVLFVDGGAVDRTAMKWRLLYGRIFKTVVVVAEHGRADLGVEEASLEFI
YKYLPTVFERFSNAEGFLFLQDNTILNYWNLLQADKDKLWVTYKVPQSWSRVSDDSVWFAKQADWVKKVVSTMPVHFQVNYKETNPTERDLALCNCEVFYVPRQFVGDFK
DLVALVGNYRMDYRVAMSMFFMAMDSPMNFDDVFSKMAYKKTLAEEMLSNVTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

MC09g0477 (gene) of Bitter gourd (Dali-11) v1 genome