CuGenDBv2

Gene ID	Tan0002671
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Protein of unknown function (DUF288)
Genome location	LG06:4735126..4739108
RNA-Seq Expression	Tan0002671
Synteny	Tan0002671
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

XP_022150296.1 probable glycosyltransferase STELLO2 [Momordica charantia]

0.0e+00

89.24

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDRPNPK  QIPL NPFPESKPFDFSNWVSLNLFKIAT+FFL LTIASFFFLRGA DSA FLCFNSRP+P E IHFP+INFDSIQPLVDKSSVYASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVD LQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  +MVPLNSFNTLFHISALWALMLPVSVSTMASD+LRGYWAQRLLWEIGGFVVVYPPTM+RHD+IE YPF EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA++LS SM EEGFW+ENDVKM+ AWL+DLVSVGYI+PR+KGFE+ ++R+RR         RSFV QKLPGFHL VEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL
        LIRWRK+FGNVVMVLFV+   V+RTAMKWRLLYGR+FKTVVVVAEHGR DLGVEEASL+FIYKYLP VFERFS AEGFLFLQ NTILNYWNLLQADKDKL
Subjt:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL

Query:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN
        W+TYKVPQSW+RVSDDSVWF+KQADWVKKVVSTMPVHFQ+NYKE+NPTERDLA CNCEVFYVPRQFVGDFKDLVALVGNYR+DYRVA++MFFMAMDSP+N
Subjt:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN

Query:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDDVFSKM YKKT AEE+LSN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_022953811.1 probable glycosyltransferase STELLO2 [Cucurbita moschata]

0.0e+00

88.86

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR +PKPHQIPLAN FPES PFDFSNWVSLNLFKIAT+FFL LTIASFFFL+GA DSAAFLCFNSRP+PP+  H P INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLP SVSTMASDILRGYWAQRLLWE+GGFVVVYPPTM+RHDDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA+ELS SM EEGFWK+NDVK+S AWLQDLVSVGYIQPR+KGFEMNKQR+ RRS  G +NGRSFV QKLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK
        L+RWRK+FGNVVM+LFVEN G V+RTAMKWRLLYGR+FKTVVVVAEHGR DLGVEEASL+FIYKYLP VFER   AEGFLFLQ NTILNYWNLLQADKDK
Subjt:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK

Query:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL
        LWITYKVPQSW+RVSDDSVWF KQA WVKKVV+TMPV FQ+NYKESNPT RDL  CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVAV MFFMAMD PL
Subjt:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL

Query:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +MVYKKT AE+L+SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_022991857.1 probable glycosyltransferase STELLO2 [Cucurbita maxima]

0.0e+00

88.99

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLAN FPES PFDFSNWVSLNLFKIAT+FFL LTIASFFFL+GARDSAAFLCFNSRP+PPE  H P+INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDR EVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLP SVSTMASDILRGYWAQRLLWE+GGFVVVYPPTM+RHDDIEGYPF+EEKDLHVNVGRL+KFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA+ELS SM EEGFWK+NDVK+S AWLQDLVSVGYIQPR+KGFEMNKQR RRRS  G + GRSFV QKLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK
        L+RWRK+FGNVVM+LFVEN G V+RTAMKWRLLYGR+FKTVVVVAE+GR DLGVEEASL+FIYKYLP VFERF  AEGFLFLQ NTILNYWNLLQADKDK
Subjt:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK

Query:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL
        LWITYKVPQSW+RVSDDSVWF KQADWVKK+V+TMPV FQ+NYKESNPT RDL  CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVAV MFFMAMD PL
Subjt:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL

Query:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +MVYKKT AE+L+SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

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

0.0e+00

88.76

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLAN FPES PFDFSNWVSLNLFKIAT+FFL LTIASFFFL+GARDSAAFLCFNSRP+PP+  H P+INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLP SVSTMASDILRGYWAQRLLWE+GGFVVVYPPTM+RHDDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSI--NGDENGRSFVAQKLPGFHLGVEEDETVNFEI
        +SWRSNKATFFEKA+ELS SM EEGFWK+NDVK+S AWLQDLVSVGYIQPR+KGFEMNKQR+ RRS    G +N RSFV QKLPGFHLGVEE ETVNFEI
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSI--NGDENGRSFVAQKLPGFHLGVEEDETVNFEI

Query:  GKLIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADK
        GKL+RWRK+FGNVVM+LFVEN G V+RTAMKWRLLYGR+FKTVVVVAEHGR DLGVEEASL+FIYKYLP VFERF+ AEGFLFLQ NTILNYWNLLQADK
Subjt:  GKLIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADK

Query:  DKLWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDS
        DKLWIT KVPQSW+RVSDDSVWF+KQA WVKKVVSTMPV FQ+NYKESNPT RDL  CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVAV MFFMAMD 
Subjt:  DKLWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDS

Query:  PLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        PLNFDDVF +MVYKKT  E+L+SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  PLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

XP_038897836.1 probable glycosyltransferase STELLO2 [Benincasa hispida]

0.0e+00

90.03

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLANPFPESKPFDFSNWVSLNLFK+ATLFFL LTIASFFFLRGARDSAAFLCFNSRP+P +  H P+INFDSI PLVDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKL KT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGI NGLPDVDSVFYFTRKTGS+ F+
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLPVSVSTMA DILRGYWAQRLLWEIGG VVVYPPTMYR+DDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        SSWRSNKATFFEK MELS +MGEEGFWKENDVK+SGAWLQDLVSVGYI+PRMK FEM KQRK+R       +GRSFV  KLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL
        LIRWRK+FGNVVMVLFVEN  VER AMKWRLLYGR+FKTVVVVAEHGREDLGVEEASL+FIYKYL MVFERF  AEGFLFLQ NTILNYWNLLQADKDKL
Subjt:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL

Query:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN
        WITYKVPQSWT VSDDSVWF+KQADWVKKVVSTMPVHFQ+NYKE+NPTE+ LA CN EVFYVP+QFVGDFKDLVALVGNY++DYRVAVAMFFMAMDSPLN
Subjt:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN

Query:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDDVFS+MVYKKT A ELLSN TNLYAAEVPAVHPWR SNEVEFA+LMRLMAAGDPLLKELV
Subjt:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

TrEMBL top hits

e value

%identity

Alignment

A0A0A0K894 Uncharacterized protein

0.0e+00

89.11

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLANPFPESKPFDFSNWVSLNLFK+ATLFFL LTIASFFFLRGA DSAAFLCFNSRP+P +  H P INFDSI PLVDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVI+LSLE+QSSLGFRVV+ L YDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERIL+FDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDV+YEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKT S+ FD
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFD+HAPKVA+P  VMVPLNSFNTLFH SALWALMLPVSVSTMA DILRGYWAQRLLWE+GGFV VYPPTM+R+DDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        SSW SNKATFFEK MELS SM EEGFWKENDVK+ GAWLQDL+SVGYIQPRMKGFEM KQRKRR       +GRSFV +KLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL
        LIRWRK+FGNVVMVLFVEN  VERTAMKW+LLYGR+FKTVVVVAEHGREDLGVEEASL+FIYKYLPMVFERF  AEGFLFLQ NTILNYWNLLQADKDKL
Subjt:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL

Query:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN
        WITYKVPQSWTRVSDDSV F+KQADWVKKVVSTMPVHFQ+NYKESNPTE+ L  CN EVFYVPR FVGDF DLVALVGNY++DYRVAVAMFFMAMDSPLN
Subjt:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN

Query:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDD+FS+MVYKK  AEELLSN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A1S3CE29 uncharacterized protein LOC103499945

0.0e+00

88.98

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLANPFPESKPFDFSNWVSLNLFK+ATLFFL LTIASFFFLRGA DSAAFLCFNSRP+P +  H P+INFDSI PLVDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVI+LSLE+QSSLGFRVV+ L YDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        +LGKHFDLKLSNVD LQERIL+FDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDV+YEEHY+Q+FGGMQFIQQGISNGLPDVDSVFYFTRKT S+ FD
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFD+HAPKVA+P  VMVPLNSFNTLFH SALWALMLPVSVSTMA DILRGYWAQRLLWE+GGFVVVYPPTM+R+DDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        SSW SNKATFFEK MELS SMGEEGFWKENDVK+ GAWLQDLVSVGYIQPRMKGFEM KQRKRR       +GRSFV +KLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL
        LIRWRKRFGNVVMVLFVEN  VERTAMKW+LLYGR+FKTVVVVAEHGREDLGVEEASL+FIYKYLPMVFE+F  AEGFLFLQ NTILNYWNLLQADKDKL
Subjt:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL

Query:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN
        WITYKVPQSWTRVSDDSV F+KQADWVKKVVSTMPVHFQ+NYKESNPTE+ L  CN EVFYVPRQFVGDF DLVALVGNY++DYRVAVAMFFMAMDSP N
Subjt:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN

Query:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDD+FS+MVYKK  AEEL SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1DB44 probable glycosyltransferase STELLO2

0.0e+00

89.24

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDRPNPK  QIPL NPFPESKPFDFSNWVSLNLFKIAT+FFL LTIASFFFLRGA DSA FLCFNSRP+P E IHFP+INFDSIQPLVDKSSVYASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SS RWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKL+NVD LQERILQFDF NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHY+QVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  +MVPLNSFNTLFHISALWALMLPVSVSTMASD+LRGYWAQRLLWEIGGFVVVYPPTM+RHD+IE YPF EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA++LS SM EEGFW+ENDVKM+ AWL+DLVSVGYI+PR+KGFE+ ++R+RR         RSFV QKLPGFHL VEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL
        LIRWRK+FGNVVMVLFV+   V+RTAMKWRLLYGR+FKTVVVVAEHGR DLGVEEASL+FIYKYLP VFERFS AEGFLFLQ NTILNYWNLLQADKDKL
Subjt:  LIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKL

Query:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN
        W+TYKVPQSW+RVSDDSVWF+KQADWVKKVVSTMPVHFQ+NYKE+NPTERDLA CNCEVFYVPRQFVGDFKDLVALVGNYR+DYRVA++MFFMAMDSP+N
Subjt:  WITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLN

Query:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FDDVFSKM YKKT AEE+LSN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  FDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1GP46 probable glycosyltransferase STELLO2

0.0e+00

88.86

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR +PKPHQIPLAN FPES PFDFSNWVSLNLFKIAT+FFL LTIASFFFL+GA DSAAFLCFNSRP+PP+  H P INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLP SVSTMASDILRGYWAQRLLWE+GGFVVVYPPTM+RHDDIEGYPF+EEKDLHVNVGRLVKFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA+ELS SM EEGFWK+NDVK+S AWLQDLVSVGYIQPR+KGFEMNKQR+ RRS  G +NGRSFV QKLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK
        L+RWRK+FGNVVM+LFVEN G V+RTAMKWRLLYGR+FKTVVVVAEHGR DLGVEEASL+FIYKYLP VFER   AEGFLFLQ NTILNYWNLLQADKDK
Subjt:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK

Query:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL
        LWITYKVPQSW+RVSDDSVWF KQA WVKKVV+TMPV FQ+NYKESNPT RDL  CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVAV MFFMAMD PL
Subjt:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL

Query:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +MVYKKT AE+L+SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

A0A6J1JN23 probable glycosyltransferase STELLO2

0.0e+00

88.99

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Query:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF
        MLVQDR NPKPHQIPLAN FPES PFDFSNWVSLNLFKIAT+FFL LTIASFFFL+GARDSAAFLCFNSRP+PPE  H P+INFDS+ P+VDKSS YASF
Subjt:  MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASF

Query:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG
        SSDRWIVVSVSSYPS+SLRKLAKT+GWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVV+ LPYDSYARKTVGYLFAIQHGAKMIFDADDR EVIDG
Subjt:  SSDRWIVVSVSSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDG

Query:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD
        DLGKHFDLKLSNVD LQERILQFDF+NPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGG+QFIQQGISNGLPDVDSVFYFTRKT SE  +
Subjt:  DLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFD

Query:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL
        IRFDEHAPKVALP  VMVPLNSFNTLFH SALWALMLP SVSTMASDILRGYWAQRLLWE+GGFVVVYPPTM+RHDDIEGYPF+EEKDLHVNVGRL+KFL
Subjt:  IRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFL

Query:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK
        +SWRSNKATFFEKA+ELS SM EEGFWK+NDVK+S AWLQDLVSVGYIQPR+KGFEMNKQR RRRS  G + GRSFV QKLPGFHLGVEE ETVNFEIGK
Subjt:  SSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGK

Query:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK
        L+RWRK+FGNVVM+LFVEN G V+RTAMKWRLLYGR+FKTVVVVAE+GR DLGVEEASL+FIYKYLP VFERF  AEGFLFLQ NTILNYWNLLQADKDK
Subjt:  LIRWRKRFGNVVMVLFVENEG-VERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDK

Query:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL
        LWITYKVPQSW+RVSDDSVWF KQADWVKK+V+TMPV FQ+NYKESNPT RDL  CNCEVFYVPRQFVGDFKDLVALVGNY++DYRVAV MFFMAMD PL
Subjt:  LWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPL

Query:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        NFDDVF +MVYKKT AE+L+SN TNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
Subjt:  NFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

SwissProt top hits

e value

%identity

Alignment

O22943 Probable glycosyltransferase STELLO1

3.1e-280

61.05

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Query:  MLVQDRPNPKPHQIP------------LANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSI
        MLVQDR  P P + P            +   F E K  DFS W S NL +IA    L +TI +FFFL    D+A+ LCF S+  Q  +S+  PQI ++SI
Subjt:  MLVQDRPNPKPHQIP------------LANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSI

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

Query:  IFDADDRGEVIDGDLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSV
        I+DADDRGEVIDGDLGKHFD++L  +D  QE ILQ+  +NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+Y++VFGG QFIQQGISNGLPDVDSV
Subjt:  IFDADDRGEVIDGDLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSV

Query:  FYFTRKTGSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEK
        FYFTRKT  E FDIRFDEH+PKVALP  VMVP+NSFNTL+H SA W LMLPVSVS+MASD+LRGYW QRLLWE+GG+V VYPPT +R D IE YPF EEK
Subjt:  FYFTRKTGSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEK

Query:  DLHVNVGRLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLG
        DLHVNVGRL+KFL +WRS K +FFE  ++LS +M EEGFW E D+K + AWLQDL++VGY QPR+   E++    R R+  G  + + FV +KLP  HLG
Subjt:  DLHVNVGRLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLG

Query:  VEEDETVNFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTIL
        VEE  TV+ EIG LIRWRK FGNVV+V+F  N  VERTA++WRLLYGR+FKTVV+++     DL VEEA LD IYK+LP +F+R+S+AEGFLF++ +T+L
Subjt:  VEEDETVNFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTIL

Query:  NYWNLLQADKDKLWITYKVPQSWTRV--SDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERD-LAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDY
        NYWNLLQADK K+W T KV +SWT V  + +S WFS QA+ VKK VSTMP HFQ+NYK++     + L  C+ EVFYVP++ V DF DLV LVG+  + Y
Subjt:  NYWNLLQADKDKLWITYKVPQSWTRV--SDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERD-LAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDY

Query:  RVAVAMFFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        +VAV MFF++MDSP NFD V   MVYK+  A    +  ++LY+A+ PAVHPW +S+E +F +L++ MA GDPLL ELV
Subjt:  RVAVAMFFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Q9SCN0 Probable glycosyltransferase STELLO2

1.9e-282

61.27

Show/hide

Query:  MLVQDRPNPKP-----HQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSIQPLVDKS
        MLVQDR  PKP      ++P  + F E K  DFS+WVS N+++I  +F   +T+A+FFFL    D+A+ LCF S+  Q  +S+  PQIN++SIQ + DK+
Subjt:  MLVQDRPNPKP-----HQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSIQPLVDKS

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

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

Query:  GSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVG
          E FDIRFDEH+PKVALP  +MVP+NSFNTL+H SA W LMLPVSVS+MASD++RGYW QRLLWE+GG+V VYPPT++R+D +E YPF++EKDLH+NVG
Subjt:  GSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVG

Query:  RLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETV
        RL+KFL +WRSNK  FFE  ++LS  M E+GFW E DVK + AWLQDL+ VGY QPR+   E++    R R+  G  + + FV +KLP  HLGVEE  TV
Subjt:  RLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETV

Query:  NFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQ
        + EIG LI+WRK FGNVV+++F  N  VERTA++WRLLYGR+FKTVV+++     DL V+EA LD IYK LP +F+R+S+A+GF+F++ +T+LNYWNLLQ
Subjt:  NFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQ

Query:  ADKDKLWITYKVPQSWT--RVSDDSVWFSKQADWVKKVVSTMPVHFQINYKES--NPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAM
        ADK KLW T KV +SWT  R + +S W+S QA+ VKK+VSTMPVHFQ+NYKE+  N     L  C+ EVFYVP++FV DF DLV LVG+  + Y+VAV M
Subjt:  ADKDKLWITYKVPQSWT--RVSDDSVWFSKQADWVKKVVSTMPVHFQINYKES--NPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAM

Query:  FFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FF++MDSP NFD V   MVYK   A   L++  +LY+AE PAVHPW +SNE +F +L+R MA GDPLL ELV
Subjt:  FFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Arabidopsis top hits

e value

%identity

Alignment

AT2G41770.1 Protein of unknown function (DUF288)

2.2e-281

61.05

Show/hide

Query:  MLVQDRPNPKPHQIP------------LANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSI
        MLVQDR  P P + P            +   F E K  DFS W S NL +IA    L +TI +FFFL    D+A+ LCF S+  Q  +S+  PQI ++SI
Subjt:  MLVQDRPNPKPHQIP------------LANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSI

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

Query:  IFDADDRGEVIDGDLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSV
        I+DADDRGEVIDGDLGKHFD++L  +D  QE ILQ+  +NPN+TVVNPYIHFGQRSVWPRGLPLENVG++ +EE+Y++VFGG QFIQQGISNGLPDVDSV
Subjt:  IFDADDRGEVIDGDLGKHFDLKLSNVDILQERILQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSV

Query:  FYFTRKTGSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEK
        FYFTRKT  E FDIRFDEH+PKVALP  VMVP+NSFNTL+H SA W LMLPVSVS+MASD+LRGYW QRLLWE+GG+V VYPPT +R D IE YPF EEK
Subjt:  FYFTRKTGSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEK

Query:  DLHVNVGRLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLG
        DLHVNVGRL+KFL +WRS K +FFE  ++LS +M EEGFW E D+K + AWLQDL++VGY QPR+   E++    R R+  G  + + FV +KLP  HLG
Subjt:  DLHVNVGRLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLG

Query:  VEEDETVNFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTIL
        VEE  TV+ EIG LIRWRK FGNVV+V+F  N  VERTA++WRLLYGR+FKTVV+++     DL VEEA LD IYK+LP +F+R+S+AEGFLF++ +T+L
Subjt:  VEEDETVNFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTIL

Query:  NYWNLLQADKDKLWITYKVPQSWTRV--SDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERD-LAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDY
        NYWNLLQADK K+W T KV +SWT V  + +S WFS QA+ VKK VSTMP HFQ+NYK++     + L  C+ EVFYVP++ V DF DLV LVG+  + Y
Subjt:  NYWNLLQADKDKLWITYKVPQSWTRV--SDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERD-LAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDY

Query:  RVAVAMFFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        +VAV MFF++MDSP NFD V   MVYK+  A    +  ++LY+A+ PAVHPW +S+E +F +L++ MA GDPLL ELV
Subjt:  RVAVAMFFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

AT3G57420.1 Protein of unknown function (DUF288)

1.4e-283

61.27

Show/hide

Query:  MLVQDRPNPKP-----HQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSIQPLVDKS
        MLVQDR  PKP      ++P  + F E K  DFS+WVS N+++I  +F   +T+A+FFFL    D+A+ LCF S+  Q  +S+  PQIN++SIQ + DK+
Subjt:  MLVQDRPNPKP-----HQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSR-PQPPESIHFPQINFDSIQPLVDKS

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

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

Query:  GSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVG
          E FDIRFDEH+PKVALP  +MVP+NSFNTL+H SA W LMLPVSVS+MASD++RGYW QRLLWE+GG+V VYPPT++R+D +E YPF++EKDLH+NVG
Subjt:  GSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHISALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVG

Query:  RLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETV
        RL+KFL +WRSNK  FFE  ++LS  M E+GFW E DVK + AWLQDL+ VGY QPR+   E++    R R+  G  + + FV +KLP  HLGVEE  TV
Subjt:  RLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQDLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETV

Query:  NFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQ
        + EIG LI+WRK FGNVV+++F  N  VERTA++WRLLYGR+FKTVV+++     DL V+EA LD IYK LP +F+R+S+A+GF+F++ +T+LNYWNLLQ
Subjt:  NFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGREDLGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQ

Query:  ADKDKLWITYKVPQSWT--RVSDDSVWFSKQADWVKKVVSTMPVHFQINYKES--NPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAM
        ADK KLW T KV +SWT  R + +S W+S QA+ VKK+VSTMPVHFQ+NYKE+  N     L  C+ EVFYVP++FV DF DLV LVG+  + Y+VAV M
Subjt:  ADKDKLWITYKVPQSWT--RVSDDSVWFSKQADWVKKVVSTMPVHFQINYKES--NPTERDLAFCNCEVFYVPRQFVGDFKDLVALVGNYRVDYRVAVAM

Query:  FFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV
        FF++MDSP NFD V   MVYK   A   L++  +LY+AE PAVHPW +SNE +F +L+R MA GDPLL ELV
Subjt:  FFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Sequences

Show/hide sequences

CDS sequence

Show/hide CDS sequence

ATGTTGGTCCAAGATCGGCCTAACCCAAAACCCCACCAAATCCCACTCGCCAATCCCTTCCCTGAATCCAAACCCTTCGATTTCTCCAACTGGGTCTCTCTCAATCTCTT
CAAAATCGCCACCCTTTTCTTCCTTGCCCTCACTATCGCCTCCTTCTTCTTCCTCCGTGGAGCTCGCGATTCTGCTGCATTTCTCTGCTTCAACTCTCGCCCCCAACCCC
CCGAATCCATCCATTTCCCCCAAATCAACTTCGATTCGATTCAGCCCCTCGTCGATAAATCTTCTGTATACGCTTCTTTTAGCTCTGATCGGTGGATTGTTGTCTCTGTT
TCGAGTTATCCTTCCAATTCGCTTCGTAAGCTTGCCAAAACTAAAGGATGGCAGGTACTAGCTGTGGGAAATTCCAGAACTCCATCGGATTGGAGTCTCAAGGGAGTTAT
ATTTCTGTCTCTTGAGCAGCAATCTAGCTTAGGGTTTAGAGTTGTGGAACTTCTGCCTTATGATTCTTATGCTAGAAAGACTGTTGGATACCTTTTTGCTATCCAACATG
GAGCGAAAATGATATTTGATGCAGACGATCGGGGTGAAGTGATCGATGGGGATCTCGGGAAGCATTTCGATTTGAAACTGTCCAATGTGGATATATTGCAGGAGAGAATC
TTGCAGTTCGATTTCGACAACCCGAATAAGACCGTCGTGAATCCGTATATTCATTTCGGACAGCGATCGGTTTGGCCTAGAGGGCTGCCATTGGAGAATGTAGGAGATGT
AGTGTATGAAGAACACTACAGCCAAGTATTTGGAGGAATGCAGTTCATTCAACAGGGCATATCCAATGGTTTACCAGATGTAGATTCAGTGTTTTACTTCACACGAAAGA
CGGGTTCGGAGACATTCGACATAAGATTCGACGAGCACGCCCCGAAAGTCGCCCTACCTCCCAGAGTGATGGTACCATTGAATTCCTTCAATACTCTATTTCATATCTCA
GCATTATGGGCTCTGATGCTTCCTGTTTCAGTTAGTACAATGGCTTCTGATATCTTGAGGGGTTATTGGGCACAAAGGCTTTTATGGGAAATAGGAGGTTTTGTAGTGGT
TTATCCACCAACAATGTATAGACATGATGACATTGAAGGATATCCATTTACAGAAGAGAAAGATCTCCATGTGAATGTGGGGAGATTGGTGAAGTTCTTGAGCTCATGGA
GATCAAACAAGGCCACATTCTTTGAGAAAGCCATGGAATTGAGTCGTTCAATGGGAGAGGAAGGGTTTTGGAAGGAGAATGATGTGAAAATGAGTGGTGCTTGGCTTCAA
GATTTGGTTTCTGTTGGGTACATACAACCAAGAATGAAGGGATTTGAAATGAACAAACAAAGAAAAAGAAGAAGAAGCATTAATGGTGATGAAAATGGAAGGAGTTTTGT
TGCTCAAAAACTGCCTGGTTTTCATCTTGGTGTGGAGGAAGATGAGACTGTGAACTTTGAAATAGGGAAGTTGATTAGATGGAGGAAGAGATTTGGTAATGTGGTGATGG
TTTTGTTTGTTGAAAATGAAGGTGTGGAAAGAACTGCCATGAAATGGAGATTGCTTTATGGAAGGGTTTTCAAAACAGTGGTGGTTGTGGCAGAGCATGGCAGGGAAGAT
TTGGGAGTGGAGGAAGCTTCTCTGGACTTCATTTACAAGTACCTGCCCATGGTATTTGAAAGATTTTCTACTGCAGAAGGTTTCTTGTTCCTTCAAGCTAATACCATTCT
CAACTACTGGAATTTACTGCAAGCAGATAAAGATAAACTTTGGATCACTTACAAGGTTCCTCAGTCTTGGACCAGAGTCAGTGATGATTCTGTCTGGTTTTCTAAACAAG
CAGACTGGGTGAAGAAGGTTGTGAGCACAATGCCTGTTCATTTTCAAATCAACTATAAGGAAAGCAACCCGACCGAGCGAGATCTTGCATTTTGCAACTGTGAAGTGTTT
TACGTACCTCGGCAGTTTGTAGGGGACTTCAAGGATCTTGTTGCTCTTGTTGGCAACTACAGGGTCGATTACAGAGTAGCGGTGGCGATGTTTTTCATGGCAATGGATTC
GCCCCTAAATTTTGACGACGTTTTCAGCAAAATGGTATATAAGAAGACACAAGCAGAGGAACTGTTGAGTAATGGTACAAACTTGTATGCTGCTGAAGTTCCTGCTGTTC
ATCCATGGAGGGTTTCCAATGAAGTGGAATTTGCTGAGCTTATGAGACTTATGGCTGCAGGCGACCCGCTACTGAAAGAGCTGGTATAA

mRNA sequence

Show/hide mRNA sequence

Protein sequence

Show/hide protein sequence

MLVQDRPNPKPHQIPLANPFPESKPFDFSNWVSLNLFKIATLFFLALTIASFFFLRGARDSAAFLCFNSRPQPPESIHFPQINFDSIQPLVDKSSVYASFSSDRWIVVSV
SSYPSNSLRKLAKTKGWQVLAVGNSRTPSDWSLKGVIFLSLEQQSSLGFRVVELLPYDSYARKTVGYLFAIQHGAKMIFDADDRGEVIDGDLGKHFDLKLSNVDILQERI
LQFDFDNPNKTVVNPYIHFGQRSVWPRGLPLENVGDVVYEEHYSQVFGGMQFIQQGISNGLPDVDSVFYFTRKTGSETFDIRFDEHAPKVALPPRVMVPLNSFNTLFHIS
ALWALMLPVSVSTMASDILRGYWAQRLLWEIGGFVVVYPPTMYRHDDIEGYPFTEEKDLHVNVGRLVKFLSSWRSNKATFFEKAMELSRSMGEEGFWKENDVKMSGAWLQ
DLVSVGYIQPRMKGFEMNKQRKRRRSINGDENGRSFVAQKLPGFHLGVEEDETVNFEIGKLIRWRKRFGNVVMVLFVENEGVERTAMKWRLLYGRVFKTVVVVAEHGRED
LGVEEASLDFIYKYLPMVFERFSTAEGFLFLQANTILNYWNLLQADKDKLWITYKVPQSWTRVSDDSVWFSKQADWVKKVVSTMPVHFQINYKESNPTERDLAFCNCEVF
YVPRQFVGDFKDLVALVGNYRVDYRVAVAMFFMAMDSPLNFDDVFSKMVYKKTQAEELLSNGTNLYAAEVPAVHPWRVSNEVEFAELMRLMAAGDPLLKELV

Tan0002671 (gene) of Snake gourd v1 genome