Ipomoea triloba (trilobed morning glory): 116026160
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Entry
116026160 CDS
T07384
Name
(RefSeq) ubiquitin-activating enzyme E1 1-like isoform X1
KO
K03178
ubiquitin-activating enzyme E1 [EC:
6.2.1.45
]
Organism
itr
Ipomoea triloba (trilobed morning glory)
Pathway
itr04120
Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:
itr00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04120 Ubiquitin mediated proteolysis
116026160
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
itr04121
]
116026160
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
itr04147
]
116026160
Enzymes [BR:
itr01000
]
6. Ligases
6.2 Forming carbon-sulfur bonds
6.2.1 Acid-thiol ligases
6.2.1.45 E1 ubiquitin-activating enzyme
116026160
Ubiquitin system [BR:
itr04121
]
Ubiquitin-activating enzymes (E1)
Ubiquitin activating enzyme
116026160
Exosome [BR:
itr04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
116026160
Exosomal proteins of other body fluids (saliva and urine)
116026160
Exosomal proteins of colorectal cancer cells
116026160
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ThiF
UBA_E1_SCCH
E1_FCCH
E1_UFD
E1_4HB
Motif
Other DBs
NCBI-GeneID:
116026160
NCBI-ProteinID:
XP_031123482
LinkDB
All DBs
Position
7:complement(20883686..20889426)
Genome browser
AA seq
1100 aa
AA seq
DB search
MGLRGVFSSLLHFMLPRKRPAEGGVVEGSSACVDCNRVVKAHRTGCFISCTNKEKTSGFS
GAANTASNTSGNKSVDEPLLAEMAFGNGNSRDIDEDLHSRQLAVYGRETMRRLFASNVLV
SGLQGLGAEIAKNLILAGVKSVMLHDEGTVDLWDLSSNFIFSESDVGKNRALASLQKLQE
LNNAVTVSTLTTKLTKGKLSEFQAVVFTDISLKDAVEFDDYCHFHQPPIAFIKAEVRGLF
GSVFCDFGPQFTVSDVDGEEPHTGIVASISNDNPALVSCVDDERLEFQDGDLVVFSEIQG
MTELNDAKPRKIISARPYSFTLDEDTMKFGMYERGGMVTQVKQPKVLNFKPLREALKDPG
DFLLSDFSKFDHPPLLHLAFQALDKFRSEMGRFPIAGSEGDAQKIIFIANDMNESFGNAK
IEDINPKLLRHFSFGARAVLNPMAAMFGGIVGQEVVKACSGKFHPLFQFFYFDSVESLPT
EALEPSDFSPLNSRYDAQISVFGHKLQKKLEEATMFLVGSGALGCEFLKNLALMGVACNS
QGKLTVTDDDVIEKSNLSRQFLFRDWNIGQAKSTIAAAAATSINPHFLVEALQNRVGPET
ENVFDDTFWENLNVVINALDNVNARLYVDQRCVYFQKPLLESGTLGTKCNTQMVIPHLTE
NYGASRDPPEKQAPMCTLHSFPHNIDHCLTWARSEFEGLLEKTPSEVNAYLSSPGEYTSA
QINAGDAQARDKLEHVLECIDRDRCETFRDAVAWARLKFEDYFANRIKQLIFTFPEDAIT
SSGAPFWSAPKRFPHPLQFSSKDPSHLHFIMAASILRAETFGIPIPEWATHPKKLAEAVD
SVVVPEFQPKKDAKIVTDEKATNLSIASIDNAAVINELIMKLEQCRKRLPPNFRMKPIQF
EKDNNTNYHMDLIAGLANMRARNYSIPEVDKLKAKFIAGRIIPAIATSTALATGLVCLEL
YKVLDGGHKLEHYRNTFANLALPLFSMAEPVPPKVIKHRDMSWTVWDRWVVKDNPTLKEL
IQWLADKGLNAYSISCGNSLLFNSMFPRHKERMNKKIVDLARDIAKVELPPYRRHVDVVV
ACEDDEENDVDIPLVSVYFR
NT seq
3303 nt
NT seq
+upstream
nt +downstream
nt
atggggttgcgtggagttttcagcagtttgttgcactttatgcttcctagaaagagacca
gcggaaggcggggttgttgaaggaagcagcgcttgcgttgattgcaatcgcgtcgtaaaa
gcgcatcgcaccggttgcttcatctcctgcacgaataaagagaagaccagcggcttctcc
ggtgctgccaacacagcgtctaacactagcggcaataaaagtgttgacgaacctttactg
gccgaaatggcgttcggaaatggcaattcgcgcgatatcgatgaggatctccacagccga
cagctcgctgtgtatggacgcgagacgatgcggcggctttttgcctccaatgttctcgtc
tcagggctgcaaggtcttggtgcggagatcgcaaagaatcttatacttgctggtgtgaag
tctgtgatgctgcatgatgaaggcacagtggacctatgggatttgtcaagcaattttatt
ttctcagagagtgatgttggcaagaacagggcacttgcttcccttcaaaagcttcaagag
cttaataatgctgtgactgtctctacactgactacaaaactgactaaaggaaaactctct
gagtttcaagctgtggtgttcactgatataagcttaaaagatgcagttgaatttgatgat
tattgtcacttccatcaacctccaatagcattcatcaaagctgaagtgagaggccttttt
ggaagtgtgttttgtgattttggtcctcagttcactgtctctgatgtggatggtgaggaa
cctcatacaggcattgttgcatctatcagtaatgacaatcctgctcttgtgtcatgtgta
gatgatgaaaggcttgagtttcaggatggagatcttgttgtattttctgaaattcagggc
atgacagaacttaatgatgccaaaccaagaaagattataagtgctaggccttattctttc
acccttgatgaggatacaatgaagtttggtatgtatgagagaggcggtatggtgactcag
gtgaagcagcccaaagttttgaactttaaaccgttgcgagaagctctaaaggatcctggt
gactttcttcttagtgatttctcaaagtttgaccacccgccactcttgcatttagcattc
caagcactcgataagttcaggtctgaaatggggcgtttccccattgctggatctgaaggt
gatgctcagaaaataatctttattgccaatgacatgaacgaaagcttcggaaatgcaaaa
atagaagatataaatccaaaacttcttagacacttttcctttggtgcacgtgctgtactt
aatccaatggctgcgatgtttggtggtattgttggacaggaggttgtcaaggcatgctct
gggaagttccatccactttttcagttcttttactttgattctgtggaatcacttcctact
gaggcactggaacctagtgactttagtccattgaatagccgatatgatgcacaaatttca
gtttttgggcataaactgcagaagaaacttgaagaagctacgatgtttcttgttggatct
ggtgcattgggctgtgagtttctcaagaacttagcactaatgggagttgcatgcaacagt
caaggaaaactaacagtcactgatgatgatgtgattgaaaaaagtaatcttagtagacag
tttctcttccgtgattggaacattggccaggccaaatcaactattgctgctgcagctgca
acatcaataaatcctcattttcttgtagaagctctacaaaatcgtgtgggacctgaaact
gagaatgtgtttgatgacaccttctgggagaatcttaatgttgttattaatgcccttgac
aatgtgaatgcaaggctatatgttgatcagagatgcgtgtacttccagaagccacttctg
gagtcaggaaccctggggaccaaatgcaacacgcagatggtgattcctcatttgacagag
aactatggtgcatcacgggatcctccagagaaacaggcaccaatgtgcacactgcactct
ttcccacacaacattgatcactgcttgacatgggctcgctcagagtttgaggggttacta
gaaaaaacaccatctgaagtgaatgcttatctttctagtcctggtgaatatacatctgca
cagatcaatgctggtgatgctcaagcaagggacaagttggagcatgttcttgagtgcata
gatagggatagatgtgaaaccttccgagatgctgtggcatgggcgcgtctgaagtttgaa
gattattttgcaaaccgtatcaaacaattgattttcacttttcctgaggatgccataaca
agtagtggagcacctttctggtcagcccctaagcgtttccctcatccattgcagttttct
tccaaggatcctagtcatctccatttcattatggctgcatccatattacgtgctgagaca
tttggcatacccatccctgaatgggctacgcacccaaagaaattggctgaagctgtagat
agtgttgtcgttcctgaatttcaaccaaagaaagatgcaaaaattgtgaccgatgagaaa
gctaccaatctatcaattgcttctatagataatgctgcagtaatcaatgaactaataatg
aagcttgagcagtgtcgaaagcgtctacctcctaacttcaggatgaagcctattcaattt
gaaaaggataacaatacaaattaccacatggatttgattgctgggcttgcaaatatgcgg
gcaagaaactacagtatacctgaagttgacaagctgaaagccaaatttattgctggaagg
attatacctgcaattgcaacttctactgccctggctactggtttggtttgccttgagctc
tacaaggttttagatgggggacacaaactggaacactatcgcaacacgttcgccaacctt
gctttacctctattctccatggctgagccggttcctcccaaggtcatcaagcaccgggac
atgagctggactgtttgggatagatgggttgttaaggacaatcccacgctgaaggaactt
atccaatggttggcagataaaggcttgaatgcgtacagcatttcatgtgggaactccctg
ctttttaacagcatgtttcctaggcacaaggagcggatgaacaagaaaattgtggatttg
gcaagggatattgctaaggtagagttgccaccatatcggcgccacgtggatgttgtggta
gcatgtgaagacgatgaagagaatgatgttgacatccctcttgtatccgtatacttccgc
tga
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