Cgig1_04012 carnegiea_gigantea
Protein ID: Cgig1_04012
Record level: protein/isoform record
6
Assignments
Phylogenetic Position
Annotation Path
Each assignment is summarized in the order Pathway -> Module -> Family -> Library -> Method.
Pathway
Terpenoid pathway
→
Module
Terpenoid portable pathway
→
Family
CYP76
→
Library
Terpenoid Official Library
→
Method
blast+hmm
Pathway
Phenylpropanoid pathway
→
→
Family
C3'H/CYP98A
→
Library
Phenylpropanoid Official Library
→
Method
blast+hmm_conflict
Pathway
Alkaloid pathway
→
Module
Alkaloid portable pathway
→
Family
G8O/G8H
→
Library
Alkaloid Official Library
→
Method
blast+hmm
Pathway
Flavonoid pathway
→
Module
Flavonoid portable pathway
→
Family
F3'5'H/CYP75A
→
Library
Flavonoid Official Library
→
Method
blast+hmm_conflict
Pathway
Rosmarinic acid pathway
→
→
Family
C4H
→
Library
Rosmarinic acid Official Library
→
Method
blast+hmm
Pathway
Steroid pathway
→
Module
Steroid portable pathway
→
Family
CYP51G1
→
Library
Steroid Official Library
→
Method
blast+hmm_conflict
Annotation Details
| Pathway | Module | Family | Library | Method |
|---|---|---|---|---|
| Terpenoid pathway | Terpenoid portable pathway | CYP76 | Terpenoid Official Library | blast+hmm |
| Phenylpropanoid pathway | Phenylpropanoid portable pathway | C3'H/CYP98A | Phenylpropanoid Official Library | blast+hmm_conflict |
| Alkaloid pathway | Alkaloid portable pathway | G8O/G8H | Alkaloid Official Library | blast+hmm |
| Flavonoid pathway | Flavonoid portable pathway | F3'5'H/CYP75A | Flavonoid Official Library | blast+hmm_conflict |
| Rosmarinic acid pathway | Rosmarinic acid portable pathway | C4H | Rosmarinic acid Official Library | blast+hmm |
| Steroid pathway | Steroid portable pathway | CYP51G1 | Steroid Official Library | blast+hmm_conflict |
Protein Sequence
MDYLSFLLCLGMALVAMRFLLSMARKAKESNPRRLPPGPSPLPIVGNLLSIGSKPHVSLTELAKTYGPLMILQLGWVPTV IISSAAVAKEALQKNDLSFSNRTVLDAVRVFDHHQNSIAFLPAASRWRNFRKICNSHVFSTSRLDASQSLRKNKVKDLLS HVEKCSKDGVAVDVGEIAFVTALNLLSNTVFSVDLADFSSESARQFKEIVRGLLEELGKPNVADYFPLLRKVDPQGIRQR VGVHFQKMMDTFNSMIDQRLQGTRPSTSLQGHDVLDALLDISHDKTEDIEQSHIPHLLMDLFVAGTDTTSSTLEWAMAEL LRNPDKMNRAQAELQEIIGEGNTIEEPDITRLPYLQAVVKETLRLHPAVPFLVPRKADSDVSLCGFTVPKNAQVLVNVWA IGKDPEIWHNPNSFQPERFLGSECDVKGRDFELIPFGAGLLDAVCALDHHQNSIAFLPAASRWRNFRKIYNSHVFSTSRL EASQSLRRNKVKELLSYVEKCSKDGVAVYVGQVAFVTALNLLSNTFFLVDLADFSSESARQFKETVRGLLEELGKPNVAD YFPLLRNMDPQGIRQRVGVHFQKMIDTFNSMIDQRLQGTRPSTSLQANDVLDTLLDVSHDKTEDIEQSHIPHVLLDLFVA GTDTTSSTLEWAMAELLRNPDKMKLAQAELQEIIGKGNTIGEPDITRLPYLQAVVKETLRLHPAVPFLVPRKADSDVSLC GFTVPKNAQVLVNVWAIGKDPEIWHNPNSFQPERFLGSDCDVKGRDFELIPFGAGRRICPGLPLAIRMIPLMLGSLIHEF NWELEGQTPPEKMDMEERFGFTLVRAQHLRAIPLLRKCKELNLRRLPPGPSPLPIVGNLFSLGSKPHVSLTELAKTYGPL MILQLGWVPTVIISSAAVAKEALQKNDLSFSSRTVLDAACALDHHQNSIALLPAASRWRNFRKICNSHVFSTSRLEASQS LRRNKAKDLLSYVEKCSKDGVAVDVGQLAFVTTLNLLSNTFFSVDLADFSSESAHQFKEIVRSVLEEVGTPNVADYFPLL RKMDPQGIRQRVGVHFQKMIDTFNSMIDQRLQGTRPSTSLQANDVLDALLDISHDKTKDIEQSHIPHILLVPALLSYKPH PQLAYDLFVAGTDTTSSTLEWAMAELLRNPDKMKLAQAELQEIIGKGNTIEEPDITRLPYLQAVVKETLRLHPAVPFLVP RKADSDVSLSGFTVPKNAQVLVNVWAIGKDPEIWHNPNSFQPERFLGSECDVKGRDFELIPFGAGRRICPGLPLAIRMIP LMLGSLIHEFNWELEGHTAPEKMDMEERFGFTLVRAQQLQAIPLPLATGSAGIATGYSDAPSDARFIDSWPPHDCPAWTG ANSDNFLGPHSKGVLQRNDIYLSNCTIVDAVCALNHHQYLGSKPHVSLTELAKTYGPLMILQLGWATILLLPKEALQKND LSFSNCTVIDAVCALDHHQNSIAFLPAASRWRNFRRICNSHVLSTSRLDASQSFQRNKVKDLLSYVEKCGKDGVAVDVGQ VALVTSLNLLSNTFFPSARQFKEIVRALLEEVGKPNVADYFPLLRKMDPQGIRQRVGVHFQKMIDIFNSMIDQRLQGTRP STSLQANDVLDALLDISHNEAEEIEQSHIPDLLLDLFLAGTDTTSSTLEWAMAKLLRNPDKMKLAQAELQEIIGEGNPVE DPDIARLPCLQAVVKETLRLHPAVAFLVPRKADSDVSLCGLYSSQKCTSIGQCAIGKDPEIWKNPNSFQPERFLVSECDV KGRDFELIPFGAGRRICPGLPLAIRMIQLMLGSLIHGFHWELDGQTPPEKMDIEEKKLNIFELFLYTTTSFSFTHLWDPL QSCNQAPFGADVKGHDLEPIPFGALVCHLRIRMIPLMLGSLIHEFNWELEGRVLPEKMDMEERFGFTFEKAERLQAIPTQ SHKITESSKGRMDYLSFLLCLVFAWAAIHLLLSKTKKGSESNARTLPLVLPLFPHLGTSSTLAASPISPWLNLPRPMAP