This page was last modified May 8, 2008.
A link to P450 functions in plants an extensive listing with references.
From the Plant Biotechnology Institute, National Research Council,
Saskatoon, Saskatchewan CANADA
Plant P450s that have appeared since the 1993 P450 nomenclature update.
Part D of the bibilographic P450 documents. These files were broken into
five parts to reduce the download time for each part.
This includes references that were incomplete and duplications
of sequences that were already in the update. If a sequence
is assigned an accession number that was not in the old update
it is included in this list. Some expressed sequence tags (ESTs)
are also included from Arabidopsis thaliana and Catharanthus roseus.
This list was last modified March 24, 2008. Added functions for CYP51H10,
CYP705A5 and CYP708A2 (two new family functions identified).
Plant P450 families are numbered CYP51, CYP71 to CYP99. The numbers then jump to
701-772, because there are 95 plant P450 families. Many of the
sequences included here are PCR fragments or expressed sequence tags
that are quite short. These fragments have not been
assigned to families, unless a clear family resemblance was present.
CYP51 is the only family conserved enough to be identified as the
same family across kingdoms, including plants, fungi, animals and
bacteria.
In the Arabidopsis expressed sequence tags, some are from the C-
terminal and some are from the N-terminal or middle region of the
P450s.Clearly some are from the same sequence, but the relationship
cannot be known until the whole sequence is complete, or
until PCR primers from the fragments can be used to identify
which fragments are in the same sequence.
Note: at least one plant sequence has been reported that shows a P450 spectrum and
P450 activity, but the sequence does not appear to be a P450 family member based on
descent from a common ancestor. (GenEMBL D64052, tobacco, Biochim. Biophys. Acta
1308, 231-240 1996) This sequence when blastn searched shows highest similarity to
rRNA.
BLASTN-outcome:D64052 Tobacco mRNA for cytochrome P450 like seq. 10050 0.0
1emb|Z11498|MSRRN26S M.sativa 26S rRNA 1034 4.5e-311
So D64052 is not a P450 but a ribosomal RNA.
Nitric oxide synthases have a heme thiolate spectrum. A heme thiolate ligand is
not restricted to P450 family members. It is ironic that the name cytochrome P450
derives from a characteristic spectrum, but not all proteins with this spectrum can
be included in the family of cytochrome P450s. This family is now defined by
sequence, and not spectral properties.
Note: First 71D sequences are in GenBank 71D6 and 71D7 (see below)
51 Family
71A Subfamily
71B Subfamily
71C Subfamily
71D Subfamily
71E Subfamily
72A Subfamily
72B Subfamily
73A Subfamily
74A Subfamily
74B Subfamily
75A Subfamily
76A Subfamily
76B Subfamily
76C Subfamily
76D Subfamily
77A Subfamily
78A Subfamily
79A Subfamily
79B Subfamily
79C Subfamily
79D Subfamily
79E Subfamily
80A Subfamily
80B Subfamily
81A Subfamily
81B Subfamily
81C Subfamily
81D Subfamily
81E Subfamily
81F Subfamily
81G Subfamily
81H Subfamily
82A Subfamily
82B Subfamily
82C Subfamily
82D Subfamily
82E Subfamily
82F Subfamily
83A Subfamily
83B Subfamily
83C Subfamily
83D Subfamily
84A Subfamily
85A Subfamily
86A Subfamily
87A Subfamily
88A Subfamily
89A Subfamily
90A Subfamily
90B Subfamily
91A Subfamily
92A Subfamily
92B Subfamily
93A Subfamily
93B Subfamily
93C Subfamily
93D Subfamily
94A Subfamily
95A Subfamily
96A Subfamily
96B Subfamily
97A Subfamily
97B Subfamily
98A Subfamily
99A Subfamily
701A Subfamily
702A Subfamily
703A Subfamily
704A Subfamily
705A Subfamily
706A Subfamily
707A Subfamily
708A Subfamily
709A Subfamily
709B Subfamily
710A Subfamily
711A Subfamily
712A Subfamily
713A Subfamily
714A Subfamily
715A Subfamily
716A Subfamily
718A Subfamily
719A Subfamily
CYP1 warning
NOTE: ALL THESE SEQUENCES ARE THE SAME SEQ AND THEY ARE 100% TO RAT CYP1A1
EXPRESSED IN PLANTS. These are not CYP1 orthologs from plants.
AF147296 Cucurbita moschata cytochrome 387 8e-107
AF147295 Elaeagnus multiflora cytochrom 387 8e-107
AF147291 Lycopersicon esculentum cul... 387 8e-107
AF147289 Solanum tuberosum cultivar ... 387 8e-107
AF147294 Perilla frutescens cultivar... 386 2e-106
AF147292 Lycopersicon esculentum cul... 386 2e-106
AF147290 Solanum tuberosum cultivar ... 385 3e-106
AF147293 Perilla frutescens cultivar... 374 9e-103
AF147288 Solanum tuberosum cultivar ... 372 3e-102
51 Family
A note on nomenclature. CYP51s were originally all called CYP51, because only one
gene was found per species and they all seemed to be in this one conserved family.
However, rice had many CYP51s in at least two sequence groups, so subfamilies
have been designated for CYP51s. These are not the typical subfamilies, but only
one subfamily is created for each major taxonomic group. CYP51A for animals,
CYP51B for bacteria. CYP51C for Chromista, CYP51D for Dictyostelium, CYP51E
for Euglenozoa, CYP51F for fungi. Those groups with only one CYP51 per species
are all called by one name: CYP51A1 is for all animal CYP51s since they are
orthologous. The same is true for CYP51B, C, D, E and F. CYP51G (green plants)
and CYP51Hs (monocots only so far) have individual sequence numbers.
CYP51G1 refers to the typical CYP51 14 alpha-demethylase gene in plants,
usually in one copy per species. A few species have extra CYP51G sequences.
CYP51H is another group of related sequences that probably do not
have the same function as CYP51G. There are many of these in rice.
CYP51G1 Arabidopsis thaliana
GenEMBL AC007296 comp(52507-54167)
GenEMBL N65031 (EST fragment)
GenEMBL AA651059 (EST fragment) opposite end AA720360
These ESTs are similar but not identical to CYP51G2.
76% to CYP51A1
old CYP51A2
CYP51G1 Chlamydomonas reinhardtii (green algae)
GenEMBL ESTs BI717817 BU649818 BI726293 BM001590 BI718677 AV642299
From scaffold 58 of the genome project
60124 MDLPPELAVLADKVLSLSPVVLVALGSAVLILALAVGRVLFNLLPSKRPPVWEGLPFIGGLLKFTG 59927
59843 GPWKLLENGYAKFGECFTVPVAHRRVTFLIGPEVSPHFFKAGDDEMSQSE 59694
59394 VYDFNIPTFGRGVVFDVEQKVRTEQFRMFTEALTKNRLKSYVPHFNKEAE 59245
59108 EYFAKWGETGVVDFKDEFSKLITLTAARTLL 59016
58765 GREVREQLFDEVADLLHGLDEGMVPLSVFFPYAPIPVHFKRDR (2) 58637
58412 CRKDLAAIFAKIIRARRESGRREEDVLQQFIDAR 58311
58119 YQNVNGGRALTEEEITGLLIAVLFAGQHTSSITTSWTGIFMAANK 57985
57667 EHYNKAAEEQQDIIRKFGNELSFETLSEMEVLHRNITEALRMHPPLLLVMRYAKKPFSVTTSTGKSYVIPK 57455
57191 GDVVAASPNFSHMLPQCFNNPKAYDPDRFAPPREEQNKPYAFIGFGAGRHACIGQNFAYLQ (0) 57009
56877 IKSIWSVLLRNFEFELLDPVPEADYESMVIGPKPCRVRYTRRKL* 56743
CYP51G1 Volvox carteri (colonial green algae)
JGI model estExt_Genewise1.C_30095|Volca1
84% to Chlamydomonas CYP51G1
MADLTAELSVLLEKFTATQMVLAGSAILFLALIIGRVLFNNLPGKRPPVYEGIPFVGGLLKFSQGPWKLLHDGYAKFGEV
FTVPVAHKRVTFLIGPDVSPHFFKAGDDEMSQSEVYDFNVPTFGPGVVFDVEQKVRTEQFRMFTEALTKNRLKAYVPQFN
REAEEYFAKWGDEGVIDFRDEFSKLITLTAARTLLGREVREQLFEQVADLLHGLDEGMVPISVFFPYLPIPVHQKRDRCR
KELSKIFGKVIRQRRESGHREEDVLQQFVDARYQNVNGGRALTEEEITGLLIAVLFAGQHTSSITTSWTGIFMAANKKAW
LPAVEEQKAIVAKHGTDLSFEALSEMEVLHRNITEALRMHPPLLLVMRYAKKPFSVTTSDGKTFVVPKGDVVAASPNFSH
MLPQIFKNPKAYDPDRFAPPREEQNRPYSFIGFGAGRHACIGQNFAYLQIKSIWSVLLRNFEFELLDPVPDADYESMVIG
PKACRVKYTRRKLL*
CYP51G1 Physcomitrella patens (moss)
ESTs BJ585158.1 BJ591215.1 BJ592754.1 BJ963427.1 BJ165255.1 BJ157286.1
BJ188328.1 BJ185333.1
MGDAEMQGAPVGESAVFDRSKVMMLLGSLVVAAIVGHFVLAWNRKRRNLPPVVD
SAVPFVGGLLKFIKGPVPLLKEEYGRLGQVFTLQMLTRNVTFLIGPEVSAHFFKAQEADLSQRE (0)
VYQFNVPTFGPGVVFDVDYSIRMEQFRFFTEALTVKRLRSYVEMMVEEAH (0)
LFFSKWGEEGEVDLKVELEQLIVNTASRCLLGPEIRNSHLEKVTSLFHDLDNGMLPVSVLFPYLPIPAHKRRDR (2)
ARKELAEIFSKVIKARKASGKKEPDMLQAFMDSTYRSLKRGTTEEECTGLLIAALFAGQHTSSITSTWTGAYLMK (2)
YKQFMPAVIEEQKEIMRRHGDHLDYDVLNEMSCLHRAMKEALRLHPPLILLLRQNHTDFSVTTREGKSYTIPKG
HIVGTSPAFANRLPYVYKDPDTFNPDRFAPGNEEDVKAGQFSYIAFGGGRHGCLGETFAYMQ (0)
VKTVWSYLLQHFELELTGPKFPEVDWNAMVVGIKGEVMVRYKRRQLTCD*
CYP51G1v1 Nicotiana tabacum (tobacco)
GenEMBL AF116915.1
Burger,C., Rondet,S., Benveniste,P. and Schaller,H.
Virus-induced silencing of sterol biosynthetic genes:
identification of a Nicotiana tabacum L.
obtusifoliol-14alpha-demethylase (CYP51) by genetic manipulation
of the sterol biosynthetic pathway in Nicotiana benthamiana L.
J Exp Bot. 2003 Jul;54(388):1675-83.
obtusifoliol-14-demethylase (CYP51) mRNA,
clone name NtCYP51-1 97% identical to CYP51G1v2
MELGDNKILNAGLLLVATLVVAKLISALIMPRSKKRLPPVIKSW
PILGGLLRFLKGPVVMLREEYPKLGSVFTLNLLNKNITFFVGPEVSAHFFKAPETDLS
QQEVYQFNVPTFGPGVVFDVDYTIRQEQFRFFTESLRVNKLKGYVDQMVMEAEEYFSK
WGDSGEVDLKYELEHLIILTASRCLLGEEVRNKLFEDVSALFHDLDNGMLPISVIFPY
LPIPAHRRRDNARKKLAEIFANIIDSRKRTGKAESDMLQCFIDSKYKDGRATTESEIT
GLLIAALFAGQHTSSITSTWAGAYLLCNNKYMSAVVDEQKNLMKKHGNKVDHDILSEM
EVLYRCIKEALRLHPPLIMLLRSSHSDFTVKTREGKEYDIPKGHIVATSPAFANRLPH
VYKNPDTYDPDRFAPGRDEDKVAGAFSYISFGGGRHGCLGEPFAYLQIKAIWSHLLRN
FEFELISPFPEIDWNAMVVGVKGKVMVKYKRRKLSTE
CYP51G1v2 Nicotiana tabacum (tobacco)
GenEMBL AY065641.1
Burger,C., Rondet,S., Benveniste,P. and Schaller,H.
Virus-induced silencing of sterol biosynthetic genes:
identification of a Nicotiana tabacum L.
obtusifoliol-14alpha-demethylase (CYP51) by genetic manipulation
of the sterol biosynthetic pathway in Nicotiana benthamiana L.
J Exp Bot. 2003 Jul;54(388):1675-83.
clone name NtCYP51-2 97% identical to CYP51G1v1
MELGDYKILNVGLLLVVTLVVAKLISALIMPRSKKRLPPVIKSW
PILGGLLRFLKGPVVMLREEYPKLGSVFTLNLLNKNITFFIGPEVSAHFFKAPETDLS
QQEVYQFNVPTFGPGVVFDVDYTIRQEQFRFFTEALRVNKLKGYVDHMVMEAEEYFSK
WGDSGEMDLKYELEHLIILTASRCLLGEEVRNKLFEDVSALFHDLDNGMLPISVIFPY
LPIPAHRRRDNARKKLAEIFANIIDSRKRTGKAESDMLQCFIDSKYKDGRATTDSEIT
GLLIAALFAGQHTSSITSTWTGAYLLCNNKYMSAVVDEQKNLMKKHGNKVDHDILSEM
EVLYRCIKEVLRLHPPLIMLLRSSHSDFTVKTREGKEYDIPKGHIVATSPAFANRLPH
VYKNPDTYDPDRFTPGRDEDKVAGAFSYISFGGGRHGCLGEPFAYLQIKAIWSHLLRN
FEFELISPFPEIDWNAMVVGVKGKVMVKYKRRKLSNE
CYP51G1 Carica papaya
supercontig_119:252784,254990
GS_ORF_31_from_supercontig_119
82% to Arab. 51G1
88% to Vitis vinifera 51G1 (best GenBank hit)
85% to Nicotiana tabacum
CYP51G1 Vitis vinifera
AM475390.2, CAAP02000381.1
81% to 81G1 Arab. 90% to CAAP02000072.1
Note: there are two CYP51G1 genes in Vitis, (see CYP51G6)
Both are equally similar to Arab and rice 51G1s.
9521 MDVDNKFFNAXFLLVATLLVAKLISALIIPRSKKRLPPTIKAFPLIGGLIRFLKGPVVML 9342
9341 REEYPKLGSVFTLKLLNKNISFFVGPDVSAHFFKAPESDLSQQEVYRFNVPIFGPGVVFD 9162
9161 VDYSVRQEQFRFFTEALRVTKLKGYVDQMVMEAE (0) 9060
3862 DYFSKWGDCGEVDLKYELEHLIILTASRCLLGQEIRNKLFADVSALFHDLDNGMLPISV 3686
3685 IFPYLPIPAHRRRDQARKKLAEIFANIIASRKETGKSENDMLQCFIDSKYKDGRPTTESE 3506
3505 VTGLLIAALFAGQHTSSITSTWTGAYLLRHKEYLSAVQDEQRSLMKKYGSKVDHDILSEM 3326
3325 DVLYRCIKEALRLHPPLIMLLRSSHTDFSVTTRDGKEYDIPKGHIVATSPAFANRLPHIY 3146
3145 KDPDRYDPDRFAVGREEDKAAGAFSYISFGGGRHGCLGEPFAYLQIKAIWSHLLRNFELE 2966
2965 LISPFPEVDWNAMVVGVKGKVMVRYKRREL 2876
CYP51G1 Oryza sativa (rice)
GenEMBL AB025047
ESTs BE040549.1 BE230288.1 BE230302.1 BE607441.1
Aoyama,Y., Horiuchi,T. and Yoshida,Y.
Cloning and characterization of rice sterol 14-demethylase (CYP51) gene.
Unpublished
Old name = CYP51A5
CYP51G1 Oryza sativa (rice)
GenEMBL aaaa01012243.1 Indica rice genome
ortholog of AB025047 99%
Old name = CYP51A5
CYP51G1 Pinus taeda (pine)
GenEMBL BF517195.1 AW984874.1 AW626637.1 C-term fragments
BF610290.1 CYP51 N-term
MDFIQNIYVQAGLLILATLVLAKIVSSILGFGSSKNLPPMVPAWPIVGGLMKFLKGPIVMLR
EEYPKLGNVFTIKLLIKNVTFLIGPEVSQHFFKXPESDL
CYP51 C-term
LXHDVLAXXDVLYRCIKEALRLHPPLIVLLRSNHRDFTVTAKDGKDYVIPKGHVVATSPAFANRLPHIFKNPDT
YDPDRFVPGREEDKVGGAFSYISFGGGRHGCLGEPFAYLQIKAIWTHLLRNFELELISP
FPEIDWNAMVVGVKDKVMVRYRRRPLSVD*
CYP51G1 Sorghum bicolor
GenEMBL U74319
Bak,S., Kahn,R.A., Olsen,C.E. and Halkier,B.A.
Cloning and expression in Escherichia coli of the obtusifoliol 14
alpha-demethylase of Sorghum bicolor (L.) Moench, a cytochrome P450
orthologous to the sterol 14 alpha-demethylases (CYP51) from fungi and mammals
Plant J. 11 (2), 191-201 (1997).
CYP51G1 Triticum aestivum (wheat)
GenEMBL Y09291 (1655bp)
Cabello-Hurtado F, Taton M, Forthoffer N, Kahn R, Bak S, Rahier A,
Werck-Reichhart D
Optimized expression and catalytic properties of a wheat obtusifoliol
14alpha-demethylase (CYP51) expressed in yeast Complementation
of erg11Delta yeast mutants by plant CYP51.
Eur J Biochem 262,435-446 1999
CYP51G1 Triticum aestivum (wheat)
GenEMBL Y09292 (1231bp)
Cabello-Hurtado F, Taton M, Forthoffer N, Kahn R, Bak S, Rahier A,
Werck-Reichhart D
Optimized expression and catalytic properties of a wheat obtusifoliol
14alpha-demethylase (CYP51) expressed in yeast Complementation
of erg11Delta yeast mutants by plant CYP51.
Eur J Biochem 262,435-446 1999
CYP51G1 Zea mays
GenEMBL T12664 (EST fragment)
CYP51G1 Avena strigosa (black oats)
No accession number
Annie Osbourn
Submitted to nomenclature committee Dec 10, 2003
87% to 51G1 rice
clone name AsCYP51
CYP51G1 Populus trichocarpa (black cottonwood)
CYP51G1 Solanum chacoense (chaco potato)
AY552551
O'brien,M., Chantha,S.C., Rahier,A. and Matton,D.P.
Lipid Signaling in Plants. Cloning and Expression Analysis of the
Obtusifoliol 14{alpha}-Demethylase from Solanum chacoense Bitt., a
Pollination- and Fertilization-Induced Gene with Both Obtusifoliol
and Lanosterol Demethylase Activity
Plant Physiol. 139 (2), 734-749 (2005)
MELGDNKILNVGLLLVATLLVAKLISALIMPRSKKRLPPVIKAL
PIVGGLIRFLKGPIVMLRQEYPKLGSVFTLNLLNKNITFFIGPEVSAHFFKAPETDLS
QQEVYQFNVPTFGPGVVFDVDYTIRQEQFRFFTEALRVTKLKGYVDQMVTEAEEYFSK
WGESGEVDLKYELEHLIILTASRCLLGEEVRNKLFDDVSALFHDLDNGMLPISVIFPY
LPIPAHRRRDNARKKLAEIFANIINSRKRTGKAENDMLQCFIDSKYKDGRPTTEGEIT
GLLIAALFAGQHTSSITSTWTGSYLLTNNKYMSAVVDEQKNLMKKHGNKVDHDILSEM
DVLYRCIKEALRLHPPLIMLLRSSHSDFSVTTREGKEYDIPKGHIVATSPAFANRLPH
IFKNPESYDPDRFGPGREEDKAAGAFSYISFGGGRHGCLGEPFAYLQIKAIWSHLLRN
FEFELISPFPEIDWNAMVVGVKGEVMVKYKRRKLSAE
CYP51G1 Sesamum indicum (a sesame plant)
No accession number
Eiichiro Ono
Submitted to nomenclature committee July 11, 2007
Clone name SiCYP-EST-H10
80% to 51G1 Arab.
CYP51G1 Gossypium hirsutum
DQ122177
Shi,Y.H., Zhu,S.W., Mao,X.Z., Feng,J.X., Qin,Y.M., Zhang,L.,
Cheng,J., Wei,L.P., Wang,Z.Y. and Zhu,Y.X.
Transcriptome Profiling, Molecular Biological, and Physiological
Studies Reveal a Major Role for Ethylene in Cotton Fiber Cell
Elongation
Plant Cell 18 (3), 651-664 (2006)
obtusifoliol-14-demethylase mRNA, partial cds
89% to 51G1
APSIHERAYRDAPGGFPKLGSVFTLNLFNKKITFLIGPEVSSHF
FKASESDLSQQEVYQFNVPTFGPGVVFDVDYTIRQEQFRFFTEALRVNKLKGYVDQMV
TEAEDYFSKWGDSGEVDLKYELEHLIILTASRCLLGQEVRNKLLDDVSALFHDLDNGM
LPISVIFPYLPIPAHR
CYP51G2 Arabidopsis thaliana
GenEMBL AC002329 Complete sequence
GenEMBL AC007127 comp(82241-84323) complete seq.
Contig 1783 of the TIGR Landsberg erecta sequences has 99% match
Old CYP51A1
CYP51G3 Oryza sativa (rice)
GenEMBL AY022669.1
GenEMBL aaaa01065204.1 aaaa01028263.1 aaaa01014709.1 Indica genome
Old name = CYP51A15
This sequence sometimes sorts with the G or the H subfamily
It is not reproducible.
CYP51G4P Oryza sativa (rice)
GenEMBL AP003866.1b
GenEMBL aaaa01005681.1b Indica rice genome
Old name = CYP51A16P, pseudogene closely related to CYP51G3
CYP51G5 Populus trichocarpa (black cottonwood)
CYP51G6 Vitis vinifera
CAAP02000072.1
81% to 81G1 Arab., 90% to CAAP02000381.1
the two Vitis CYP51G sequences are nearly equally
similar to other CYP51G1 sequences, so it is not
possible to tell if one is the dominant gene from seq. data.
190429 MDVDNKFFNVALLIVATVVVAKLISALLIPKSRKRLPPTVKAFPVIGGLLRFLKGPVV 190256
190255 MLREEYPKLGSVFTLNLLNKNITFFIGPEVSAHFFKAPEADLSQQEVYQFNVPTFGPGVV 190076
190075 FDVDYSVRQEQFRFFTESLRVTKLKGYVDQMVTETE (0) 189968
188248 DYFSKWGDSGEVDLKYELEHLIILTASRCLLGQEVRDKLFADVSALFHDLDNGMLPISV 188072
188071 IFPYLPIPAHRRRDQARTKLAHIFANIIASRRETGKSENDMLQCFMDSKYKDGRQTTEAE 187892
187891 VTGLLIAALFAGQHTSSITSTWTGAYLFRHKEFLSAVLDEQKNLMKKHGNKVDHDILSEM 187712
187711 DVLYRCIKEALRLHPPLIMLLRSSHSDFSVTTKDGKEYDIPKGHIVATSPAFANRLPHIY 187532
187531 KDPERYDPDRFAVGREEDKVAGAFSYISFGGGRHGCLGEPFAYLQIKAIWSHLLRNFEFE 187352
187351 LISPFPEIDWNAMVVGVKGKVMVRYKRRVLPVD* 187250
CYP51G1 Medicago truncatula (barrel medic, Fabales)
GenEMBL DQ335779 also GenPept ABC59074
CYP51G1 Glycine max (soybeans, Fabales)
DQ340249
Li,L.Y. and Yu,D.Y.
Comprehensive analysis of putative P450 genes superfamily in
Glycine max and Medicago truncatula
Unpublished
MEIDSRFLNTGLLLVATILVAKLISAFIVPKSRKRVPPIVKGWP
LIGGLIRFLKGPIFMLRDEYPKLGSVFTLKLFHKNITFLIGPEVSAHFFKASETDLSQ
QEVYQFNVPTFGPGVVFDVDYSVRQEQFRFFTEALRVNKLKGYVNQMVAEAEDYFSKW
GPSGEVDLKYELEHLIILTASRCLLGREVRDKLFDDVSALFHDLDNGMLPISVLFPYL
PIPAHKRRDQARKKLAEIFASIITSRKSASKSEEDMLQCFIDSKYKDGRSTTEAEVTG
LLIAALFAGQHTSSITSTWTGAYLLSNNQYLSAVQEEQKMLIEKHGDRVDHDVLAEMD
VLYRCIKEALRLHPPLIMLMRSSHTDFSVTTREGKEYDIPKGHIIATSPAFANRLGHV
FKDPDRYDPDRFAVGREEDKVAGAFSYISFGGGRHGCLGEPFAYLQIKAIWTHLLRNF
ELELVSPFPEIDWNAMVVGVKGKVM
CYP51G1 Selaginella moellendorffii (Lycopod)
traces 724390578, 890688186, 719688188
71% to 51G1 Arabidopsis, N-term seq does not match
MEVKAMEADRSTVAAALLLLVGTTCCLWLLSWW
RSSSGGSRSRNRLPPVVDSVPIVGGLLKFVK
GPIVMLRQEYQRLGSVFTVNIVTRKITFLIGPDVSSHFYKAQESELSQKEVYQFNVPTFG
PGVVFDVDYSVRMEQFRFFTEALKVSRLKTYVDYMVEEAQVY
FSKWGDEGEVDLKEELERLIILTASRCLLGSEVRNQLFEDVSN
LFHDLDNGMQPISVLFPYLPIPAHRRRDRARKELASVFAKIIGNRKISGRSEMDMLQVFI
DSKYRATGRSTTEDEITGLLIAALFAGQHTSSITSTWTGAYLLT (2)
YKNYWDSAVEEQRNVMAKIGDKLDYDIVSEMDVLHRCMKEALRLHPPLIMLMRYCHKDFS
VTTRDGVEYNIPAGHIVATSPAFANRLPHVFKDPDSFDPERFAPGREEDKAVPFSYTSF
GGGRHGCLGETFGYMQVKTVWSILLRNFEMELVSPFPEIDWNAMVVGPKGKVMVRYKRKLLA* 181
CYP51G1 Ceratopteris richardii (fern)
GenEMBL CV734775.1 CV734906.1 ESTs
HASDGVGLLILSTLLLAKVLSSLFFRSSRNKLPPKVWTFPLIGGVRKFMKGPIKMIREEY
PRLGSVFTMKVLNRNITFLLGPEESVHFFKAPESEMSQQEVYQYNVPTFGPGVVFDVDYS
VRMEQFRFFSESLRVSSLKGYVEHMVLEAKSFFSKWGDEGVVDLKSELEHLIILTASRCL
LGREVRDQLFKNVSDLFHDLDNGMQPISVLFPYLPIPAHKRRDEARKQLADIFAKIIKNR
RDSGKRETDMLQAFIDSKYRASGRYLEDHEITGLLIAALFAGQHTSSITSVWTGAYLMKN
KQFLEPVLNEQREVMSRHGDKLDYDILGEMDVLYRAIKEALRLHPPLILLLR
YSHKDFMVKTREGNEYRVPKGHVVATSPAFANRLPHIYRDPDTYDPDRFTPGREED
KAAGAFSYVSFGGGRHGCLGEPFAYMQIKTIWSHLFQNYELELLSPFPEIDWDAMVVGVK
GKVMVRYKKRSLKTEQ*
CYP51G1 Lactuca perennis (lettuce, Asterales)
GenEMBL DW082409 DY973804.1 ESTs
MEVDPELLNVGALLIATLVAANIMAALLIPRSRKRLPPVVKAFPVVGGLLRFLKG
PIVMLRQEYPKLGSVFTLNLVNKNITFLIGPEVSAHFFKASESDLSQQEVYQFNVPTFGP
GVVFDVDYSVRQEQFRFFTESLRVNKLKGYVDHMIFEAEEFFSKWGDSGEVDLKLELEHL
IILTASRCLLGEEVRNKLFDDVSALFHDLDNGMLPISVIFPYLPIPAHRRRDQARKKLAE
IFASIITSRKQSGKCENDMLQCFIDSKYKNCRPTSESEVTGLLIAALF
AGQHTSSITSTWTGAYLL
ILSEMNVLYRCIKEALRLHPPLIMLLR
CYP51G1 Ricinus communis (castor bean, Malpighiales)
GenEMBL AASG01019728 (WGS)
80% to 51G1 Arab.
MDSDNNLMNVLLVIAATLLVAKLISAFVLPRSRKRLPPVVKGLPLVGGLFRFLKGPII
MLRDEYPKLGSVFTVNLAQKKITFFIGPEVSAHFFKAPESDLSQQEVYQFNVPTFGPGVV
FDVDYSIRQEQFRFFTEALRVHKLKGYVDQMVMEAQ
DYFSKWGDSGEVDLKYELEHLIILTASRCLLGREVRDKLFDDVSALFHDLDNGMLPISVLFSY
CYP51G1 Eucalyptus gunnii (Myrtales)
GenEMBL CT983870 EST
GPKGHIVATSPAFANRLPYIYQDPDQYDPDRFAVGREEDKVAGAFSYISFGGGRHGCLGE
PFAYLQIKAIWTHLLRNFELELVSPFPEIDWNAMVVGVKGKVMVRYKRRQLSV*
CYP51G1 Triphysaria versicolor (Lamiales)
GenEMBL DR174877
ELEHLIILTASRCLLGQEVRNKLFADVSALFHDLDNGMLPISVIFPYLPIPAHRRRDQAR
KKLADIFADIIGSRKETGKTENDLLQCFIDSKYKDGRQTTKSEVTGLLIAALFAGQHTSS
ITSTWTGTYLLANPKYMSMVVNEQKNVMKKNGNEVNYDVLSEMEVLYRCVKEALRLHPPL
IMLLRSSHSDFSVTTKEGKEYDIPKGHIVATSPAFANRLPHIFKDPDSYDPDRFGPGREE
DKVAGAFSYISF
CYP51G1 Malus x domestica (Royal Gala apple, Rosales)
EB130903.1 EST
MVTMDMDNKLFSVGLMILATLVVAKLISALIMSRSGKRLPPVVNTWPVLGGLLRFL
KGPIIMLREEYPKLGSVFTLNLLNKKITFLIGPEVSAHFFKASEADLSQQEVYQFNVPTF
GPGVVFDVDYTVRQEQFRFFTEALRVNKLKGYVDQMVTEAEDYFSKWGDSGEVDLKYELE
HLIILTASRCLLGREVRNKLFDDVSALFHDLDNGM
CYP51G1 Citrus clementina (Sapindales)
GenEMBL DY300918
MDATNKFYNLGLLIVATIVVAKLISSLVMPRSSKRLPPIVKGYPLIGG
LVKFLKGPIVMIREEYSKLGSVFTVNLCNRKITFLIGPEVSAHFFKAPESDLSQQEVYQF
NVPTFGPGVVFDVDYSIRQEQFRFFTEALRVTKLKGYVDQMVVEAEDYFSKWGDSGEVDL
KFELEHLIILTASRCLLGREVRDKLFDDVSSLFHDLDNGMLPISVLFPYLPIPAHSRRDQ
ARKKLADIFANIITSRKCAAKSENDMLQSFIDSK
CYP51G1 Gossypium hirsutum (cotton, Malvales)
GenEMBL DT574647
MEVNDKLLNTGILIVATLVVAKLISFLIMPRSKK
RVPPAVKTWPVIGGLLRFMKGPIVMLREEYPKLGSVFTLNLFNKKITFLIGPEVSSHFFK
ASESDLSQQEVYQFNVPTFGPGVVFDVDYTIRQEQFRFFTEALRVNKLKGYVDQMVTEAE
DYFSKWGDSGEVDLKYELEHLIILTASRCLLGQEVRNKLFDDVSALFHDLDNGMLPISVI
FPYLPIPAHRRRDRARKKLAGIFANII
CYP51G1 Mesembryanthemum crystallinum (Ice plant, Caryophyllales)
GenEMBL CA839975
MVKMEVIDSKFFNVGLLVVATLVVAKLLSSLLMPRSSKRLPPVVKAWPPVI
GGLLRFLKGPIIMLREEYPKLGNVFTLNLVTKNITFLIGPEVSAHFFKASETDLSQQEVY
RFNVPTFGPGVVFDVDYSVRQEQFRFFTEALRVSKLKSYFDQMVVEAQDYFSKWGDSGEV
DLKYELEHLIILTASRCLLXREVRDKLFDDVSALFHDLDNGML
CYP51G1 Aquilegia formosa x Aquilegia pubescens (Ranunculales)
GenEMBL DT767027.1 EST
MDMENTTQMTDLKENKFLNVGLLILATLVIAKLLSALLIPQSKKRLPPTVTA
WPVLGGLLRFMKGPIVMIREEYPKLGSVFTLNLVNKNITFFIGPEVSAHFFKAPESDLSQ
QEVYQFNVPTFGPGVVFDVDYSVRQEQFRFFTESLRVTKLKGYVDQMVTEAEDYFAKWGD
SGEVDLKYELEHLIILTASRCLLGREVRDKLFDDVSALFHDLDNGMLPISVIFPYLPIPA
HRRRDRA
CYP51G1 Quercus robur (red oak, Fagales)
GenEMBL DN949857.1
1 KEYDIPKGHIVATSPAFANRLPHIFKDPDSYDPDRFAIGREEDKAAGAFSYISFGGGRHG 180
181 CLGEPFAYLQIKAIWSHLLRNFEFELISPFPEIDWNAMVVGVKGKVMVRYKRRVLS 348
CYP51G1 Adiantum capillus-veneris (maidenhair fern)
BP920200
69% to 51G2
LAPVLDEQREVMKRHGDKLDYDVLGEMDVLYRSIKEALRLHPPLILLLRYNHKDFTVKTR
EGVEYVVPKGNVVATSPAFANRLPYIYRNP
CYP51H1 Oryza sativa (rice)
GenEMBL AP005448.1b AP005188.2c
GenEMBL aaaa01003099 Indica rice genome
Old name = CYP51A6
CYP51H2P Oryza sativa (rice)
GenEMBL AP005188.2b AP005448.1a
GenEMBL aaaa01003099.1a Indica rice genome
Old name = CYP51A7P
CYP51H3 Oryza sativa (rice)
GenEMBL AP005188.2a
GenEMBL aaaa01001626.1 Indica rice genome
Old name = CYP51A8
CYP51H4 Oryza sativa (rice)
GenEMBL AP004890.1
GenEMBL aaaa01009323.1 Indica rice genome
Old name = CYP51A9
CYP51H5 Oryza sativa (rice)
GenEMBL AP004090.1
GenEMBL aaaa01023253.1 aaaa01024682.1 Indica rice genome
Old name = CYP51A10
CYP51H6 Oryza sativa (rice)
GenEMBL AC108875.1a
GenEMBL aaaa01008685.1 Indica rice genome
Old name = CYP51A11
CYP51H7 Oryza sativa (rice)
GenEMBL AC108875.1b
GenEMBL aaaa01010435.1 aaaa01067145.1 Indica rice genome
Old name = CYP51A12
CYP51H8 Oryza sativa (rice)
GenEMBL AC108875.1c
GenEMBL aaaa01004091.1 Indica rice genome
Old name = CYP51A13
CYP51H9 Oryza sativa (rice)
GenEMBL AP003866.1a
BAC clones AQ326645 AQ291927 AQ689048.1 AQ396185.2
GenEMBL aaaa01005681.1a Indica rice genome
Old name = CYP51A14
CYP51H10 Avena strigosa (black oats)
GenEMBL DQ680852
Annie Osbourn
Submitted to nomenclature committee Dec 10, 2003
www.scienceexpress.org/ 20 March 2008: 11154990v1
DOI: 10.1126/science.1154990
55% to CYP51H6 rice, 47% to CYP51G1 rice
clone name AsCypA1, a CYP51 with a new function not in sterol
biosynthesis
sad2 (saponin-deficient) second step in avenacin biosynthesis
avenacin is an antifungal triterpene glycoside or saponin
expressed in root tips
CYP51H11 Avena strigosa (black oats)
No accession number
Annie Osbourn
Submitted to nomenclature committee Dec 10, 2003
56% to 551H7 rice, 47% to 51G1 rice
clone name AsCypA2
CYP55B1 Chlamydomonas reinhardtii
See Chlamy page
71A Subfamily
CYP71A1 Persea americana (avocado)
PIR A44973 (40 amino acids)
GenEMBL M32885
O'Keefe, D.P. and Leto, K.J.
Cytochrome P-450 from the mesocarp of avocado (Persea
americana).
Plant Physiol. 89, 1141-1149 (1989)
CYP71A2 Solanum melongena cv. Sinsadoharanasu (eggplant)
GenEMBL D14990 (1744bp) X71654 (1747bp)
Swiss P37118 (505 amino acids) PIR S36806 (505 amino acids)
Umemoto,N., Kobayashi,O., Ishizaki-Nishizawa,O. and Toguri,T.
cDNAs sequences encoding cytochrome P450 (CYP71 family) from
eggplant seedlings.
FEBS Lett. 330, 169-173 (1993)
Note: clone name 154 also called CYPEG4
CYP71A3 Solanum melongena cv. Sinsadoharanasu (eggplant)
GenEMBL X70982 (1096bp) Swiss P37119 (365 amino acids)
PIR S36807 (365 amino acids)
Umemoto,N., Kobayashi,O., Ishizaki-Nishizawa,O. and Toguri,T.
cDNAs sequences encoding cytochrome P450 (CYP71 family) from
eggplant seedlings.
FEBS Lett. 330, 169-173 (1993)
Note: clone name F151 also called CYPEG3
CYP71A4 Solanum melongena cv. Sinsadoharanasu (eggplant)
GenEMBL X70981 (1724bp) Swiss P37117 (507 amino acids)
PIR S36805 (507 amino acids)
Umemoto,N., Kobayashi,O., Ishizaki-Nishizawa,O. and Toguri,T.
cDNAs sequences encoding cytochrome P450 (CYP71 family) from
eggplant seedlings.
FEBS Lett. 330, 169-173 (1993)
Note: clone name E138 also called CYPEG2
Incorrectly called CYP71A1 in Genbank entry
CYP71A5v1 Nepeta racemosa (catmint, source of catnip)
GenEMBL Y09423(1703bp)
Clark, I.M., Forde, B.G. and Hallahan, D.L.
Spatially distinct expression of two new cytochrome P450s in leaves
of Nepeta racemosa: identification of a trichome-specific isoform.
Plant Mol. Biol. 33, 875-885 (1997)
note: sequence is revised on 9/10/98 from original submission
only 3 aa differ (lower case). GenBank entry is now correct.
MVSLSYFLIALLCTLPFLLFLNKWRRSYSGKTPPPSPPKLPVIG
NLHQLGLYPHRYLQSLSRRYGPLMQLHFGSVPVLVASSPEAAREIMKNQDIVFSNRPK
MSIANRLFFNNRDVAFTQYGEYWRQIRSICVLQLLSNKRVQSFRRVREEETSIMVEKI
MQLGSSSSTPVNLSELLLSLTNDVVCRVTLGKKYGGGNGSEEVDKLKEMLTEIQNLMG
ISPVWEFIPWLNWTRRFDGVDQRVDRIVKAFDGFLESVIQEHKERDGDKDGDGDGALD
FVDILLQFQRENKNRSPVEDDTVKALILDMFVAGTDTTATALEWAVAELIKNPRAMKR
LQNEVREVAGSKaEIEEEDLEKMPYLKASIKESLRLHVPVVLLVPRESTRDTNVLGYD
IASGTRVLINAWAIARDPSVWENPEEFLPERFLD SSIDYKGLHFELLPFGA GRRGCPG
ATFAVAIDELALAKLVHKFDFGLPNGARMEELDMSEtSGMTVHKKSpLLLLPIPHHAAP*
CYP71A5v2 Nepeta racemosa (catmint, source of catnip)
No accession number
Clark, I.M., Forde, B.G. and Hallahan, D.L.
Spatially distinct expression of two new cytochrome P450s in leaves
of Nepeta racemosa: identification of a trichome-specific isoform.
Plant Mol. Biol. 33, 875-885 (1997)
note: a second allele, CYS at heme signature is now a stop codon
message is made but the protein is not functional.
CYP71A6 Nepeta racemosa (catmint, source of catnip)
GenEMBL Y09424(1697bp)
Clark, I.M., Forde, B.G. and Hallahan, D.L.
Spatially distinct expression of two new cytochrome P450s in leaves
of Nepeta racemosa: identification of a trichome-specific isoform.
Plant Mol. Biol. 33, 875-885 (1997)
CYP71A7 Catharanthus roseus (Madagascar periwinkle) PCR fragment
GenEMBL X69779 (346bp)
Meijer,A.H., Souer,E., Verpoorte,R. and Hoge,J.H.C.
Isolation of cytochrome P-450 cDNA clones from the higher plant
Catharanthus roseus by a PCR strategy.
Plant Molec. Biol. 22, 379-383 (1993)
Note: sequence 7 from Fig. 2.
CYP71A8 Mentha piperita
GenEMBL Z33875 (2141bp)
Kang,M.H. and Choi,Y.D.
Molecular cloning of a genomic DNA for cytochrome P-450 oxidase
from Mentha piperita.
unpublished (1994)
CYP71A9X Glycine max (soybean)
GenEMBL Y10489 (1603bp)
Schopfer,C.R. and Ebel,J.
Identification of elicitor-induced cytochrome P450s of soybean
(Glycine max L.) using differential display of mRNA
Mol. Gen. Genet. 258, 315-322 (1998)
clone CP1
name changed to CYP71AH3
CYP71A10 Glycine max (soybean)
GenEMBL AF022157 (1838bp)
Siminszky,B., Dewey,R.E. and Corbin,F.T.
capable of catalyzing the metabolism of phenylurea herbicides
CYP71A11X tobacco
no accession number
Takashi Yamada
tobacco sequence 2
submitted to nomenclature committee 9/9/97
renamed CYP71AH1 only 46% to 71B38
CYP71A12 Arabidopsis thaliana
GenEMBL AC002340
T11J7.14
CYP71A13 Arabidopsis thaliana
GenEMBL AC002340 updated BX820453 and NM_128630
T11J7.16
ESTs H76866, AA605540
N-terminal has six more amino acids included. (9/27/04)
CYP71A14 Arabidopsis thaliana
GenEMBL AF069716 10000-14000 region
GenEMBL AC005964 comp(3688-6807)
67% identical to CYP71A13
no ESTs
CYP71A15 Arabidopsis thaliana
GenEMBL AF069716 16000-19000 region
GenEMBL AC005964 comp(1066-1380) partial seq.
no ESTs
CYP71A16 Arabidopsis thaliana
GenEMBL AB022210 comp(26631-24211)
64% identical to 71A14 ESTs AA395422, T43806
CYP71A17P Arabidopsis thaliana
GenEMBL AB017065 comp(19000-21000 region)
64% identical to 71A14
clear pseudogene, missing large regions including I-helix
CYP71A18 Arabidopsis thaliana
GenEMBL AC007296 83847-85677
86% identical to 71A12
no ESTs no GSSs
CYP71A19 Arabidopsis thaliana
GenEMBL AL049608
join(11443..11829,12066..12542,12626..12907,13106..13432)
gene T9E8.30 64% identical to 71A16 no ESTs no GSSs
CYP71A20 Arabidopsis thaliana
GenEMBL AL049608
join(21221..21598,21753..22253,22331..22612,23485..23811)
gene T9E8.50 88% identical to CYP71A19 no ESTs no GSSs
CYP71A21 Arabidopsis thaliana
GenEMBL AL049659 comp(61576..62187,62279..63139)
gene T29H11.160
also U31288 fragment at end of another gene and GSS B25921 no ESTs
CYP71A22 Arabidopsis thaliana
GenEMBL AL049659 comp (64631..65242,65328..66188)
gene T29H11.170 EST N38590
CYP71A23 Arabidopsis thaliana
GenEMBL AL049659 comp (67262..67861,68005..68856)
gene T29H11.180
CYP71A24 Arabidopsis thaliana
GenEMBL AL049659 comp(70246..71784)
gene T29H11.190
Genbank translation has a retained intron before the I-helix
CYP71A25 Arabidopsis thaliana
GenEMBL AL049659 comp (73216..73830,73929..74786)
gene T29H11.200
ESTs T22148, AA395671, AI100632
CYP71A26 Arabidopsis thaliana
GenEMBL AL049659 comp(76207..76818,76952..77809)
T29H11.210
CYP71A27P Arabidopsis thaliana
GenEMBL AL022224
F1C12.160a (parts from two genes are represented as one gene)
this is the first gene
61% identical to CYP71A20
note formerly 713A1
Note on August 25, 2004: There is a missing t base just after the
PERF motif in this gene. This causes a frameshift and truncates the
protein, without a heme signature sequence. The lost t is apparently
real and not a sequence error, so this is a pseudogene of very
recent origin that is still made into mRNA. It may be interesting to
compare Landsberg erecta and Columbia strains. (4 Ts vs 5Ts ?)
CYP71A28 Arabidopsis thaliana
GenEMBL AL022224
F1C12.160b (parts from two genes are represented as one gene)
this is the second gene
60% identical to CYP71A20
note formerly 713A2
CYP71A29 Medicago truncatula (barrel medic, Fabales)
GenPept ABE93594, ABE93593, ABE93591
CYP71A30 Medicago truncatula (barrel medic, Fabales)
GenEMBL CG924302, AQ917284
CYP71A31 Medicago truncatula (barrel medic, Fabales)
GenEMBL CG951015, CA920740.1 BI262798.1 AW692831.2
CYP71A32 Mentha x piperita e
GenEMBL AF346833
menthofuran synthase
56% to 71A5
MAALLVFFSVSLILLAVLFHKRKSSLSSRKRPPPSPLRLPVIGH
FHLIGALSHRSFTSLSKRYGEVMLLHFGSAPVLVASSAAAAREIMKNQDVIFASRPRL
SIFDRLMYSGKGVAFAPYGEHWRNARSMCMLQLLSAKRVQSFGGIREEETSAMIEKIR
RSKPTTVVNLSEMFMALTNGVIHRAVLGRKGDGGDDFNRILIKVIKLLGSFNVGDYVP
WLSWINRINGVDAEVEKVGTKLDGSMEGILRKYRRKKVGDDETNFVDTLLQFQRESKD
TDPVEDDVIKALIFDMVSAGTDTTFAALEWTMAELIKNPRTLKTLQNEVREVSRNKGG
ITEDDVDKMPYLKAVSKEILRLHPPFAILLPRELTQDANMLGYDIPRGTVVLVNNWAI
SRDPSLWENPEEFRPERFLETSIDYKGLHFEMLPFGSGRRGCPGSTFAMALYELALSK
LVNEFDFRLGNGDRAEDLDMTEAPGFVVHKKSPLLVLATPRQS
CYP71 Juglans regia (walnut, Fagales)
CV195714.1
65% to 71A10
ANTSSTTTEWLMAELIKNPNIMKRAQEEVRIVVGNKLKIDENDIHQMCYLKCVLKETLRL
HPPAPLLLPRETSSSVKLGGYDIPPKTKVFVNTWAIQRDPTVWERPEEFLPERFIDNPID
FRGHDFEFLPFGGGRRGCPGL
71B Subfamily
CYP71B1 Thlaspi arvense
GenEMBL L24438 (1648bp)
Udvardi,M.K., Metzger,J.D., Krishnapillai,V., Peacock,W.J. and
Dennis,E.S.
Cloning and nucleotide sequence of a full length cDNA from Thlaspi arvense
that encodes a cytochrome P-450.
Plant Physiol. 104, 755-756 (1994)
CYP71B2 Arabidopsis thaliana
D78605 (502 amino acids) also AC007357 31915-33510
Mizutani,M., Ward,E. and Ohta,D.
Cytochrome p450 superfamily in Arabidopsis thaliana: isolation of
cDNAs, differential expression, and RFLP mapping of multiple
cytochromes P450
Plant Mol. Biol. 37, 39-52 (1998)
P450-48 nearly identical to Z18072 and Z35218 ESTs
CYP71B3 Arabidopsis thaliana
D78602 (501 amino acids) also AB024038 COMP(43851-45465)
Mizutani,M., Ward,E. and Ohta,D.
Cytochrome p450 superfamily in Arabidopsis thaliana: isolation of
cDNAs, differential expression, and RFLP mapping of multiple
cytochromes P450
Plant Mol. Biol. 37, 39-52 (1998)
P450-13-1
Contig 885 of the TIGR Landsberg erecta sequences has 100% match
CYP71B4 Arabidopsis thaliana
D78603 (504 amino acids) also AB024038 comp(78016-79595)
Mizutani,M., Ward,E. and Ohta,D.
Cytochrome p450 superfamily in Arabidopsis thaliana: isolation of
cDNAs, differential expression, and RFLP mapping of multiple
cytochromes P450
Plant Mol. Biol. 37, 39-52 (1998)
P450-13-6
same as EST T21833, AI100749 GSSs B12539, B10642
CYP71B5 Arabidopsis thaliana
D78601 (498 amino acids) also AL132958
Mizutani,M., Ward,E. and Ohta,D.
Cytochrome p450 superfamily in Arabidopsis thaliana: isolation of
cDNAs, differential expression, and RFLP mapping of multiple
cytochromes P450
Plant Mol. Biol. 37, 39-52 (1998)
P450-12
CYP71B6 Arabidopsis thaliana
D78604 (503 amino acids)
Mizutani,M., Ward,E. and Ohta,D.
Cytochrome p450 superfamily in Arabidopsis thaliana: isolation of
cDNAs, differential expression, and RFLP mapping of multiple
cytochromes P450
Plant Mol. Biol. 37, 39-52 (1998)
ESTs F15479, F14179
P450-23
identical to AC005967
CYP71B7 Arabidopsis thaliana
GenEMBL X97864 (1684bp) also AC007357 33975-41560
Maughan.J.A., Nugent, J.H.A. and Hallahan, D.L.
expression of CYP71B7 a cytochrome P450 expressed sequence tag
from Arabidopsis thaliana.
unpublished (1996)
full length sequence of 5 ESTs R65111, T44310, T04541, T04814, T44875
Contig 610 of the TIGR Landsberg erecta sequences has 100% match
CYP71B8 Arabidopsis thaliana
GenEMBL AB011485 27121-28820
CYP71B9 Arabidopsis thaliana
GenEMBL AC004136
47% identical to 71B7
no ESTs
CYP71B10 Arabidopsis thaliana
GenEMBL AB019233 comp(24311 - 22750)
71% identical to AC004136
no ESTs no GSS (1/13/99)
CYP71B11 Arabidopsis thaliana
GenEMBL AC006259 (94-702) partial seq.
GenEMBL AC005964 (66557-68105) whole seq.
BAC F21J6 from chromosome V mapping near 60.5 cM
69% identical to 71B1
ESTs Z33963, Z33677 GSSs B28673, B78204 and AQ011301
CYP71B12 Arabidopsis thaliana
GenEMBL AC006259 (4286-6376)
GenEMBL AC005964 (72227-73777)
BAC F21J6 from chromosome V mapping near 60.5 cM
92% identical to 71B11
CYP71B13 Arabidopsis thaliana
GenEMBL AC006259 (9294-10829)
GenEMBL AC005964 (76695-78230)
BAC F21J6 from chromosome V mapping near 60.5 cM
70% identical to 71B1
CYP71B14 Arabidopsis thaliana
GenEMBL AC006259 comp(30932-32475)
BAC F21J6 from chromosome V mapping near 60.5 cM
68% identical to 71B1
CYP71B15 Arabidopsis thaliana
GenEMBL AB016889 (54457-56024)
62% identical to 71B7
CYP71B16 Arabidopsis thaliana
GenEMBL AB024038 comp(13279-14849)
84% identical to CYP71B17
no ESTs no GSSs
CYP71B17 Arabidopsis thaliana
GenEMBL AB024038 comp(15932-17496)
84% identical to CYP71B17
no ESTs no GSSs
CYP71B18 Arabidopsis thaliana
GenEMBL AB024038 comp(18098-19609)
80% identical to CYP71B17
ESTs AA650762, T44224, AI099821 (2 diffs)
T44855 (3 diffs) GSS B25335
missing an internal 21 amino acid fragment and frame shift after
first 6 N-terminal amino acids. may be a pseudogene
CYP71B19 Arabidopsis thaliana
GenEMBL AB024038 comp(21194-22760)
ESTs H76241
60% identical to 71B2
CYP71B20 Arabidopsis thaliana
GenEMBL AB024038 comp(26044-27630)
94% identical to CYP71B19
ESTs T04186, T45449, T21193, AA585920 (1 diff)
T20987 (3 diffs) no GSSs
CYP71B21 Arabidopsis thaliana
GenEMBL AB024038 comp(31112-32720)
88% identical to 71B22
no ESTs no GSSs
CYP71B22 Arabidopsis thaliana
GenEMBL AB024038 36984-38609
88% identical to CYP71B21
no ESTS no GSSs
CYP71B23 Arabidopsis thaliana
GenEMBL AB024038 comp(40969-42839)
71% ident to 71B7
no ESTs no GSSs
CYP71B24 Arabidopsis thaliana
GenEMBL AB024038 comp(45837-47529)
80% identical to 71B3 no ESTs
GSS AQ011201 (5 diffs/178 = 97%) B96063 4 diffs/126 = 97% these
may be a related gene.
CYP71B25 Arabidopsis thaliana
GenEMBL AB024038 comp(75254-76832)
74% identical to 71B4
no ESTs no GSSs
CYP71B26 Arabidopsis thaliana
GenEMBL AB024038 comp(80407-82076)
68% identical to 71B9
very similar to Z33952, Z34037 (91% identical) but different gene
CYP71B27 Arabidopsis thaliana
GenEMBL AB007357 28180-29804
GSSs B11396, B21019 no ESTs
CYP71B28 Arabidopsis thaliana
GenEMBL AB007357 34549-36103
ESTs T20906, T76255, T14112, N65665, AI100027
CYP71B29 Arabidopsis thaliana
GenEMBL AB007357 36686-38241
similar to GSS B21027
CYP71B30P Arabidopsis thaliana
GenEMBL AL132958
Clone T04D02 from the EU Chr 3 project contains 71B5 and 3 new 71Bs
(71B30P, 71B31, 71B32) and 97C1 (formerly a confidential sequence)
82204-83671 missing N-term 80 AA not found between end of 71B5 and start
of this sequence probably a pseudogene
clone F4P12 from the EU Chr 3 project overlaps T04D02 and contains
two of the three new 71Bs and part of the third
CYP71B31 Arabidopsis thaliana
GenEMBL AL132958
Clone T04D02 from the EU Chr 3 project contains 71B5 and 3 new 71Bs
(71B30P, 71B31, 71B32) and 97C1 (formerly a confidential sequence)
84593-86302 GSSs AL092788 (clone T10J6) AL081333 (clone F2M19) No ESTs
clone F4P12 from the EU Chr 3 project overlaps T04D02 and contains
two of the three new 71Bs and part of the third
CYP71B32 Arabidopsis thaliana
GenEMBL AL132958
Clone T04D02 from the EU Chr 3 project contains 71B5 and 3 new 71Bs
(71B30P, 71B31, 71B32) and 97C1 (formerly a confidential sequence)
87497-89156 two in frame stop codons may be a pseudogene
clone F4P12 from the EU Chr 3 project overlaps T04D02 and contains
two of the three new 71Bs and part of the third
CYP71B33 Arabidopsis thaliana
GenEMBL AP001298 comp(479-2126)
CYP71B34 Arabidopsis thaliana
GenEMBL AP001298 comp(2977-4644)
CYP71B35 Arabidopsis thaliana
GenEMBL AP001298 comp(4867-6557)
CYP71B36 Arabidopsis thaliana
GenEMBL AP001298 comp(8161-9842)
CYP71B37 Arabidopsis thaliana
GenEMBL AP001298 comp(10654-12314)
EST Z27299
CYP71B38 Populus trichocarpa (black cottonwood)
CYP71B39P Populus trichocarpa (black cottonwood)
71B40v1 Populus trichocarpa (black cottonwood)
71B40v2 Populus trichocarpa (black cottonwood)
71B41 Populus trichocarpa (black cottonwood)
71B41-de1b Populus trichocarpa (black cottonwood)
71B42P Populus trichocarpa (black cottonwood)
71B43P Populus trichocarpa (black cottonwood)
71B44P Populus trichocarpa (black cottonwood)
71B45P Populus trichocarpa (black cottonwood)
CYP71B46 Carica papaya
supercontig_33:452619..454410 (+ strand)
FGPP_ORF_70_from_ supercontig_33
61% TO CYP71B35, three frameshifts in mid region
CYP71B47 Carica papaya
supercontig_33:457127..458929 (+ strand)
FGPP_ORF_71_from_supercontig_33
56% to 71B35
Frameshift in first exon after RPKL
CYP71B48 Carica papaya
supercontig_33:464744..466583 (+ strand)
FGPP_ORF_72_from_supercontig_33
57% to 71B34
CYP71B49 Carica papaya
supercontig_33:481289..493164 (+ strand)
GS_ORF_53_from_supercontig_33
partial seq. exon 1 only
Exon 2 in a seq. Gap
CYP71B50P Carica papaya
supercontig_33:481289..493164 (+ strand)
Pseudogene fragment after GS_ORF_53 sequence gap
from_supercontig_33
41% to 71B24
CYP71B51P Carica papaya
supercontig_33:493368..515729 (+ strand)
Located inside GS_ORF_54_from_supercontig_33
Pseudogene 38% to CYP71B36
CYP71B52P Carica papaya
supercontig_33:565711..567427 (+ strand)
FGPP_ORF_87_from_supercontig_33
One stop codon, one frameshift, mid region not well conserved
May be a pseudogene
46% to 71B2
CYP71B53P Carica papaya
supercontig_33:568355..570927 (+ strand)
GS_ORF_59_from_supercontig_33
Frameshift after NIAF, missing C-term
44% to 71B36
CYP71B54P Carica papaya
supercontig_144:757842,759880
GS_ORF_65_from_supercontig_144
pseudogene fragment (-) strand runs off contig upstream
flanked by a reverse transcriptase
52% to 71B36 between I-helix and PKG
47% to 71B2
CYP71B55 Carica papaya
supercontig_144:653105,659677
57% to 71B37
CYP71B56P Carica papaya
supercontig_144: 640976,642532
73% to CYP71Ba
CYP71B57 Carica papaya
supercontig_144:634198..635833 (- strand)
GLHM_ORF_52_from_supercontig_144
78% to 71B48
CYP71B58P Carica papaya
supercontig_144:615890,620568
pseudogene 48% to 71B34, 47% to 71AS1
75% to 71B55
CYP71B59 Carica papaya
supercontig_144:585007..609465
exon one only, exon 2 in a seq gap
one stop codon present,
47% to 71B35, 83% to 71B55
CYP71B60P Carica papaya
supercontig_144:568153,568872
GLHM_ORF_44_from_supercontig_144
Pseudogene 50% to 71B34, 51% to 71AS1
CYP71B61P Carica papaya
supercontig_96:1081786,1082412
73% to CYP71B55
CYP71B62P Carica papaya
supercontig_881:382,1216
44% to 71B37
71C Subfamily
CYP71C1 Zea mays (maize)
GenEMBL X81827 (1890bp) X81828 (4352bp)
Swissprot Q43250
Frey,M., Kliem,R., Saedler,H. and Gierl,A.
Expression of a cytochrome P450 gene family in maize
Mol. Gen. Genet. 246, 100-109 (1995)
Probable ortholog to 71C6 (wheat), 71C26 (Hordeum),
71C28 and 71C29
CYP71C1 Zea mays
GenEMBL AF004210 (1185bp)
Sisco,P.H.
agr(c94) random cDNA clone from Zea mays etiolated coleoptiles
Unpublished
CYP71C2 Zea mays (maize)
GenEMBL X81829 (1786bp)
Swissprot Q43255
Frey,M., Kliem,R., Saedler,H. and Gierl,A.
Expression of a cytochrome P450 gene family in maize
Mol. Gen. Genet. 246, 100-109 (1995)
Probable ortholog of CYP71C7 in wheat and 71C25 in Hordeum
CYP71C2v2 Zea mays
Sharon Potter
sequence b
submitted to nomenclature committee
CYP71C2 Zea mays (maize)
GenEMBL Y11404 (3130bp)
Gierl, A.
unpublished (1997)
CYP71C3v1 Zea mays (maize)
GenEMBL X81830 (1800bp)
Swissprot P93703
Frey,M., Kliem,R., Saedler,H. and Gierl,A.
Expression of a cytochrome P450 gene family in maize
Mol. Gen. Genet. 246, 100-109 (1995)
Probable ortholog of CYP71C8 in wheat and 71C27 in Hordeum
CYP71C3v1 Zea mays (maize)
GenEMBL Y11403 (5057bp)
Gierl, A.
unpublished (1997)
CYP71C3v2 Zea mays (maize)
AY072298 (mRNA)
Persans,M.W., Wang,J. and Schuler,M.A.
Characterization of maize cytochrome p450 monooxygenases induced in
response to safeners and bacterial pathogens
Plant Physiol. 125 (2), 1126-1138 (2001)
MALQAAYEYLQQAVGHGAWSSTQTLTLLLIAVPTVLLLLASLAK
STSSSGRGKPPLPPSPPGTLPIVGHLHHIGPQTHISLQELVAKYGHNGFLFLRAGAVP
TLIVSSPSAAEAVMRTHDHIFASRPWSMASHILRYNTCDVAFSPLGEYWQQTRKLMNT
HLLSNKKVYSFRHGREEEVCLVVDNLREAAAKSPSTAVDMSEVLAAYTNDVVSRSVLG
STHRKKGRNTLFREMTMTNVDLLVGFNLEYYIPRWPLTDLLFRLVCWKVTRHLKRWDA
LLEEVIHEHVEMRKLSGDKEKESDDFIDIFLSRYEEYGFTMDNVKSLLMNVFEAAIET
SYLVLESAMAELMNHRRVMKKLQAEVRAYGAEKKLDMIREDDLSSLPYLKASMKEALR
LHPPGPLLLPHYSTADCQIDGYHIPANTRVLVNGWAIGRDPAVWEKPEEFMPERFMRD
GWDKSNSYSGQDFRYLPFGSGRRICPGANFALATMEIMLANLMYHFDWEVPNEKEDGG
GKVSMDETFGLMLRRNEPLYLVPRAV
CYP71C3v2 Zea mays (maize)
AY072299 (gene)
Wang,J. and Schuler,M.A.
Molecular characterization of the maize CYP71C3 and CYP72A
subfamily genes
Unpublished
note: Maize strain used in Schuler's lab = B73, Frey's lab used CI31A
MALQAAYEYLQQAVGHGAWSSTQTLTLLLIAVPTVLLLLASLAK
STSSSGRGKPPLPPSPPGTLPIVGHLHHIGPQTHISLQELVAKYGHNGFLFLRAGAVP
TLIVSSPSAAEAVMRTHDHIFASRPWSMASHILRYNTCDVAFSPLGEYWQQTRKLMNT
HLLSNKKVYSFRHGREEEVCLVVDNLREAAAKSPSTAVDMSEVLAAYTNDVVSRSVLG
STHRKKGRNTLFREMTMTNVDLLVGFNLEYYIPRWPLTDLLFRLVCWKVTRHLKRWDA
LLEEVIHEHVEMRKLSGDKEKESDDFIDIFLSRYEEYGFTMDNVKSLLMNVFEAAIET
SYLVLESAMAELMNHRRVMKKLQAEVRAYGAEKKLDMIREDDLSSLPYLKASMKEALR
LHPPGPLLLPHYSTADCQIDGYHIPANTRVLVNGWAIGRDPAVWEKPEEFMPERFMRD
GWDKSNSYSGQDFRYLPFGSGRRICPGANFALATMEIMLANLMYHFDWEVPNEKEDGG
GKVSMDETFGLMLRRNEPLYLVPRAV
CYP71C4 Zea mays (maize)
GenEMBL X81831 (1878bp)
Frey,M., Kliem,R., Saedler,H. and Gierl,A.
Expression of a cytochrome P450 gene family in maize
Mol. Gen. Genet. 246, 100-109 (1995)
Probable ortholog of CYP71C9 in wheat and 71C24 in Hordeum
Called ZmBX2 by Gregersen
CYP71C4 Zea mays (maize)
GenEMBL Y11368 (7466bp)
Gierl, A.
unpublished (1997)
CYP71C5 Zea mays
Sharon Potter
sequence a
submitted to nomenclature committee
55% to 71C4
also called BX2like_MAIZE_ESTcontig by Gregersen
CYP71C6v1 Triticum aestivum (wheat)
GenEMBL AF123601
Daniele Werck
submitted to nomenclature committee 1/20/99
probable orthologue to CYP71C1 Zea (79% identical)
also related to 71C26 Hordeum and 71C28 and 71C29
CYP71C6v1 Triticum aestivum (wheat)
GenEMBL AB042627
Hiromasa Imaishi
submitted to nomenclature committee 4/30/2000
clone name N-2
probable orthologue to CYP71C1 (79% identical)
100% identical to 71C6v1 AF123601
CYP71C6v2 Triticum aestivum
AB124854
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C6-18
98% to 71C6v1 9 aa diffs
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFRDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRKNGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C6v2 Triticum aestivum
AY485940
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
1 aa diff to 71C6v2 AB124854
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRKNGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C6v3 Triticum aestivum L. cv Chinese Spring (wheat)
AB124855
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C6-5
98% to 71C6v1 6 aa diffs
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASTKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFRDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELAMAAPGKALDMTELLGGYASDFVCRAVLGES
HRKHGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPHGEKLDLIMEEDLSRMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEINGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C6v4 Triticum aestivum
AY485936
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
Genomic sequence of P450 from blue-grained wheat
Unpublished
2 aa diffs to CYP71C6v2 AB124854
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRKNGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWEGAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C6v5 Triticum aestivum
AY504997
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
96% to 71C6v1, 97% to 71C6v2, 97% to 71C6v3
MALEAAYHYLQRAVGHGTSTEALLLTVLLPLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCGLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRKNGRNELFRGLTEISASLLGGFNLEDYFPRLATLDVFLRVVYSKAMGVSKRWDNLF
NELIAEYEHGKEDDAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSRMPYLKATIKEAMRIHPPTPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMTD
QFGVTLRRTERLHLVPKIYK
CYP71C6v6 Triticum aestivum
AY485938
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
7aa diffs to 71C6v2 AY485940, 8 aa diffs to 71C6v2 AB124854
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRRNGRNELFRELTEISASLLGGFNLEDYFPRSANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKGAMRIHPPAPF
LLPHLSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFMLFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGARVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C6v7 Triticum aestivum
AY485939
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
8 aa diffs to 71C6v2 AB124854
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDITFAPYGDYWRRASKVVNTHL
LSVKMVFSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
RRKNGRNELFRELTEISASLLGGFNLEDYFPRLANLDAFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLEKEYGLSTDNVKAILVNMFEVAIETSFLVLEYS
MAELINNRHVMAKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C7v1 Triticum aestivum (wheat)
GenEMBL AF123602
Daniele Werck
submitted to nomenclature committee 1/20/99
probable orthologue to CYP71C2 Zea (76% identical)
also related to CYP71C25 Hordeum
CYP71C7v1 Triticum aestivum L. cv Chinese Spring (wheat)
AB124852
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C7-20
>99% to 71C7v1 AF123602 only 1 aa diff
MALEAAFHYLQLAGIHGTSTPAVLLTILLLLIIRLAWVRTTTAS
TRFGKQQQLPPSPPGKLPIIGHLHLLGSQTHISIRDLDAKHGRNGLLLLRIGAVPTLF
VSSPSAAEAVLRTHDQIFASRPPSMAADIIRYGPTDIAFAPYGEYWRQARKLLTTHML
SAKVVHSFRHGRQEEVRLVINKIHEAATRGTAVDMSELLSGYTNDVVCRAVLGESHRK
EGRNRLFSELTEINVSLLGGFSLENYIPPNMVMADVLLRLVSVKARRLNKRWDELFNE
IIEEHLHPSKPSSGEQQAVDFIDLLLSLKEEYGLTTDNIKAILVDMFEAGIETSYLTL
EYGMAELMNNRHILKKLQEEVRSQGKKLDMITEEDLGSMAYLRATIKETLRLHPPAPF
LLPHFSTADCKIDGYLIPSNTRVLVNAWALGRDPSSWERPEDFLPERFLQDQDGDVDT
QMRGKDLRFLPFGFGRRICPGMNFGFATMEVMLANLMYHFDWDVPNMVGTGAGVDMAE
SFGLTLRRKEKLQLVPRIP
CYP71C7v2 Triticum aestivum (wheat)
GenEMBL AB042628
Hiromasa Imaishi
submitted to nomenclature committee 4/30/2000
clone name N-3
probable orthologue to CYP71C2 (76% identical)
96% identical to 71C7v1 of Werck
CYP71C2v2 ortholog Triticum monococcum subsp. aegilopoides
Entrez protein BAF44080.1
TbBx3-1
98% to CYP71C7v2 wheat
MALEAANHYLQLPGVHGASTPAVLLTVLLLLIIRLAWVRTATASTRFGKQQKLPPSPPGKLPIIGHLHLL
GSQTHISIRDLDAKHGRNGLLLLRIGAVPTLFVSSPSAAEAVLRTHDQIFASRPPSMAADIIRYGPTDIA
FAPYGEYWRQARKLLTTHMLSAKVVHSFRHGRQEEVRLVINKIREAATSGTAVDMSELLSGYTNDVVCRA
VLGESHRKEGRNRLFSELTEINVSLLGGFSLENYIPPNMVMADVLLRLVSVKAQRLNKRWDDLFNEIIEE
HLHPSKPSSGEQQAADFIDLLLSLKEEYGLTTDNIKAILVDMFEAGIETSYLTLEYGMAELMNNRHILTK
LQEEVRSQGKKLDMITEEDLSSMAYLRATIKETLRMHPPAPFLLPHFSTADCKIDGYLIPANTRVLVNAW
ALGRDPSSWERPEDFWPERFLQDQDGDVDTQMRGKDLRFLPFGFGRRICPGMNFGFATMEVMLANLMYHF
DWDVPNMVGTGAGVDMAESFGLTLHRKEKLQLVPQIP
CYP71C7v3 Triticum aestivum L. cv Chinese Spring (wheat)
AB124853
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C7-2
95% to 71C7v1 22 aa diffs 96% to 71C7v2 17 aa diffs
MALEAAFHYLQLAGVHGTSTPALLLTVLLLLIIRLAWVRTTTVS
TRFGKQQQLPPSPPGKLPIIGHLHLLGSQTHISIRDLDAKHGRNGLLLLRIGAVPTLF
VSSPSAAEAVLRTHDQIFASRPPSMAADIIRYGPTDIAFAPYGEYWRQARKLLTTHML
SAKVVHSFRHGRQEEVRLVINKIREAATRGTVVDMSDLLSGYTNDVVCRAVLGESHRK
AGRNRLFSELTEINVSLLGGFSLENYIPPNMVMADVLLRLVSVKAQRLNKRWDDLFNE
IIEEHLHPSKPSSGEQQAADFIDLLLSLKEEYGLTTDNIKAILVDMFEAGIETSYLTL
EYGMAELMNNRHILKKLQEEVRSQGKKLDMITEEDLSSMAYLRATIKETLRMHPPAPF
LLPHFSTADCKVDGYLIPANTRVLVNAWALGRDPSSWERPDDFWPERFLQDQAGDVDT
QMRGKDLRFLPFGFGRRICPGMNFGFATMEVMLANLMYHFDWDVPNMMGTGAGVDMAE
SFGLTLRRKEKLQLVAQIP
CYP71C8v1 Triticum aestivum (wheat)
GenEMBL AF123603
Daniele Werck
submitted to nomenclature committee 1/20/99
probable orthologue to CYP71C3 (78% identical)
Note: N-terminal 7 amino acids are probably not
correct since Met codon is ttg not atg.
Probable ortholog of CYP71C3 in Zea and 71C27 in Hordeum
CYP71C8v1 Triticum aestivum L. cv Chinese Spring (wheat)
AB124856
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C8-9
100% to 71C8v1 AF123603
MAFEGAYHFLQLAVGHATSSPAALLLVVVPLLLLLLASVRRSTM
TGRKLRLPPSPPGSLPIIGHLHHIGAQTHISLQHLVDKYGHNGLLFLRAGAVPTVIVS
SPSAAEAVMRTHDHILASRPWSMASHILRYNTTDVAFSPLGEYWQHTRKLVNTHLLSA
KKVHSFANGRQEEVCLVVNKIREAATTAPSTAVDMSEFLAAYTNDVVSRSVLGATHRK
KGRNTLFREMTETNVDLLVGFNLENFIPRWPLTEVLFRLVCWKVQRHLNKWDALLEEV
IKEHINLKQDNSADFIHVFLSLQQEYGLTDDNVKSLLMNIFEAAIETSYLVLEYAMAE
LINNRHVMKKLQTEVRTFASSKGKKLDMITEEDLSSLPYLKATMKEALRLHPPGPLLL
PHYSTADCSIDGYDIPAKTRILVNGWAIGRDPKAWERPEEFMPERFLQDGQEKSSNLG
QDFKYLPFGSGRRICPGANFALATMEIMLVNLMYHFDWEVPNEKDGAGGKVSMAETFG
LMLRRNEKLYLVPRIA
CYP71C8v2 Triticum aestivum (wheat)
GenEMBL AB042629
Hiromasa Imaishi
submitted to nomenclature committee 4/30/2000
clone name N-4
probable orthologue to CYP71C3 (78% identical)
95% identical to 71C8v1 of Werck
CYP71C8v3 Triticum aestivum L. cv Chinese Spring (wheat)
AB124857
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C8-3
95% to 71C8v1 24 aa diffs 97% to 71C8v2 13 aa diffs
MALEAAHHYLQLAVGHGTSTPAVLLIVVVPLLMLVLVSVRTSAS
TRKLRLPPSPPGSLPIIGHLHHIGAQTHISLQHLVDKYGHNGLLFLRAGAVPTVIVSS
PSAAEAVMRTHDHILASRPWSMASHILRYNTTDVAFSPLGEYWQHTRKLVNTHLLSAK
KVHSFRHGRQEEVCLVVNKIREAATNAPSTAVDMSEFLAAYTNDVVSRSVLGATHRKK
GRNTLFREMTETNVDLLVGFNLENFIPRWPLTEVLFRLVCWKVQRHLNKWDALLEEVI
KEHINLKQDNSADFIHVFLSLQQEYGLTDDNVKSLLMNIFEAAIETSYLVLEYAMAEL
INNRHVMKKLQTEVRTFASSKGKKLDMITEEDLSSLPYLKATMKEALRLHPPGPLLLP
HYSTADCNIDGYDIPAKTRILVNGWAIGRDPTAWERPEDFMPERFLQDGQEKSSNLGQ
DFKYLPFGSGRRICPGANFALATMEIMLVNLMYHFDWEVPNEKEGTGGKVSMAETFGL
MLRRNEKLYLVPKIV
CYP71C8v4 Triticum monococcum subsp. aegilopoides
Entrez protein BAF44081.1
TbBx5-4, paralog to CYP71C8v1, v2 and v3
96% to CYP71C8v3 wheat
MALEAAHHYLQLAVGHGTSSPAGLLLVVVPLLLLLLASVRSSTKASRKLRLPPSPPGSLPIIGHLHHIGA
QTHISLQHLVDKYGHNGLLFLRAGAVPTVIVSSPSAAEAVMRTHDHILASRPWSMASHILRYNTTDVAFS
PLGEYWQHTRKLVNTHLLSAKKVHSFRHGRQEEVCLVVDKIREAATNAPSTAVDMSEFLAAYTNDVVSRS
VLGATHRKKGRNTLFREMTETNVDLLVGFNLENFIPRWPLTEVLFRLVCWKVQRHLNKWDALLEEVIKEH
INLKQDNSADFIHVFLSLQQEYGLTDDNVKSLLMNIFEAAIETSYLVLEYAMAELINNRHVMKKLQTEVR
TFASSRGEKLDMITEEDLSSLPYLKATMKEALRLHPPGPLLLPHYSTADCNIDGYDIPAKTRILVNGWAI
GRDPTAWERPEDFMPERFLQDGQEKSGNLGQDFKYLPFGSGRRICPGANFALATMEIMLVNLMYHFDWEV
PNGKEGTGGKISMAETFGLMLRRNEKLYLVPKIV
CYP71C9v1 Triticum aestivum (wheat)
GenEMBL AB042630
Hiromasa Imaishi
submitted to nomenclature committee 4/30/2000
clone name N-5
probable orthologue to CYP71C4 Zea (78% identical)
also related to 71C24 Hordeum
97% identical to 71C9v2
CYP71C9v1 ortholog Triticum monococcum subsp. aegilopoides
Entrez protein BAF44079.1
TbBx2-1
MAHVHVDELLHEAAAAAPRSLLIASAVLFSLVVVPLLLRIISKQGAASDAMLLSLLPSPPTKLPIIGHLH
LMGDLPYVSLAGLAAKYGPELMLVHLGAVPTAVVSSPRTAEAVLRTHDHIFASRPRSMVFDIIMYGQTDS
CFAPYGEHFRKARKLVTVHMLNARKIRSQRPAREEEVQLVIVKIAKAAAAREAVDMSELLHSYVNDLVCR
AVSGKFSQEEGRNKLFRELTDINAALLGGFNILDYFPSLGRFELVCKMACAKARRVRKRWDLLLDKLIDD
HAARMVSREDEAQPAQEEDKDFIDVSLSLQQEYGLTRDHIKAILIDMFEAGTDTSYMTLEFAMAELIRKP
HLMKKLQEEVRRNVPNGQEMVAEDDLPNMTYLKAVIKETLRLHPPVPLMIPHFSLDACTVDGYTIPANTR
VVINAWALRRHSSYWENENEFQPERFMNGAGVDLKPNEFHYLPFGFGRRMCPGVHSASATVETMLANLMY
RFDWKLPPGLKEEDIDMTEVFGITVSRKEKLILVPVTA
CYP71C9v2 Triticum aestivum (wheat)
GenEMBL AB042631
Hiromasa Imaishi
submitted to nomenclature committee 4/30/2000
clone name N-6
probable orthologue to CYP71C4 (78% identical)
97% identical to 71C9v1
CYP71C9v2 Triticum aestivum (wheat)
No accession number
Daniele Werck-Reichhart
submitted to nomenclature committee July 23, 2001
76% identical to 71C4
clone C4-38
100% identical to Dr. Imaishis sequence
CYP71C9v3 Triticum aestivum L. cv Chinese Spring (wheat)
AB124851
Nomura,T., Ishihara,A., Yanagita,R.C., Endo,T.R. and Iwamura,H.
Three genomes differentially contribute to the biosynthesis of
benzoxazinones in hexaploid wheat
Proc. Natl. Acad. Sci. U.S.A. 102 (45), 16490-16495 (2005)
submitted to nomenclature committee 10/20/2003
clone name C9-24
98% to 71C9v2 8 aa diffs 97% to 71C9v1 9 aa diffs
MAHVHVDEMLHEAAAAAPRSLLIATAVLFSLVVVPLLLRIITKQ
GAASDAKLLSLLPSPPTRLPIIGHLHLMGDLPYVSLAGLAAKYGPELMLVHLGAVPTA
VVSSPRTAEAVLRTHDHIFASRPRSMVFDIIMYGQTDSCFAPYGEHFRKARKLVTVHM
LNARKIRSQRPAREEEVRLVIGKIAKAAAAREAVDMSELLHSYVNDLVCRAVSGKFSQ
EEGRNKLFRELTDINAALLGGFNILDYFPSLGRFELVCKVACAKARRVRKRWDLLLDK
LIDDHAARMVSREDEAQPEQEEDKDFIDVSLSLQQEYGLTRHHIKAILIDMFEAGTDT
SYMTLEFAMAELIRKPHLMKKLQEEVRRNVTNGQEMVAEDDLPNMTYLKAVIKETLRL
HPPVPLMIPHFSLDACTVDGYTIPANTRVVINAWALGRHSGYWENENEFQPERFMNGA
GVDLKPNEFHYLPFGFGRRMCPGVHSASATVETMLANLMYRFDWKLPPGLKEENIDMT
EVFGITVSRKEKLILVPVTA
CYP71C10 Triticum aestivum (wheat) formerly CYP71H1
ESTs: CJ699033.1, CJ596758.1, CJ702528.1, CD884412.1,
CJ593092.1, CJ564668.1, CJ671762.1, CD882978.1,
EB514761.1, EB515119.1, EB515327.1,
Daniele Werck-Reichhart
55% to 71C4 but only 50% to 71C8, 56% to 71C11
clone name 71F8I2
submitted to nomenclature committee July 18, 2000
This sequence has been reassigned to the 71C subfamily
It is on the outskirts of the subfamily, but new sequences
force it to belong there rather than in a new subfamily.
Also similar to CYP71AE1 and CYP71AE2 that have been renamed
CYP71C33 and CYP71C32 respectively
Hordeum CYP71C34 is most similar (83%)
CYP71C10 Triticum aestivum (wheat)
No accession number
Per Langkjaer Gregersen
Submitted to nomenclatue committee Nov. 15, 2007
100% to 71C10 of Werck-Reichhart
BX2like_wheat
CYP71C11 Triticum aestivum (wheat)
CD454940.1 EST
Daniele Werck-Reichhart
submitted to nomenclature committee Jan 6, 2001
65% to 71C14
58% identical to 71C7, 57% to 71C6 and 56% identical to 71C10
whole seq known but confidential
CV777383.1 from aa 74-218, 6 lower case letters differ from
submitted aa sequence
vvGHLHLVGPLPHVSLRDLAakHGRDGLMLLRLGAVPTLIVtSPSAAQAVLRTHDHVFAS
RAYSPVTDILFYGSTDVAFCPYGEHWRQVKKIATTHLLTNKKVRSYRHARENEVRLVVAK
IREXATTGAAvDLSDLLNAFTNDIV
(112 aa gap)
CD454940.1 aa 331-537
MFEAGTDTSFIVLEYAMVRLMQKPHLMN
KLKNEVRSTISKGKDMIAEDDLSSLAYLKAVIKETLRLHMPAPLLVPHLSMA
DCKINGYTIPSGTRAIVNSWALARDPSSWESAEEFMPERFMEGGSAATMD
YKGIDFPYLPFGTGRRICPGINFAIVTIEIMLANLMYHFDWKLPSESMEAGISM
TESFGVTVHRKEKLLLVPVVPEG*
CYP71C12 Oryza sativa (rice)
CYP71C13P Oryza sativa (rice)
CYP71C14 Oryza sativa (rice)
CYP71C15 Oryza sativa (rice)
CYP71C16 Oryza sativa (rice)
CYP71C17 Oryza sativa (rice)
CYP71C18 Oryza sativa (rice)
88% to CYP71C21
CYP71C19 Oryza sativa (rice)
89% to CYP71C21
CYP71C20 Oryza sativa (rice)
CYP71C21 Oryza sativa (rice)
CYP71C22P Oryza sativa (rice)
CYP71C23P Oryza sativa (rice)
CYP71C24 Hordeum lechleri
AY462227
Grun,S., Frey,M. and Gierl,A.
Evolution of the indole alkaloid biosynthesis in the genus Hordeum:
Distribution of gramine and DIBOA and isolation of the
benzoxazinoid biosynthesis genes from Hordeum lechleri
Phytochemistry 66 (11), 1264-1272 (2005)
97% to 71C9v3, 54% to 71C7
Probable ortholog to CYP71C9 wheat and CYP71C4 Zea
MAHVHVDEMLHGAAAAPRSLLIATAVLFSLVVLPLLLRIITKQG
AASDAKLLSLLPSPPSKLPIIGHLHLMGDLPYVSLAGLAAKYGPELMLVRLGAVPTAV
VSSPRTAEAVLRTHDHVFASRPRSMVFDIIMYGQTDSCFAPYGDHFRKARKLVTVHML
NARKIRSQRPAREEEVRLVIGKIAKAAAAREAVDMSELLHSYVNDLVCRAVSGKFSQE
EGRNKLFRELTDINAALLGGFNILDYFPSLGRFELVCKVACAKARRVRKRWDLLLDKL
IDDHAARMVSREDEAQGEQEEDKDFIDVSLSLQQEYGLTRDHIKAILIDMFEAGTDTS
YMTLEFAMAELIRKPHLLNKLQEEVRRNVPNGQEMVAEDDLPNMTYLKAVIKETLRLH
PPVPLMIPHFSLDACTVDGYTIPANTRVVINAWALGRHSSYWENENEFQPERFMNGAG
VDLKPNEFHYLPFGFGRRMCPGVHSASATVETMLANLMYRFDWKLPPGLKEEDIDMTE
VFGITVSRKEKLILVPVTV
CYP71C25 Hordeum lechleri
AY462228
Grun,S., Frey,M. and Gierl,A.
Evolution of the indole alkaloid biosynthesis in the genus Hordeum:
Distribution of gramine and DIBOA and isolation of the
benzoxazinoid biosynthesis genes from Hordeum lechleri
Phytochemistry 66 (11), 1264-1272 (2005)
94% to 71C7
Probable ortholog to CYP71C7 wheat and CYP71C2 Zea
MALEAAYHYLQIAVGHGTSTPAALLTVLLLLIIRLAWVRTTTAS
TRLSKQQQLPPSPPGKLPIIGHLHLLGSQTHISIRDLDAKHGRNGLLLLRIGAVPTLF
VSSPSAAEAVLRTHDQIFASRPPSMAAAIIRYGLTDIAFAPYGEYWRQARKLLTTHML
SAKVVHSFRHGRQEEVRLVINKTREAATRGTAVDMSELLSGYTNDVVCRAVLGESHRK
EGRNRLFSELTEINVSLLGGFSLENYIPPNMIMADVLLRLVSVKAQRLNKRWDDLFNE
IIEEHLHPSKPSSGEQQAADFIDLLLSLKEEYGLTTDNIKAILVDMFEAGIETSYLTL
EYGMAELMNNRHILTKLQEEVRSQGKKLDMITEEDVSSMAYLRATIKETSRLHPPAPF
LLPHFSTADCNIDGYVVPSNTRVLVNAWALGRDLSSWERPDDFLPERFLQDQAGDVDT
QMRGKDLRFLPFGFGRRICPGMNFGFATMEIMLANLMYHFDWDVPNMMGTGAGVDMAE
SFGLTLRRKEKLQLVPQIP
CYP71C26 Hordeum lechleri
AY462229
Grun,S., Frey,M. and Gierl,A.
Evolution of the indole alkaloid biosynthesis in the genus Hordeum:
Distribution of gramine and DIBOA and isolation of the
benzoxazinoid biosynthesis genes from Hordeum lechleri
Phytochemistry 66 (11), 1264-1272 (2005)
96% to 71C6v3
Probable ortholog to CYP71C6 wheat and CYP71C1 Zea
Also related to CYP71C28 and 71C29
MALEAAYHYLQRAVGHGTTTEALLLTVLLLLIIRLAWVRAFTST
TTSTKFKQQLPPTPPGKLPIIGHLHLIGSHPHVTFRDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYGSTDIAFAPYGDYWRRARKVVNTHL
LSVKMVYSKRHDREEEVRLVVAKIHELAMAAPGKALDMTELLGGYASDFVCRAVLGES
HRKHGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEGGKEDNAEDFVHLLLSLKKEYNLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMTKVQKEVRESTPEGGKLDLIMEEDLSRMPYLKATIKEAMRVHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHFDWELPSEMEAVGAKVDMSD
QFGMTLRRTQRLHLVPKIYK
CYP71C27 Hordeum lechleri
AY462230
Grun,S., Frey,M. and Gierl,A.
Evolution of the indole alkaloid biosynthesis in the genus Hordeum:
Distribution of gramine and DIBOA and isolation of the
benzoxazinoid biosynthesis genes from Hordeum lechleri
Phytochemistry 66 (11), 1264-1272 (2005)
94% to 71C8
Probable ortholog to CYP71C8 wheat and CYP71C3 Zea
MALEAAHHYLRHAVGHGTSAPAALLLVCVPLLLLLLLFASLRTS
ASTRKLRLPPSPPGSLPIIGHLHHIGAQTHISLQHLVDKYGHNGLLFLRAGAVPTVIV
SSPSAAEAVMRTHDHILASRPWSMASHILRYNTTDVAFSPLGEYWQHTRKLVNTHLLS
AKKVHSFRHGRQEEVSLVVDKIREAATNAPSTVVDMSEFLAAYTNDVVSRSVLGATHR
KKGRNTLFREMTETNVDLLVGFNLENFIPRWPLTEVLFRLVCWKVQRHLNKWDALLEE
VIKEHINLKQDNSADFIHVFLSLQQEYGLTDDNVKSLLMNIFEAAIETSYLVLEYAMA
ELINNRHVMKKLQTEVRTFASSKGKKLDMITEEDLSSLPYLKATMKEALRLHPPGPLL
LPHYSTADCNIDGYDIPAKTRILVNGWAIGRDPTAWERQEDFMPERFLQEGQEKSSNL
GQDFKYLPFGSGRRICPGANFALATMEIMLVNLMYHFDWEVPNEKEGTGGKVSMAETF
GLMLRRNEKLYLVPRIVE
CYP71C28 Thinopyrum ponticum
AY485941
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
98% (8 aa diffs) to 71C6v2 AB124854
Probable ortholog to CYP71C6 wheat and CYP71C1 Zea
MALEAAYHYLQRAVGHGTSTEALLLTVLLPLIIRLAWVRAFATT
TASAKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFCDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFAPRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHL
LSVKTVYSKRHDREEEVRLVVAKIRELATAAPGKALDMTELLGGYASDFVCRAVLGES
HRKNGRNEPFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMVKVQKEVRESTPGGEKLDLIMEEDLSGMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERAEEFYPERFLQEGRDAEVN
MYGKDIRFVPFGAGRRICAGATFAIAIVEVMLANLIYHFDWELPSEMEAIGAKVDMSD
QFGMTLRRTERLHLVPKIYK
CYP71C29 Thinopyrum ponticum
AY485937
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
6 aa diffs to 71C6v1
Probable ortholog to CYP71C6 wheat and CYP71C1 Zea
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRVAWVRAFTTT
TASTKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFRDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHP
LSVKMVYSKRHDREEEVRLVVAKICELAMAAPGKALDMTELLGGYASDFVCRAVLGES
HRKHGRNELFRELTEISASLLGGFNLEDYFPRLANLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMLEAAIETSFLVLEYS
MAELINNRHVMAKVRKEVRESTPKGEKLDLIMEEDLSRMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERVEEFYPERFLQEGRDAEVD
MYGKDIRFVPFGAGRRICAGATFAIATVEVMLANLIYHIDWELPSEMEAIGAKVNMTD
QFGMTLRRTERLHLVPKIYK
CYP71C29 Triticum aestivum
AY485935
Yang,G., Li,B., Zheng,Q., Liu,J., Tong,Y. and Li,Z.
Molecular cloning of P450 gene from Chinese Spring
Unpublished
99% (5 aa diffs) to CYP71C29, 7 aa diffs to 71C6v1
possible allele of 71C6, probable ortholog of AY485937
Probable ortholog to CYP71C6 wheat and CYP71C1 Zea
MALEAAYHYLQRAVGHGTSTEALLLTVLLLLIIRVAWVRAFTTT
TASTKCKQQLPPTPPGKLPIIGHLHLIGSHPHVSFRDLAAKHGRDGLMLVHVGAVPTV
VVSTPQAAEAVLRTHDHVFASRPRNPVADIIRYNSTDIAFAPYGDYWRRARKVVNTHP
LSVKMVYSKRHDREEEVRLVVAKICELAMAAPGKALDMTELLGGYASDFVCRAVLGES
HRKHGRNELFRELTEISASLLGGFNLEDYFPRLATLDVFLRVVCSKAMGVSKRWDNLF
NELIAEYEHGKEDNAEDFVHLLLSLKKEYGLSTDNVKAILVNMFEAAIETSFLVLEYS
MAELINNRHVMAKVRKEVRESTPKGEKLDLIMEEDLSRMPYLKATIKEAMRIHPPAPF
LLPHFSTNDCEVNGYTIPAGTRVIVNAWALARDPSHWERVEEFYPERFLQEGRDAEVD
MYGKDTRFVPFGAGRRICAGATFTIATVEVMLANLIYHFDWELPSEMEAIGAKVNMTD
QFGMTLRRTERLHLVPKIYK
CYP71C30 Lolium rigidum (ryegrass)
AF321858
Fischer,T.C., Klattig,J.T. and Gierl,A.
A general cloning strategy for divergent plant cytochrome P450
genes and its application in Lolium rigidum and Ocimum basilicum
Theor. Appl. Genet. 103, 1014-1021 (2001)
clone BXH putative cytochrome P450 mRNA, complete
54% to 71C14 (rice), 39% to 71B26 (Arab.)
MNLEVAFLHEYASPRALVVAVVLVLVAVHLARSTSRAERLRRKL
PCPRFTLPVIGHLHLIGSLPHVGLRDLARKHGPDVMLLRLGAVPTLIVSSPSAARAVL
RTHDHVFASRPDTVVGDILFVGSTNVGHSPYGEYWRQVRKIITTHVLTAKKIRANLPY
REQEARLALASVREAAAAGTAVDLTHLFSHFAHDMVSQAVAGRIHREDRWGKLFHDLF
VGNGQLLGGFNLDDCFPSLARLGIGSANIAKQRKRWDDLLDEVIDRHTSTPMEKGDEP
DFIDVMLSVQDEYKLTRNNIKSILMDMFQAGTDTTFIWLDYAMAELARAPQVMAKLQA
EVRRCSTTNQLLTQEDLSSMSYLKAVMKETMRLHPPGPLLLPHASIADCEVEGYVVPA
GTRVIINVWAIGRHASSWERAEEFVPERFLEGSVDANSDFYGNDFRLLPFGSGRRMCP
GINFATLTFEIILANLIYHFDWELPEGSPGVDMTEAFGMDVHRKENLLLVPRVAKIV
CYP71C31 Echinochloa phyllopogon (late watergrass)
No accession number
Akira Uchino
Submitted to nomenclature committee Oct. 31, 2007
Clone name Ep17
64% to AF321858 Lolium rigidum CYP71C30
CYP71C32 Oryza sativa (rice)
Formerly CYP71AE2 renamed based on CYP71C trees
Most similar to CYP71C33, CYP71C10 and CYP71C34
MDEMAARTWLWLLLSPLILLLLHYALALLTARRARKNPLPPSPPALPFIGHLHLIGALPH
VSLCCLATKHAPDLMFLRLGTSLPVLVASSPCAAEAILRTHDDVFASRPRTVLADIIFYG
SRDIGFAPYGEDWRQARKLVNTHLLSVNKVQSLWLAREEEVKIVMEKISKAAFAREAVDI
GQILCSFTNDLACRVVSRKLVGDDRQKKLLQELVNKTIKLLSIFNVEEYFSILARIGVIG
KVMCARAERLKKKWDMLLKKLIADHESKCDSYLVCGRNKDDFVDILLSVRKEYGLTEEHV
KAILEDVFIAGTQSSARVIEFTFAELMRKPHMLKKVQDEVRACIPNGQAIVSEVQVNNMT
YLRAVVKEVLRLHPVAPLLATHVSMADCNINGYMIPSGMRVLVNAWAIGRDERFWYDPEK
FMPERFVESVNGSATASVNFWVNNYQYLPFGSGRRMCLGMNFAMAVIEITLANLLWKFDW
ALPAHAMEVDMSEEFGLSVRLKEKLLLVPKQHV
CYP71C33 Oryza sativa (rice)
aaaa01019060.1 (indica cultivar-group) one stop in exon 2
EE590601.1 (japonica EST) 5 aa diffs to indica
Formerly CYP71AE1 renamed based on CYP71C trees
Most similar to CYP71C32 65%, CYP71C10 and CYP71C34
4042 MASLATVPNLPLLLLLHYALATFTASRARKNNKDRLPPSPLALLVIGHLLHLMGSLPRTSPSAASPHG 3839
3838 TGPTCSSGLAPCRCSLRRRRVPAAEAILRTHDHVFASRPRTVLLANIVFYRSRDVRFAPY 3659
3658 GDHWRQARKLVTTHLLSAKKVRSLRLAREEE (0) 3584
2413 VSLVMTKISKAATASAVVDIGQILRSFTNDMICRTVSGKCPRDDR*KRIFQELANETSLL 2234
2233 LGGFDIEEYFPVLARVGLVGKMMCLKAERLKKRWDELLEELINDHENDDHSCNLISDQND 2054
2053 EDFVDILLSVRQEYGFTREHVKAILV (0) 1976
1622 DVFFGGIDTSALVLEFTIAELMQRPRMLKKLQDEVRACIPKGQKIVSEVDINNMAYLRAV 1443
1442 IKEGIRLHPVAPVLAPHISMDDCNIDGYMIPSGTRVLVNVWAIGRDPRFWEDAEEFVPER 1263
1262 FIDSMSSAAANVNFTENDYQYLPFGYGRRMXPGMKFGIAVVEIMLANLMWKFDWTLPPG 1086
1085 TEIDMSEVFGLSVHRKEKLLLVPNNMSSC* 996
CYP71C34 Hordeum vulgare (barley)
No accession number
Per Langkjaer Gregersen
Submitted to nomenclatue committee Nov. 15, 2007
Probable ortholog of CYP71C10 wheat (83%)
BX2like-HORVU_ESTcontig
ESTcontig PUT-157a-Hordeum_vulgare-1108111101_5 PlantGDB-assembled
Unique Transcript-fragment derived from Hordeum_vulgare mRNAs
CYP71C-like Hordeum vulgare (barley)
GenEMBL AJ000231
Hess,W.R.
Analysis of randomly selected cDNAs from white leaves of the
albostrians mutant of barley
Unpublished
GQRMCPGMNLVNHFDWELPIGIESIDMTEVFGITIRRKEKLLLIPKSRL
68% identical to C-terminal of 71C4
71D Subfamily
CYP71D1 Catharanthus roseus
GenEMBL AY192573
Schroeder,J.
submitted to nomenclature committee
CYP71D2 Catharanthus roseus
GenEMBL AY192574
Schroeder,J.
submitted to nomenclature committee
CYP71D3X Arabidopsis thaliana
GenEMBL Z27299
62% amino acid identity to CYP71D1
this short EST fragment belongs to 71B37
CYP71D4 Solanum tuberosum cv. Datura (potato)
GenEMBL AJ296346
Michel Schneider
56.1% identical to CYP71D1
induced rapidly by Phytophthora infestans infection or wounding
(pesonal communication from Michel Schneider)
CYP71D5v1 Nicotiana tabacum (tobacco)
no accession number
Simon Warner
submitted to nomenclature committee
CYP71D5v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D267-AF10
2 aa diffs to 71D5
CYP71D5v3 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D96-AB6
3 aa diffs to 71D5
CYP71D6 Solanum chacoense (Chaco potato)
GenEMBL U48434 (1641bp)
Hutvagner, G., Barta, E. and Banfalvi, Z.
Isolation and sequence analysis of a cDNA and related gene for
cytochrome P450 from Solanum chacoense.
Gene 188 (2), 247-252 (1997)
CYP71D7 Solanum chacoense (Chaco potato)
GenEMBL U48435 (3107bp)
Hutvagner, G., Barta, E. and Banfalvi, Z.
Isolation and sequence analysis of a cDNA and related gene for
cytochrome P450 from Solanum chacoense.
Gene 188 (2), 247-252 (1997)
CYP71D8 Glycine max (soybean)
GenEMBL Y10493 (1800bp)
Schopfer,C.R. and Ebel,J.
Identification of elicitor-induced cytochrome P450s of soybean
(Glycine max L.) using differential display of mRNA
Mol. Gen. Genet. 258, 315-322 (1998)
clone CP7
CYP71D9 Glycine max (soybean)
GenEMBL Y10490 (1754bp)
Schopfer,C.R. and Ebel,J.
Identification of elicitor-induced cytochrome P450s of soybean
(Glycine max L.) using differential display of mRNA
Mol. Gen. Genet. 258, 315-322 (1998)
clone CP3
CYP71D10 Glycine max (soybean)
GenEMBL AF022459 (1691bp)
Siminszky,B., Dewey,R.E. and Corbin,F.T.
clone name 5/16
CYP71D11 Lotus japonicus
GenEMBL AF000403 (1641bp)
Szczyglowski,K., Hamburger,D., Kapranov,P. and de Bruijn,F.J.
Construction of a Lotus japonicus late nodulin expressed sequence
tag library and identification of novel nodule-specific genes
Plant Physiol. 114 (4), 1335-1346 (1997)
CYP71D12 Catharanthus roseus (Madagascar periwinkle)
GenEMBL AJ238612 (1682 bp)
Schroeder,G., Unterbusch,E., Kaltenbach,M.,
Schmidt,J., Strack,D., De Luca,V., and Schroeder,J.:
Light-induced cytochrome P450-dependent enzyme in
indole alkaloid biosynthesis: tabersonine
16-hydroxylase.
FEBS Lett. 458, 97-102 (1999)
Note: due to a mistake on my part the name 71D12 was assigned
to two sequences. The sequence of Schroeder has priority
Since it was submited and named earlier than Lupiens sequence.
CYP71D12X Mentha spicata (spearmint) Renamed as CYP71D18
GenEMBL AF124815
Shari Lupien, Rodney Croteau
Regio-Specific Cytochrome p450 Limonene Hydroxylases From Mint
(mentha) Species
unpublished
submitted to nomenclature committee 1/24/99
50% identical to 71D7, 69% identical to 71D13
(-)4S-Limonene-6-Hydroxylase
Note: due to a mistake on my part the name 71D12 was assigned
to two sequences. The sequence of Schroeder has priority
Since it was submitted and named earlier than Lupiens sequence.
CYP71D13 Mentha X piperita (peppermint)
GenEMBL AF124816
Shari Lupien, Rodney Croteau
Regio-Specific Cytochrome p450 Limonene Hydroxylases From Mint
(mentha) Species
unpublished
submitted to nomenclature committee 1/24/99
69% identical to 71D12
(-)4S-Limonene-3-Hydroxylase
clone name PM17
CYP71D14 Petunia hybrida (petunia)
GenEMBL AB028462
Hiromasa Imaishi
submitted to nomenclature committee June 4, 1999
58% to 71D6
IMT-5
CYP71D15 Mentha X piperita (peppermint)
GenEMBL AF124817
Shari Lupien, Rodney Croteau
Regio-Specific Cytochrome p450 Limonene Hydroxylases From Mint
(mentha) Species
unpublished
submitted to nomenclature committee 1/24/99
69% identical to 71D12, 92% identical to 71D13
(-)4S-Limonene-3-Hydroxylase
clone name PM2
CYP71D16 Nicotiana tabacum
GenEMBL AF166332
Wang,E., Wang,R., Deparasis,J., Gan,S. and Wagner,G.J.
Isolation of a cytochrome P450 gene from tobacco
Unpublished
54% to 71D5 also a tobacco sequence
MQFFNFFSLFLFVSFLFLFKKWKNSNSQTKRLPPGPWKLPILGS
MLHMLGGLPHHVLRDLAKKYGPIMHLQLGEVSLVVISSPGMAKEVLKTHDLAFANRPL
LVAAKIFSYNCMDIALSPYGNYWRQMRKICLLELLSAKNVKSFNSIRQDEVHRMIKFF
RSSPGKPVNVTKRISLFTNSMTCRSAFGQEYKEQDEFVQLVKKVSNLIEGFDVADIFP
SLKFLHVLTGMKAKVMNTHNELDAILENIINEHKKTSKSDGESGGEGIIGVLLRLMKE
GGLQFPITNDNIKAIISDIFGGGTETSSTTINWAMVEMMKNPSVFSKAQAEVREILRG
KETFGEIDVEEFKYLKMVIKETFRLHPPLPLLLPRECREEIDLNGYTIPLKTKVVVNA
WAMGRDPKYWDDVESFKPERFEHNSMDYIGNNYEYLPFGSGRRICPGISFGLANVYFP
LAQLLNHFDWKLPTGINPRNCDLTEAAGAACARKNDLHLIATAYQHCEE
CYP71D17 Prunus dulcis chloroplast (almond)
GenEMBL AF107765
Ma,R. and Oliveira,M.M.
A putative Prunus dulcis cytochrome P450 gene sequence
Unpublished
chloroplast gene encoding chloroplast protein, partial cds.
70% identical to 71D sequences these sequences may be chloroplast P450s
MFVPRECREKCEIDGYEIPVKSKVIVNAWAIGRDPNYWNEPDSFNPDRFLDSSIDY
KGTNFEYIPFGAGRRMCPGMSFGLANVELPLALLLYHFDWKLPDG
CYP71D18 Mentha spicata (spearmint) Formerly CYP71D12
GenEMBL AF124815
Shari Lupien, Rodney Croteau
Regio-Specific Cytochrome p450 Limonene Hydroxylases From Mint
(mentha) Species
unpublished
submitted to nomenclature committee 1/24/99
50% identical to 71D7, 69% identical to 71D13
(-)4S-Limonene-6-Hydroxylase
Note: due to a mistake on my part the name 71D12 was assigned
to two sequences. The sequence of Schroeder has priority
Since it was submitted and named earlier than Lupiens sequence.
CYP71D18 Mentha x gracilis
GenEMBL AY281025.1
Bertea,C., Schalk,M., Mau,C.J., Karp,F., Wildung,M.R. and
Croteau,R.
Molecular evaluation of a spearmint mutant altered in the
expression of limonene hydroxylases that direct essential oil
monoterpene biosynthesis
Phytochemistry 64 (7), 1203-1211 (2003)
limonene-6-hydroxylase
100% to Mentha spicata 71D18
CYP71D19 Capsicum annuum (pepper)
GenEMBL AF122821
Oh,B.J., Ko,M.K., Kim,Y.S., Kim,K.S., Kostenyuk,I. and Kee,H.K.
A cytochrome P450 gene is differentially expressed in compatible
and incompatible interactions between pepper (Capsicum annuum) and
the anthracnose fungus, Colletotrichum gloeosporioides
Mol. Plant Microbe Interact. 12 (12), 1044-1052 (1999)
58% to 71D6
CYP71D20v1 Nicotiana tabacum (tobacco)
GenEMBL AF368376
Ralston L, Kwon ST, Schoenbeck M, Ralston J, Schenk DJ, Coates RM,
Chappell J.
Cloning, heterologous expression, and functional characterization of
5-epi-aristolochene-1,3-dihydroxylase from tobacco
(Nicotiana tabacum).
Arch Biochem Biophys. 2001 Sep 15;393(2):222-35.
Submitted to nomenclature committee Sept. 22, 2000
81% to 71D4
gene 1
MQFFSLVSIFLFLAFLFLLRKWKNSNSQSKKLPPGPWKIPILGS
MLHMIGGEPHHVLRDLAKKYGPLMHLQLGEISAVVVTSRDMAKEVLKTHDVVFASRPK
IVAMDIICYNQSDIAFSPYGDHWRQMRKICVMELLNAKNVRSFSSIRRDEVVRLIDSI
RSDSSSGELVNFTQRIIWFASSMTCRSAFGQVLKGQDIFAKKIREVIGLAEGFDVVDI
FPTYKFLHVLSGMKRKLLNAHLKVDAIVEDVINEHKKNLAAGKSNGAL E DMFAAGTET
SSTTTVWAMAEMMKNPSVFTKAQAEVREAFRDKVSFDENDVEELKYLKLVIKETLRLH
PPSPLLVPRECREDTDINGYTIPAKTKVMVNVWALGRDPKYWDDAESFKPERFEQCSV
DFFGNNFEFLPFGGGRRICPGMSFGLANLYLPLAQLLYHFDWKLPTGIMPRDLDLTEL
SGITIARKGDLYLNATPYQPSRE
CYP71D20v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D112-aa5
99% to 71D20 except for 32 aa insertion between SNGAL and DMFAAG
CYP71D21 Nicotiana tabacum (tobacco)
GenEMBL AF368377
Ralston L, Kwon ST, Schoenbeck M, Ralston J, Schenk DJ, Coates RM,
Chappell J.
Cloning, heterologous expression, and functional characterization of
5-epi-aristolochene-1,3-dihydroxylase from tobacco
(Nicotiana tabacum).
Arch Biochem Biophys. 2001 Sep 15;393(2):222-35.
Submitted to nomenclature committee Sept. 22, 2000
82% to 71D4
gene 2
CYP71D22 Populus trichocarpa (black cottonwood)
CYP71D22P Populus trichocarpa (black cottonwood)
CYP71D23P Populus trichocarpa (black cottonwood)
CYP71D24P Populus trichocarpa (black cottonwood)
CYP71D25Pv1 Populus trichocarpa (black cottonwood)
CYP71D25Pv2 Populus trichocarpa (black cottonwood)
CYP71D26 Populus trichocarpa (black cottonwood)
CYP71D27 Populus trichocarpa (black cottonwood)
CYP71D28v1 Populus trichocarpa (black cottonwood)
CYP71D28v2 Populus trichocarpa (black cottonwood)
CYP71D29v1 Populus trichocarpa (black cottonwood)
CYP71D29v2 Populus trichocarpa (black cottonwood)
CYP71D29-se1[1] Populus trichocarpa (black cottonwood)
CYP71D29-se2[1] Populus trichocarpa (black cottonwood)
CYP71D29-se3[1] Populus trichocarpa (black cottonwood)
CYP71D30P Populus trichocarpa (black cottonwood)
CYP71D31P Populus trichocarpa (black cottonwood)
CYP71D32P Populus trichocarpa (black cottonwood)
CYP71D33P Populus trichocarpa (black cottonwood)
CYP71D34 Populus trichocarpa (black cottonwood)
CYP71D35P Populus trichocarpa (black cottonwood)
CYP71D36Pv1 Populus trichocarpa (black cottonwood)
CYP71D36Pv2 Populus trichocarpa (black cottonwood)
CYP71D36Pv3 Populus trichocarpa (black cottonwood)
CYP71D37P Populus trichocarpa (black cottonwood)
CYP71D38v1 Populus trichocarpa (black cottonwood)
CYP71D38v2 Populus trichocarpa (black cottonwood)
CYP71D38-de2b Populus trichocarpa (black cottonwood)
CYP71D38-de2c Populus trichocarpa (black cottonwood)
CYP71D39 Populus trichocarpa (black cottonwood)
CYP71D40Pv1 Populus trichocarpa (black cottonwood)
CYP71D40Pv2 Populus trichocarpa (black cottonwood)
CYP71D41 Populus trichocarpa (black cottonwood)
CYP71D42 Populus trichocarpa (black cottonwood)
CYP71D43 Populus trichocarpa (black cottonwood)
CYP71D44 Populus trichocarpa (black cottonwood)
CYP71D45P Populus trichocarpa (black cottonwood)
CYP71D46P Populus trichocarpa (black cottonwood)
CYP71D47v1 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D89-ad2
92% to 71D19
CYP71D47v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D89-ab1
92% to 71D19, 1 aa diff to CYP71D22v1
CYP71D48v1 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D163-AF12
91% to 71D19, 96% to CYP71D22v1
CYP71D48v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D163-AG11
90% to 71D19, 95% to CYP71D22v1, 7 aa diffs to CYP71D23v1
complete seq.
CYP71D48v2 Nicotiana tabacum
AJ538727
59% to 71AB2 rice
RFENNSIDFLGNHHQFIPFGAGRRICPGMLFGLANVGQPLAQLLYHFDWKLPNGQTHQNF
DMTESPGISATRKDDLILIATPAHS*
CYP71D49v1 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D207-AC4
93% to CYP71D5v2
CYP71D49v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D207-AA5
1 aa diff to CYP71D24v1
CYP71D49v3 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D207-AB4
2 aa diffs to CYP71D24v1
CYP71D50v1 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D98-aa1
58% to 71D19 60% to CYP71D23v1
CYP71D50v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D98-AG1
Identical to CYP71D25v1 except at 7 aa seq that may be frameshifted
CYP71D51v1 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D209-AH10
81% to 71D20
CYP71D51v2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D209-AA12
2 aa diffs to CYP71D26v1
CYP71D51v3 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D209-AA10
3 aa diffs to CYP71D51v1
CYP71D52 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D90a-BB3
96% to CYP71D26v3
CYP71D53P Populus trichocarpa (black cottonwood)
CYP71D54 Medicago truncatula (barrel medic)
GenEMBL DQ335785
63% to 71D10 Glycine max, 52% to 71D9 Glycine max
CYP71D55 Hyoscyamus muticus (Egyptian henbane, poisonous herb, leaves are a source of hyoscyamine)
No accession number
Joe Chappell
Submitted to nomenclature committee 8/27/2006
92% to 71D4 of Solanum tuberosum (potato)
CYP71D56P Medicago truncatula (barrel medic, Fabales)
GenPept ABE81455 pseudogene
CYP71D57P Medicago truncatula (barrel medic, Fabales)
GenPept ABE81449 pseudogene
CYP71D58P Medicago truncatula (barrel medic, Fabales)
GenPept ABE81448, GenEMBL CR954196.1q pseudogene
CYP71D58P-de2b Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1r pseudogene
CYP71D59 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC137079.9d, CR954196.1p GenPept ABE81447
CYP71D60P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1n, GenPept ABE81445 pseudogene
CYP71D61 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC137079.9b, CR954196.1m GenPept ABE81444
CYP71D62 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC137079.9a, CR954196.1i GenPept ABE81443
CYP71D62-de2b Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1j pseudogene fragment after 71D62
CYP71D63 Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1g
CYP71D63-de2b Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1h pseudogene fragment after 71D63
CYP71D64 Medicago truncatula (barrel medic, Fabales)
GenEMBL DQ335785, CR954196.1e GenPept ABC59080
CYP71D64-de2b Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1f pseudogene
CYP71D65P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1d pseudogene
CYP71D66 Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1c
CYP71D67P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1b pseudogene
CYP71D68P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR954196.1a pseudogene
CYP71D69v1 Medicago truncatula (barrel medic, Fabales)
GenPept ABE87835
CYP71D69v2 Medicago truncatula (barrel medic, Fabales)
GenEMBL CG964663.1
CYP71D70 Medicago truncatula (barrel medic, Fabales)
GenEMBL DQ335805 GenPept ABC59100, ABE87844
CYP71D71P Medicago truncatula (barrel medic, Fabales)
GenPept ABE87845 pseudogene
CYP71D72 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27d GenPept ABE87847
CYP71D73 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27e GenPept ABE87848
CYP71D74 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27f GenPept ABE87853
CYP71D75 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27g GenPept ABE87854
CYP71D76P Medicago truncatula (barrel medic, Fabales)
GenPept ABE87855 pseudogene
CYP71D77 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27i GenPept ABE87857
CYP71D78 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27j GenPept ABE87866
CYP71D79 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC145061.27k GenPept ABE87872
CYP71D80P Medicago truncatula (barrel medic, Fabales)
GenPept ABE87877 pseudogene
CYP71D81 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC140774.7, CR932040.2d GenPept ABE79660
CYP71D82 Medicago truncatula (barrel medic, Fabales)
GenEMBL CR932040.2c
CYP71D83P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR932040.2b pseudogene
CYP71D84P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR932040.2a pseudogene
CYP71D85 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC126779.19c
CYP71D86 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC126779.19b
CYP71D87 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC126779.19a
CYP71D88P Medicago truncatula (barrel medic, Fabales)
GenEMBL CR955010.2a pseudogene
CYP71D89 Medicago truncatula (barrel medic, Fabales)
GenEMBL CR955010.2c, CR931743.1b
CYP71D90 Medicago truncatula (barrel medic, Fabales)
GenEMBL CR955010.2d, CR931743.1a
CYP71D91P Medicago truncatula (barrel medic, Fabales)
GenEMBL CG942476.1 pseudogene
CYP71D92 Medicago truncatula (barrel medic, Fabales)
GenEMBL CG955915.1
CYP71D93 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC142507.13 correct translation, GenPept ABE90841
CYP71D93 Medicago truncatula (barrel medic, Fabales)
GenEMBL AC142096.25 frameshift error in translation GenPept ABE91764
CYP71D94 Mentha x gracilis
GenEMBL AY281026.1
Bertea,C., Schalk,M., Mau,C.J., Karp,F., Wildung,M.R. and
Croteau,R.
Molecular evaluation of a spearmint mutant altered in the
expression of limonene hydroxylases that direct essential oil
monoterpene biosynthesis
Phytochemistry 64 (7), 1203-1211 (2003)
86% to 71D18
CYP71D95 Mentha x gracilis
GenEMBL AY281027.1
Bertea,C., Schalk,M., Mau,C.J., Karp,F., Wildung,M.R. and
Croteau,R.
Molecular evaluation of a spearmint mutant altered in the
expression of limonene hydroxylases that direct essential oil
monoterpene biosynthesis
Phytochemistry 64 (7), 1203-1211 (2003)
limonene-3-hydroxylase
92% to 71D13
CYP71D95 Mentha spicata
GenMBL AY622319.1
Lucker,J., Schwab,W., Franssen,M.C.R., van der Plas,L.H.W.,
Bouwmeester,H.J. and Verhoeven,H.A.
Metabolic engineering of monoterpene biosynthesis: two-step
production of (+)-trans-isopiperitenol by tobacco
Plant J. 39 (1), 135-145 (2004)
limonene-3-hydroxylase (lim3h)
ortholog only 3 aa diffs to CYP71D95v1
CYP71D96 Glycine max (soybeans, Fabales)
DQ340243
Li,L.Y. and Yu,D.Y.
Comprehensive analysis of putative P450 genes superfamily in
Glycine max and Medicago truncatula
Unpublished
74% to 71D87, 71% to 71D86, Called CYP71D54
cannot be certain about the ortholog
MHEQVDKIADNILREHQEKRQRALREGKVDLEEEDLVDVLLRIQ
QSDNLEIKISTTNIKAVILDVFTAGTDTSASTLEWAMAEMMRNPRVREKAQAEVRQAF
RELKIIHETDVGKLTYLKLVIKETLRLHAPSPLLVPRECSELTIIDGYEIPVKTKVMI
NVWAIGRDPQYWTDAERFVPERFDGSSIDFKGNNFEYLPFGAGRRMCPGMTFGLANIM
LPLALLLYHFNWELPNEMKPEDMDMSENFGLTVTRKSELCLIPIVNDL
CYP71D97 Ammi majus (Bishops weed)
No accession number
Sandra Kellner
Submitted to nomenclature committee Nov. 10 2006
Clone name C54
54% to 71D51v2 tobacco, 53% to 71D4
59% to EC600682.1 Hevea brasiliensis (rubbertree plant) C-term EST
70% to 71D98
CYP71D98 Ammi majus (Bishops weed)
No accession number
Sandra Kellner
Submitted to nomenclature committee Nov. 10 2006
Clone name CYP
54% to 71D7, 53% to 71D51v2 tobacco
70% to 71D97
CYP71D frag. Artemisia vulgaris (Asterales)
AY870897
Barthelson,R.A., Galbraith,D.W. and Woosley,R.
Development of a Comprehensive Assay for Medicinal Plant Species
Unpublished
68% to 71D4
IRNPGVLKKAQAEVREVFQGKELVCETEFIRLKYLKLVIKETMR
LHPTVPLLLPRECRESCHIDGYTIPLKTKVIVNAWALGRDPEYWHDADCFIPERFENS
SIDFSGNNLEY
CYP71D Casuarina glauca (swamp oak, Fagales)
CO037798
71% to 71D4, 46% to 71A25 N-term
SPELAKEVLKTHDPAFANRPTVPAVEILSYNLSGVVFTPYGDYWRQMRKICVMELLNAKR
71D Subfamily
CYP71E1 Sorghum bicolor
GenEMBL AF029858
Soren Bak, Rachel Alice Kahn, Hanne Linde Nielsen, Birger
Lindberg Moller, Barbara Ann Halkier
Cloning of three A-type cytochromes P450, CYP71E1,
CYP98, and CYP99 from Sorghum bicolor (L.) Moench by
a PCR approach and identification by expression in
Escherichia coli of CYP71E1 as a multifunctional
cytochrome P450 in the biosynthesis of the cyanogenic
glucoside dhurrin.
Plant Molecular Biology 36 (3):393-405, 1998.
CYP71E2 Triticum aestivum (wheat)
No accession number
Daniele Werck-Reichhart
Submitted to nomenclature committee 3/29/2000
clone name 71g
58% identical to 71E1 37% to 71F1, 41% to 71G1 and G2
CYP71E3X Triticum aestivum (wheat) name changed to CYP71M3
No accession number
Daniele Werck-Reichhart
Submitted to nomenclature committee 6/4/2001
clone name 71-2
52% identical to 71E1 51% to 71E2, 43% to 71A11
46% to 71B10, 37% to 71C8, 40% to 71D2, 37% to 71F1
42% to 71G1v1, 40% to 71J, 38% to 71K
CYP71E4 Oryza sativa (rice)
CYP71E5 Oryza sativa (rice)
CYP71E6 Oryza sativa (rice)
CYP71E7 Manihot esculenta
AY217351
Zhang,P., Bohl-Zenger,S., Puonti-Kaerlas,J., Potrykus,I. and
Gruissem,W.
Two cassava promoters related to vascular expression and storage
root formation
Planta 218 (2), 192-203 (2003)
52% to 71E1
MSVAILTSLPPQWLSILAVFLLPILTLLLFRGKDDNQKKGLKLP
PGPRQLPLIGNLHQLGGQPYVDFWKMAKKYGPVMYLQLGRCPTVVLSSTETSKELMKD
RDVECCSRPLSVGPGQLSYNFLDVAFSPYSDYWREMRKLFIFELLSMRRVQTFWYARE
EQMDKMIEILDGAYPNPVNLTEKVFNMMDGIIGTIAFGRTTYAQQEFRDGFVKVLAAT
MDMLDNFHAENFFPVVGRFIDSLTGALAKRQRTFTDVDRYFEKVIEQHLDPNRPKPET
EDIVDVLIGLMKDESTSFKITKDHVKAILMNVFVGGIDTSAVTITWAFSELLKNPKLM
KKAQEEVRRAVGPNKRRVEGKEVEKIKYIDCIVKETFRKHPPVPLLVPHFSMKHCKIG
GYDILPGTTIYVNAWAMGKDPTIWENPEEYNPDRFMNSEVDFRGSDFELVPFGAGRRI
CPGLAMGTTAVKYILSNLLYGWDYEMPRGKKFEDFPLIEEGGLTVHNKQDIMVIPKKH
KWD
CYP71E8 Zea mays
BD057786
Halkier,B.A., Bak,S., Kahn,R.A. and Moller,B.L.
Cytochrome P450 Monooxygenases
59% to 71E4
MATTATPQLLGGSVPQQWQTCLLVLLPVLLVSYY
LLTSRSRNRSRSGKLGGAPRLPPGPAQLPILGNLHLLGPLPHKNLRELARRYGPVMQLRL
GTVPTVVVSSAEAAREVLKVHDVDCCSRPASPGPKRLSYDLKNVGFAPYGEYWREMRKLF
ALELLSMRRVKAACYAREQEMDRLVADLDRAAASKASIVLNDHVFALTDGIIGTVAFGNI
YASKQFAHKERFQHVLDDAMDMMASFSAEDFFPNAAGRLADRLSGFLARRERIFNELDVF
FEKVIDQHMDPARPVPDNGGDLVDVLINLCKEHDGTLRFTRDHVKAIVLDTFIGAIDTSS
VTILWAMSELMRKPQVLRKAQAEVRAAVGDDKPRVNSEDAAKIPYLKMVVKETLRLHPPA
TLLVPRETMRDTTICGYDVPANTRVFVNAWAIGRDPASWPAPDEFNPDRFVGSDVDYYGS
HFELIPFGAGRRICPGLTMGETNVTFTLANLLYCYDWALPGAMKPEDVSMEETGALTFHR
KTPLVVVPTKYKNRRAA*
CYP71F1 Triticum aestivum
AB036772
Imaishi,H., Nomura,T. and Ohkawa,H.
P450 in Wheat
Published Only in Database (2001)
40-42% identical to 71D sequences 43% identical to 71A1
clone name N-1
submitted to nomenclature committee 1/8/2000
MEEWLLSLCFIALSTATVLAFWFLKLSGGKADPHKKQLPPGPWT
LPVIGSLHHVISALPHRTMMQLSCRHGPLMLLRLGEVPAVVVSTADAAALVMKTHDLV
FVDRPRSPTMDIASSGGKDIVFAPYGGHWRQMRKICVVQLLSSTQVSRMEGVRAEEVG
SLLRDITAAASTGATINVSEKVMALTNDIVTRAVFGGKFARQCEFLREMDKAFKLVGG
FCLADLFPSSRLVRWLSNGERDMKRCHGLIHHIIAEVVENRKAARASGVGRSIPGDED
MLDVLLTLQEDDSLEFPLTTETMGAVLHDVFAGATETTGNTLAWVISELMHNPHTMAK
AQHEVRDVLGEGRSVITNSDLGELHYMPMILKEALRLHPPGPLIPRMAREDCTVMGYD
IPKGTNVYINIFAISRDPRYWINPEEFMPERFENNNVNYKGTYFEFIPFGAGRRQCPG
IQFSSSITEMALANLLYHFDWMLPDGANLASFDMSEKFGFAVSKKYDLKLRAIPHVWS
NAMTLK
CYP71G1v1 Asparagus
GenEMBL AB037244
Hiromasa Imaishi
submitted to nomenclature committee 3/2/2000
clone name ASPI-1
49% to CYP71A1, 40% to 71A14, 45% to 71E1, 43% to 71B9,
37% to 71D13, 37% to 71C1, 39% to 71F1
CYP71G1v2 Asparagus
GenEMBL AB037245
Hiromasa Imaishi
submitted to nomenclature committee 3/2/2000
clone name ASPI-2
99% to CYP71G1v1 (4 amino acids differences)
CYP71H1X Triticum aestivum (wheat)
No accession number
Daniele Werck-Reichhart
55% to 71C4 but only 50% to 71C8, 58% to 71C7
clone name 71F8I2
submitted to nomenclature committee July 18, 2000
This sequence has been reassigned to the 71C subfamily
It is on the outskirts of the subfamily, but new sequences
force it to belong there rather than in a new subfamily.
CYP71J1 Asparagus officinalis
GenEMBL AB052131
Imaishi,H., Iwai,C., Iwamura,H. and Ohkawa,H.
P450 in Asparagus
Unpublished
Asp-3 mRNA for cytochrome P450, complete cds.
submitted to nomenclature committee 12/5/2000
clone name ASPI-3
47% to CYP71A1, less to other 71 subfamilies
MPLILVILLLLPILLLVIRREKSTSSKLPPCPPKLPLIGNLHQL
GSLPHQSLHALSVKYGPLMLLKLGEIPTLIVSSSDMAREIMRTHDHIFASRPSLLTSD
ILLNGATDVVFAPYGEHWRQMRKLCVNHLLSAKMVQSFRLMREEEVSSMLTRISGLVN
MSEVLNLFTSKILFNAISGKFFVEEEGRINVFCKLIRENIAILAQLSVSDFFPSLGWL
DLVFGVGARARATAKKWDDVLDEVIEDHVKRSNETGDADDQEERADFVSVLMALQEDD
NTGFTLNRNIIKAILQDMIAAGTETSFLVLDWGMTELVRNPGTMKKLKDEVRSVAGSE
TVVREEDISKMFYLKAVIKEILRLHPPVPLLIPRESMDHCNVQQYEVPSKTRVLINAW
SMGRDPKVWEDPEEFRPERFLDSDIDFRGQCFEFVPFGAGRRICPGMHFAAANLELAL
ANLMYRFDWELPDGMKSEDLDMGDSPGLTTRRRQNLHLVARPFQRVKR
CYP71J2 Muscari armeniacum (Liliopsida, Armenian grape hyacinth)
AB127340 (mRNA)
Mori,S., Kobayashi,H., Hoshi,Y., Kondo,M. and Nakano,M.
Isolation and characterization of a cytochrome P450 gene from
Muscari armeniacum (ornamental liliaceous plant)
Unpublished
submitted to nomenclature committee 2/24/2004
67% to 71J1 47% to 71AD1
MSFTDHHYLLLILFLIPILVYTIRRKISSTKSKLPPCPPKLPLI
GNLHQMGTLPHQSLHALSVKYGPLMLLKLGQIPTLIVSSADMAREIMKTHDHIFASRP
SLMTAGIILYGSMDVVFAPYGEHWRQMRKLCVNHLLSPKAVQSFRRMHEEEVATMVAK
ISEVSSSSGVVNMSETLNLFASNAMLKAISRKLFRDERRSRVICELNEETAAILGQFS
VSDFMPLLAWFDMVFGVGARAKKTARLWDRVLHEIIEDCRNRRDSEVNTDFVNVLLAL
LEDNDMDFSLNKDIIKAVLQDMIAAGTETSSTAMDWCMAELVRNPEAMKKLQDEVRGI
ANTKPMITDDDLSKMGYLKAVIKELLRLHPPVPLLIPRESMDHCEVQGFDIPKQTRVI
VNAWSIGRDPNVWEAPEEFRPERFLDCAINFRGHDFELIPFGAGRRICPGMQFAVSTL
ELALANLVRSFDWELPDGMNNEDLGMGDGPGLSARRRQSLLLVAKPFLGLKCM
CYP71J2 Muscari armeniacum (Liliopsida, Armenian grape hyacinth)
AB127341 (gene)
Mori,S., Kobayashi,H., Hoshi,Y., Kondo,M. and Nakano,M.
Isolation and characterization of a cytochrome P450 gene from
Muscari armeniacum (ornamental liliaceous plant)
Unpublished
67% to 71J1 47% to 71AD1
CYP71K1 Oryza sativa (rice)
GenEMBL AP002968
46% to 71F1 40% to 71A11, 41% to 71G1v2
40% to 71C7, 40% to 71B24 42% to 71D4 38% to 71E1
MAELPLYLLLLALLVAVPFLCLTRWSLRHGGGGGGRLPPSPWAL
PVIGHLHHVAGALPHRAMRDLARRHGPLMLLRLCELRVVVACTAEAAREVTKTHDLAF
ATRPITPTGKVLMADSVGVVFAPYGDGWRTLRRICTLELLSARRVRSFRAVREEEVGR
LLRAVAAAAAVAALTTPGATAAVNLSERISAYVADSAVRAVIGSRFKNRAAFLRMLER
RMKLLPAQCLPDLFPSSRAAMLVSRMPRRMKRERQEMMDFIDDIFQEHHESRAAAGAE
EDLLDVLLRIQSQDKTNPALTNDNIKTVIIDMFVASSETAATSLQWTMSELMRNPRVM
RKAQDEVRRALAIAGQDGVTEESLRDLPYLHLVIKESLRLHPPVTMLLPRECRETCRV
MGFDVPEGVMVLVNAWAIGRDPAHWDSPEEFAPERFEGVGAADFKGTDFEYIPFGAGR
RMCPGMAFGLANMELALAALLYHFDWELPGGMLPGELDMTEALGLTTRRCSDLLLVPA
LRVPLRDHER
CYP71K2P Oryza sativa (rice)
CYP71K3 Oryza sativa (rice)
CYP71K4 Oryza sativa (rice)
CYP71K5 Oryza sativa (rice)
CYP71K6 Oryza sativa (rice)
CYP71K7P Oryza sativa (rice)
CYP71K8 Oryza sativa (rice)
CYP71K9 Oryza sativa (rice)
CYP71K10 Oryza sativa (rice)
CYP71K11 Oryza sativa (rice)
CYP71K12 Oryza sativa (rice)
CYP71K13P Oryza sativa (rice)
CYP71L1 Hordeum vulgare (barley)
No accession number
Kirsten A Nielsen
Most like CYP71E about 50%
submitted to nomenclature committee 5/16/2002
526 amino acids
CYP71M1 Hordeum vulgare (barley)
No accession number
Kirsten A Nielsen
Most like CYP71E about 50%
submitted to nomenclature committee 5/16/2002
514 amino acids
only 42% to 71L1
CYP71M2 Sorghum bicolor
No accession number
Kirsten A Nielsen
70% to CYP71M1
submitted to nomenclature committee 8/2/2002
525 amino acids
CYP71M3 Triticum aestivum (wheat) formerly CYP71E3
No accession number
Daniele Werck-Reichhart
Submitted to nomenclature committee 6/4/2001
clone name 71-2
52% identical to 71E1 51% to 71E2, 43% to 71A11
46% to 71B10, 37% to 71C8, 40% to 71D2, 37% to 71F1
42% to 71G1v1, 40% to 71J, 38% to 71K, 43% to 71L1, 92% to 71M1
CYP71N1 Musa acuminata (banana)
GenEMBL AY062168
Lee,Y.C. and Pua,E.C.
Cloning and Characterization of Cytochrome P450 in Banana (Musa
acuminata)
Unpublished
50% to 71G1 less to other CYP71 subfamilies
CYP71N1 Musa acuminata
AY651066
Kesari,R., Trivedi,P.K. and Nath,P.
HDSTEASGQDFKXIPFGEGRRICPGKNLGMLMVELVLANLLYSF
DWHLPPGMVKEDISMEEAPGVTVHREYALCLMATKYDATTA
CYP71N1v2 Musa acuminata
AY062167
Lee,Y.C. and Pua,E.C.
Cloning and Characterization of Cytochrome P450 in Banana (Musa
acuminata)
Unpublished
Seq starting with HLL has only 2 aa diffs to 71N1.
First portion of seq is probably an artifact
GTRRDRERERERERERERERERERERERERERERERV
HLLGSSS
LHRSLWELSKKHGPLMHLKFGRVPVVVVSSPEMAKEVLKTHDLECCSRPSLLSFSKFS
YGLSDVAFIPYGERWRQLRKLCTVELLSTRKINSFRDIRKEEMERVTKLICSHVRASS
MVNLSELLLSLSCNMTCRSAFGSGFDDGGDIQLHDMLREAQEELSGLFLSDYLPLLGW
VDRLSGMRSRLERAFLKLDSIYQRRIDYHQDRLRQQGKEDGDVLDALLRMQKDEEGLT
EDHIKGVLMDIFIAGTDTSSATVEWAMAELIRQPELMKRAQDEVRRCVGSKGEVEESD
LHQLHFFKCVIKETMRLHPPAPLLLPRETMQHFKLNGYDILPKTWMYVNAWAIGRDPN
SWGRPHVFDPERFMHDSTEASGQDFKLIPFGEGRRICPGKNLGMLMVELVLANLLYSF
DWHLPPGMVKEDISMEEAPGVPVHREYALCLMATKYDATTA
CYP71N2 Musa acuminata
AY062169
Lee,Y.C. and Pua,E.C.
Cloning and Characterization of Cytochrome P450 in Banana (Musa
acuminata)
Unpublished
89% to 71N1
HEVDWLRGMRSRLERAYVKLDSIYQRLIDYHQDRFRLQGKEDED
ILDALLRMQKDEEGVTEDHIKGVLMNIIIAGTDTSTATVLWTMAELIRQPELMKRAQD
EVRGCVRSKGEVEESDLDQLHFLKCVIKETMRLHPPVPLLLPRETMQHFKLNGYDILP
KTWMYVNAWAIGRDPNSWARPHVFDPERFMHDSTEASGQDFKLIPFGEGRRICPGKNL
GMLMVELVLANLIYSFDWHLPPGMVKEDISMEEAAGFTMNREYALCLMATKYDSPTA
more names exist here for the rice P450s that have not been added yet to the nomenclature pages
CYP71P1 Oryza sativa (rice)
CYP71P2P Oryza sativa (rice)
CYP71Q1 Oryza sativa (rice)
CYP71Q2 Oryza sativa (rice)
CYP71Q3P Oryza sativa (rice)
CYP71Q4P Oryza sativa (rice)
CYP71R1 Oryza sativa (rice)
CYP71R2P Oryza sativa (rice)
CYP71R3 Oryza sativa (rice)
CYP71R4 Lolium rigidum (ryegrass)
No accession
Hiromasa Imaishi
Clone W1B11-HT
63% to rice AP003575 CYP71R2P
CYP71S1 Oryza sativa (rice)
CYP71S2 Oryza sativa (rice)
CYP71T1 Oryza sativa (rice)
CYP71T2 Oryza sativa (rice)
CYP71T3 Oryza sativa (rice)
CYP71T4 Oryza sativa (rice)
CYP71T5 Oryza sativa (rice)
CYP71T6 Oryza sativa (rice)
CYP71T7 Oryza sativa (rice)
CYP71T10P Oryza sativa (rice)
CYP71U1P Oryza sativa (rice)
CYP71U2 Oryza sativa (rice)
CYP71U3 Oryza sativa (rice)
CYP71U4v1 Hordeum vulgare (barley)
GenEMBL AJ495774
Eckey C, Korell M, Leib K, Biedenkopf D, Jansen C, Langen G, Kogel KH.
Identification of powdery mildew-induced barley genes by cDNA-AFLP:
functional assessment of an early expressed MAP kinase.
Plant Mol Biol. 55, 1-15 (2004)
Clone name CE13a-5
60% identical to CYP71U2 from rice
CYP71U4v2 Hordeum vulgare (barley)
No accession number
Burkhard Schmidt
Submitted to nomenclature committee March 1, 2005
99% identical to CYP71U2v1
CYP71V1 Oryza sativa (rice)
CYP71V2 Oryza sativa (rice)
CYP71V3 Oryza sativa (rice)
CYP71V4 Oryza sativa (rice)
CYP71V5 Oryza sativa (rice)
CYP71V6P Oryza sativa (rice)
CYP71V7 Sorghum bicolor
No accession number
Zhiqiang Pan
Submitted to nomenclature committee 10/22/2004
64% to 71V1 rice
clone name 69C05
CYP71V8 Lolium rigidum (ryegrass)
AF321863
Fischer,T.C., Klattig,J.T. and Gierl,A.
A general cloning strategy for divergent plant cytochrome P450
genes and its application in Lolium rigidum and Ocimum basilicum
Theor. Appl. Genet. 103, 1014-1021 (2001)
clone Lol-3-k putative cytochrome P450 mRNA
65% to 71V3, 42% to 71B37 (Arab.) 59% to 7V9v1
MNDDLVYVCSALAVSILAIAVVQLLKARQRLPPGPLNLPVIGSA
HRLVNALPHRAMRDLAGVHGPLMYLRVGQVPLVVVTSKEVAREVLKTHDAIFATRPKL
MAGDIVAYGSTDLLFCSTPGDYFRKLRRLCVQEILSNDRIRSYQDIREDEVRSLVEDI
RAAGPSAPVDLSRKIYKLTNGIVSRAAFGMKSSKAEDFVAAIKHSFVYSTGFSIADLF
PGFTGILSFLTGQRRTLEGVRDTIDGILEEIINEREQILKSGRSTASEKNLVEVLLGL
QGNEDFGFPITRSTVKAVILDIFAGGTETSGTSMEWAMSELMANPKVMGKLQGEIRAA
FGDKEFISEADLRASGGVMKYLGLVIKETFRLHPPAPILVPRESTEACEINGYVIPAK
TRVVINSWAIMRDPRYWEDAEEFRPERFEGGRMDFLGGNFEYTPFGSGRRMCPGYNYG
MASMELTLVQLLHSFDWSLPDGVDQLDMTEIVSLSLTRKTHLMLRAAPHRAPLPSS
CYP71V9v1 Lolium rigidum (ryegrass)
AF321860
Fischer,T.C., Klattig,J.T. and Gierl,A.
A general cloning strategy for divergent plant cytochrome P450
genes and its application in Lolium rigidum and Ocimum basilicum
Theor. Appl. Genet. 103, 1014-1021 (2001)
clone Lol-20-f putative cytochrome P450 mRNA
79% to 71V2, 42% to 71B37 (Arab.), 59% to 71V8, 98% to 71V9v2
MDELFLLSVLLAAAAVALLQVLKVALNPVSDRAPPGPWKLPVIG
SMHHLVNVLPHRALKDLADVHGPLMMLQMGQTPLVVASSKETARLVLKTHDTNFATRP
KLLAGEIVGYEWSDIVFSPSGDYWRKLRQLCVAEILSPKRVLSFCHIREEEVGIRVEQ
IRAAGLSTPVNLSVMFHSITNSIVARATFGKKRKNAAEFMAAIKSGVGLASGFNIPDL
FPTLTTVLATITGMKRSLHGIHTTVDTILEEIINERNIARAEKIKAGATENVDENLTD
VLIGLQGKGGFGFHLDNSKIKAIILDMFAGGTGTSASAMEWGMSELMRNPAVMEKLQG
QIREAFKGKTVVTEANLQASELRYLKLVIKEALRLHPPAPLLVPRESIDMCELEGYTI
PAKSRVVINAWAIGRDPRYWDDAEEFQPERFEDGTVDFTGSNYEFLPFGAGRRMCPGF
NYGLASMELALVTLLYHFDWSLPEGVAEVDMEEAPGLGVRRRTPLMLLATPFVPVVA
CYP71V9v2 Lolium rigidum (ryegrass)
AF321859
Fischer,T.C., Klattig,J.T. and Gierl,A.
A general cloning strategy for divergent plant cytochrome P450
genes and its application in Lolium rigidum and Ocimum basilicum
Theor. Appl. Genet. 103, 1014-1021 (2001)
clone Lol-20-d putative cytochrome P450 mRNA
79% to 71V2, 42% to 71B37 (Arab.), 59% to 71V8, 98% to 71V9v1
MDELFLLSVLLAAAAVALLQVLKVALNPVSDRAPPGPWKLPVIG
SMHHLVNVLPHRALKDLADVHGPLMMLQMGQTPLVVASSKETARLVLKTHDTNFATRP
KLLAGEIVGYEWSDIVFSPSGDYWRKLRQLCVAEILSPKRVLSFCHIREEEVGIRVEQ
IRAAGPSTPVNLSVMFHSITNSIVARATFGKKRKNAAEFMAAIKSGVGLASGFNIPDL
FPTLTTVLATITGMKRSLHGIHTSHTTVDTILEEIINERNIARAEKIKAGATENVDEN
LTDVLIGLQGKGGFGFHLDNSKIKAIILDMFAGGTGTSASAMEWGMSELMRNPAVMEK
LQGQIREAFKGKTVVTEANLQASGLRYLKLVIKEALRLHPPAPLLVPRESIDVCELEG
YTIPAKSRVVINAWAIGRDPRYWDDAEEFQPERFEDGTVDFTGSNYEFLPFGAGRRMC
PGFNYGLASMELALVTLLYHFDWSLPEGVAEVDMEEAPGLGVRRRTPLMLLATPFVPV
VA
CYP71W1 Oryza sativa (rice)
CYP71W2P Oryza sativa (rice)
CYP71W3 Oryza sativa (rice)
CYP71W4 Oryza sativa (rice)
CYP71W5P Oryza sativa (rice)
CYP71W6P Oryza sativa (rice)
CYP71X1P Oryza sativa (rice)
CYP71X2 Oryza sativa (rice)
CYP71X3 Oryza sativa (rice)
CYP71X4 Oryza sativa (rice)
CYP71X5 Oryza sativa (rice)
CYP71X6 Oryza sativa (rice)
CYP71X7 Oryza sativa (rice)
CYP71X8 Oryza sativa (rice)
CYP71X9P Oryza sativa (rice)
CYP71X10 Oryza sativa (rice)
CYP71X11 Oryza sativa (rice)
CYP71X12 Oryza sativa (rice)
CYP71X13P Oryza sativa (rice)
CYP71X14 Oryza sativa (rice)
CYP71X15 Oryza sativa (rice)
CYP71X16 Oryza sativa (rice)
CYP71X17P Oryza sativa (rice)
CYP71Y1 Oryza sativa (rice)
CYP71Y2P Oryza sativa (rice)
CYP71Y3 Oryza sativa (rice)
CYP71Y4 Oryza sativa (rice)
CYP71Y5 Oryza sativa (rice)
CYP71Y6 Oryza sativa (rice)
CYP71Y7 Oryza sativa (rice)
CYP71Y8 Oryza sativa (rice)
CYP71Y9P Oryza sativa (rice)
CYP71Z1 Oryza sativa (rice)
CYP71Z2 Oryza sativa (rice)
CYP71Z3 Oryza sativa (rice)
CYP71Z4 Oryza sativa (rice)
CYP71Z5 Oryza sativa (rice)
CYP71Z6 Oryza sativa (rice)
CYP71Z7 Oryza sativa (rice)
CYP71Z8 Oryza sativa (rice)
CYP71Z9/Z10 Oryza sativa (rice)
CYP71AA1 Oryza sativa (rice)P
CYP71AA2 Oryza sativa (rice)
CYP71AA3 Oryza sativa (rice)
CYP71AA4P Oryza sativa (rice)
CYP71AA5 Oryza sativa (rice)
CYP71AB1 Oryza sativa (rice)
CYP71AB2 Oryza sativa (rice)
CYP71AB3 Oryza sativa (rice)
CYP71AC1 Oryza sativa (rice)
CYP71AC2 Oryza sativa (rice)
CYP71AC3P Oryza sativa (rice)
CYP71AC5P Oryza sativa (rice)
CYP71AC6P Oryza sativa (rice)
CYP71AC7P Oryza sativa (rice)
CYP71AD1 Oryza sativa (rice)
CYP71AE1X Oryza sativa (rice) note: CYP71C33
CYP71AE2X Oryza sativa (rice) note: CYP71C32
CYP71AF1 Oryza sativa (rice)
CYP71AG1 Oryza sativa (rice)
CYP71AH1 tobacco
no accession number
Takashi Yamada
tobacco sequence 2
submitted to nomenclature committee 9/9/97
Formerly 71A11, renamed CYP71AH1 only 46% to 71B38
CYP71AH2 Nicotiana tabacum var. 4407 (tobacco)
No accession number
Dongmei Xu, USSTC
Submitted to nomenclature committee Sept. 16, 2005
Clone name D221-BB8
91% to CYP71AH1
CYP71AH3 Glycine max (soybean)
GenEMBL Y10489 (1603bp)
Schopfer,C.R. and Ebel,J.
Identification of elicitor-induced cytochrome P450s of soybean
(Glycine max L.) using differential display of mRNA
Mol. Gen. Genet. 258, 315-322 (1998)
clone CP1
formerly CYP71A9
CYP71AH4 Vitis vinifera (grapevine)
CAAP02005003.1a
53% to CYP71AS6v1, 64% to CYP71AH3 (old 71A9),
62% to 71AH2 Nicotiana tabacum DQ350356.1
note 71A9 is 58% to 71AH2 so it is probably misnamed
The name has been changed to CYP71AH3
CYP71AH5P Vitis vinifera (grapevine)
CAAP02005003.1b, pseudogene 70% to CYP71AH4
See Vitis pages for seq.
CYP71AH6 Gossypium raimondii
CO072855.1 CO095493.1, CO072856.1
58% to CYP71AH4, 53% to 71AH3
MDFQFILTLSFIAFTLMVFKYKARTRRLPPGPWKLPIIGNLHQLGDSSHKSIQRLSQ
QYGPMMFLQLGAVPTLVISSADAAMAIFKGPGGGYDLAFSGRPTNLYVAKKLSYEYNGIT
FAPYGELWREMRKIAVAELLSSKRVQSFRTIREEEVAAMLNHIDIASSSSAPVNLKKLSL
LLANHVVCRVTFGKKYGGGGDGGTNRFDRVLHEVQHLVGEFVVSDYFPWMWWVNKLNGMETRVEKNFEELDKLY
DEVIADHVAPTRTKANHEDIVDVLLRLQKDARQLITLNNQQIKGVLTDMFIAGTDTTAS
SLVWTFTELIRNPPSMEKVKYEVRKVGNGRDKIEESDIPKLHCLHSVIKETLRLHPPAPL
LVPRETTEDCVVGDYEIPAKTRVIINAKSIGTDPKYWENPHDFQPDRFMKSSVDFKGQHL
EFLPFGVGRRGCPGMSFAIMLLQLMVANFLYRFDWELPEGMSVEDVDMEEELGITVFKKT
PLCLVPIRVV*
CYP71AJ1 Ammi majus L. , Apiaceae (Bishops weed)
GenEMBL AY532370.2
Silvia Heubner
Submitted to nomenclature committee 9/25/2003
51% to 71A5 different from other 71 subfamilies
clone name sequence 2
CYP71AJ2 Apium graveolens (celery, Apiales)
No accession number
Alain Hehn
Submitted to nomenclature committee 12/5/2006
89% to CYP71AJ1
CYP71AJ3 Pastinaca sativa (parsnip, Apiales)
No accession number
Alain Hehn
Submitted to nomenclature committee 12/5/2006
82% to CYP71AJ1
CYP71AJ4 Pastinaca sativa (parsnip, Apiales)
No accession number
Alain Hehn
Submitted to nomenclature committee 12/5/2006
70% to CYP71AJ1 69% to AJ3
CYP71AK1 Oryza sativa (rice)
CYP71AK2 Oryza sativa (rice)
CYP71AL1 Centaurium erythraea (Common Centaury) a plant in Gentianales
GenEMBL AY596975
Schwarz,H. and Beerhues,L.
Molecular cloning of cytochrome P450 enzymes from Centaurium erythraea
Unpublished
clone 1 cytochrome P450 mRNA, complete cds.
44% to CYP71Y5, 46% to CYP71Y1, less to other CYP71 subfamilies
MEITDFSTFLLAFLLLSYLLVTGRRLISKKSTGKLPPGPKKFPI
VGNLPQLALAGTLPHRAMRDLAKTYGPLMHLRLGEVSQLVVSSPEMAKEVLKTLDPMF
ASRPDLILADIMLYDNAGLTFAKYGDYWRQLKKIFATELLSAKRVKSFRSLREEETLN
TIRWISSNEGKPINMTNTLLNLVFGVLSRATFGKKSPEQDKLVYIVNKAAELATGGNI
SDLFPSIKFFRLISVVNYKLKSMFAESNRLLDMIMKEHKKGNGSGESKDLVDVLLGYQ
RENAEFSLTDENIKAVLLDIFIGGTDGSFTTLDWAMSELMRAPTVLKRAQEEVRQAFE
TDGYIDEEKFEDLKYVTSIIKETLRLHPPAPLLVPRSNDETAHILGYEVPAKSKILVN
VWAINRDPRYWEDAESFKPERFLGSSVGYKGTDFHFLTFGAGRRMCPGMVYGYANIVH
PLVKLLYYFDWNLPSGIKPEELDMTEEHGLSVKRKADLYLIPSVRNSISHL
CYP71AM1 Sorghum bicolor
No accession number
Zhiqiang Pan
Submitted to nomenclature committee 10/22/2004
49% to 71X11 rice
clone name 21G12
CYP71AN1 Populus trichocarpa (Black cottonwood)
No accession number
LG_XVI.15 (+ strand) 13154281-13155936
71B like 46% to 71AH1 98% to CYP71AN2
CYP71AN2v1 Populus trichocarpa (Black cottonwood)
No accession number
LG_XVI.26 (+ strand) 13161865-13163520
71A like 44% to 71A12 97% to CYP71AN3 45% to 71AH1
eugene3.00161323|Poptr1 gene model short at N-term
CYP71AN2v2 Populus trichocarpa (Black cottonwood)
No accession number
scaffold_1240 (- strand) 6280-5579
71AN like 98% to 71AN2, 3 aa diffs duplicate seq.
eugene3.12400001|Poptr1
CYP71AN3 Populus trichocarpa (Black cottonwood)
No accession number
LG_XVI.24 (+ strand) 13169467-13171129
71A like 44% to 71A12
97% to CYP71AN2, 45% to 71AH1
eugene3.00161324|Poptr1 gene model short at N-term
CYP71AN4 Populus trichocarpa (Black cottonwood)
No accession number
LG_XII.23 (-) 10752455-10550851
71A like 44% to 71A22 65% to CYP71AN5
45% to 71AH1
fgenesh1_pg.C_LG_XII000892|Poptr1
CYP71AN5 Populus trichocarpa (Black cottonwood)
No accession number
LG_XV.21 (-) 6427585-6426017
71B like 46% to 71B2
65% to CYP71AN4, 47% to 71J1
fgenesh1_pg.C_LG_XV000592|Poptr1
CYP71AN6 Carica papaya
supercontig_103 :4840..6482 (+ strand)
GLHM_ORF_1_from_supercontig_103
80% to 71AN7, 56% to 71AN1
51% to 71A10, 50% to 71A1
CYP71AN7 Carica papaya
supercontig_103:12600,18799
with a sequence gap before IPPK
44% to CYP71A1
CYP71AN8P Carica papaya
supercontig_3:2964847..2976941 (- strand)
GS_ORF_381_from_ supercontig_3
29% to 71B35
CYP71AP1 Populus trichocarpa (Black cottonwood)
No accession number
LG_XII.7 (+ strand) 10772698-10774358
71B like 44% to 71B2 98% to CYP71AP2
CYP71AP2v1 Populus trichocarpa (Black cottonwood)
No accession number
LG_XII.9 (+ strand) 10777737-10779397
71B like 43% to 71B2 98% to CYP71AP1
eugene3.00120825|Poptr1
CYP71AP2v2 Populus trichocarpa (Black cottonwood)
No accession number
scaffold_9416 (- strand) 764-3
1aa diff to 71AP2 duplicate seq. see LG_XII
fgenesh1_pg.C_scaffold_9416000001|Poptr1
CYP71AP3 Populus trichocarpa (Black cottonwood)
No accession number
LG_XII.11 (+ strand) 10791887-10793547
71B like 42% to 71B2 95% to CYP71AP1
fgenesh1_pm.C_LG_XII000332|Poptr1
CYP71AP4 Populus trichocarpa (Black cottonwood)
No accession number
LG_XV.20 (+ strand) 6453904-655556
71B like 44% to 71B2 90% to CYP71AP1
CYP71AP5 Vitis vinifera (grapevine)
CAAP02001743.1a
78% to 71AP4, 43% to 71B2, 51% to CYP71AS5, 53% to 71A1
See Vitis pages for seq.
CYP71AQ1 Populus trichocarpa (Black cottonwood)
No accession number
LG_XV.25 (+ strand) 6442643-6444377
71A like 49% to 71AJ1 47% to 71A12, 47% to 71A26
CYP71AR1v1 Fragaria x ananassa (cultivated octoploid strawberry)
No accession number
Aharoni A, Giri AP, Verstappen FW, Bertea CM, Sevenier R, Sun Z,
Jongsma MA, Schwab W, Bouwmeester HJ.
Gain and loss of fruit flavor compounds produced by wild and cultivated
strawberry species.
Plant Cell. 2004 16, 3110-3131.
authors name FaPINH
10-alpha pinene hydroxylase (affects fruit aroma/flavor)
Note: pinene synthase (FaPINS) is frameshifted in the cultivated plant
But not (FvPINS) in the wild strawberry.
This leads to lack of pinene and downstream products
and this changes the aroma/flavor of the strawberry dramatically
MAELINNETLSLVLLAVFLILFYIWSSSTSTTRNSPPSPPKLPIIGNLHQLLGSPGTPPHRALQALSKLHGPLMLLHFGSFPVLVVSSAEAAREIMKTHDLAFASRPRTTAFEKLLYNYKDVAAAPYGDYWRQVKSICVLNLLSAKKVRSFRTLREEETRSMINNIKETSRRGEVVDVRKMVMGLTNDVISRAALGKKYYNDGEFKELITEFTELAGSIHIGDYIPSLGWLSRLGGLDAKLVSLAKRYDAFLDTVLQEHIDRSSETTSNRNDKGVDDQNEDNKDFVDVLLDIQRENSLHFPLDRISIKAVVQDMFLAGTDTTSTLLEWAMAEILRHPRVMSKLQKELRSVKKGEEEILTEDDMVDMHYLKAVIKEALRLHPPFTLLLPKMSIQDVKIKGYDIKANTQVLVNAWQIGRDPESFSYKPEEFEPERFLEVNSGLSYKGTDFEFIPFGAGRRICPGIQFATTVNEIGLANLLHKFDWKLPGGVRNEDLDMNESSGLTIHKKHPLKAVAIPYSSA
CYP71AR1v2 Fragaria vesca (wild strawberry, diploid)
No accession number
Aharoni A, Giri AP, Verstappen FW, Bertea CM, Sevenier R, Sun Z,
Jongsma MA, Schwab W, Bouwmeester H