Melitaea cinxia (Glanville fritillary): 123656493
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Entry
123656493 CDS
T09237
Name
(RefSeq) ubiquitin-like modifier-activating enzyme 1
KO
K03178
ubiquitin-activating enzyme E1 [EC:
6.2.1.45
]
Organism
mcix
Melitaea cinxia (Glanville fritillary)
Pathway
mcix04120
Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:
mcix00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04120 Ubiquitin mediated proteolysis
123656493
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
mcix04121
]
123656493
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mcix04147
]
123656493
Enzymes [BR:
mcix01000
]
6. Ligases
6.2 Forming carbon-sulfur bonds
6.2.1 Acid-thiol ligases
6.2.1.45 E1 ubiquitin-activating enzyme
123656493
Ubiquitin system [BR:
mcix04121
]
Ubiquitin-activating enzymes (E1)
Ubiquitin activating enzyme
123656493
Exosome [BR:
mcix04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
123656493
Exosomal proteins of other body fluids (saliva and urine)
123656493
Exosomal proteins of colorectal cancer cells
123656493
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UBA_E1_SCCH
ThiF
E1_UFD
E1_FCCH
E1_4HB
End_beta_barrel
Pyr_redox_2
Pyr_redox
Motif
Other DBs
NCBI-GeneID:
123656493
NCBI-ProteinID:
XP_045448123
EnsemblRapid:
ENSMCXG00005020917
LinkDB
All DBs
Position
9:complement(1109104..1123513)
Genome browser
AA seq
1047 aa
AA seq
DB search
MSSAEVADNSVDPPAKKRKLNTGEASCKSSAMANNGTRVEDEIDESLYSRQLYVLGHDAM
RRMASSDVLISGLGGLGVEVAKNVILGGVKSVTLHDERNCTVADLSSQFYLSEATIGQNR
ATASCEKLADLNHYVPTTAYTGPLNEEFLKKFRVVVLTGASRAEQERVAALTSANNIALI
IADTRGLFSQVFCDFGPEFTVIDVTGENPVSAMVAGITQETEAVVTCLDDTRHGLEDGDY
VTFSEVEGMTELNGCEPRKIKVLGPYTFSIGDTKNLSKYIRGGIVTQVKMPKKLNFKPLS
ESLKNAEFLITDFGKMDYPQQLHVAFTALHKFVAGEGRLPKPWSNDDAAKFMDYVKNIVD
SEELFKAGEIEINNELMDTFCKVILCFCTGDLNPMNAAIGGVVAQEVMKACTGKFHPIVQ
WLYLDAIECLPKDRSNLTEENCKPTGSRYDGQIAVFGRDFQKKLGQLKYFIVGAGAIGCE
LMKNFAMIGVGADGGQVTVTDMDLIEKSNLNRQFLFRPHDVQKPKSSTAAKAIKVMNPLM
NVVAQENRVCPETEAVYDDNFFEALDGVANALDNVDARIYMDRRCVYYRKPLLESGTLGT
KGNTQVVVPFLTESYSSSQDPPEKSIPICTLKNFPNAIEHTLQWARDEFEGLFRQTAEHA
AQYLQDPHFLERTMKLPGSQPLDALESVRNAINERPLNFDDCVTWARLHWETQYANQIKQ
LLYNFPPNQTTTSGAPFWSGPKRCPSPLEFDPEDELHLDYIVAAANLRAQVYGLPTCVDR
ERIAKVASAVEVPKFKPKFVKIAVTDNQLQQNNDDMDQDRVENIVSELLPPSKLGNLKIT
PLEFEKDDDTNFHMDFIVAASNLRATNYKIPPADRHRSKLIAGKIIPAIATTTSVVAGLV
CLELYKLAQGFNTLDVFKNGFVNLALPFFGFSEPIAAPTNTYYDKKWTLWDRFEVKGEIT
LQEFIDYFKNEHKLDITMLSQGVCMLYSFFMPKAKRQERLNLPMSEVVTKVSKKKLEPHV
KALVFELCCNDEDDNDIEVPYVRYTLP
NT seq
3144 nt
NT seq
+upstream
nt +downstream
nt
atgtctagtgctgaagtcgccgataattccgttgaccccccggcgaaaaagcggaagcta
aatacaggagaagcgagttgcaaatcctcagcaatggcgaacaatggaacgcgtgtggag
gatgaaatcgacgagagtttgtattcgcggcaattatatgtacttggccacgatgctatg
cgccggatggcaagttcagacgtactgatttccgggcttggaggtttaggtgtggaagta
gcaaaaaatgtcattctcggcggcgtcaaatcggttacccttcacgatgaacgtaactgc
actgtcgccgatctgtcgtctcagttttacttatcagaggcgacaattggccaaaatagg
gctacggcttcttgcgaaaagctcgccgaccttaatcattatgtaccgacaacggcgtat
actggtccattgaacgaggaatttctcaaaaagtttcgcgttgtggtgctaactggagct
tccagagcggagcaggaacgcgtagccgcacttaccagcgctaacaatattgccttgatc
atcgcggacactaggggtctgttctctcaagtattttgcgattttgggcctgagtttacg
gtgattgatgtgactggcgagaacccggtgtcggctatggtggccggcatcacccaggag
actgaagctgttgttacctgcttggatgacacacgtcatggtcttgaggatggagactat
gttacgtttagtgaggtcgaaggtatgacagagttaaatggatgcgaaccccgcaagatt
aaagtgctcggaccatacaccttcagtataggtgataccaagaacctctcaaaatacatt
cgcggaggcattgtaacacaagtgaagatgcccaagaaactcaactttaaacccttgagc
gagtccctaaagaacgcggagtttttgatcaccgatttcggtaaaatggactatccacag
caacttcatgtggcgtttaccgcccttcacaagtttgtggcgggagaaggtcgtctgcca
aaaccgtggagtaatgacgatgcagctaaattcatggattacgtaaaaaatattgtcgat
agtgaagagctttttaaggctggagaaatagagattaataatgagcttatggacacattt
tgcaaggtaatactttgtttttgtactggtgacttaaatccaatgaacgctgcaatcggt
ggagtggtcgctcaggaagtaatgaaggcctgcaccggaaagttccaccctatagtacaa
tggctttacttagatgcaattgagtgtctccccaaggaccgttccaacttaactgaagag
aactgcaagcccactggttccagatatgatggtcaaattgctgttttcggacgtgatttc
cagaagaagcttggacaattgaagtactttattgttggtgctggagcgattggttgtgag
ctaatgaagaacttcgcaatgatcggggtcggtgctgacggtggtcaggtcactgtcact
gatatggacctgatagagaagtccaaccttaaccgccagttcctcttcagacctcatgat
gtgcagaaacctaagtctagcaccgctgccaaggcaattaaagtaatgaatcctttaatg
aatgtggtggcacaagagaacagagtgtgtccggaaactgaagcggtgtacgatgacaat
ttctttgaggcattagatggtgtggcaaacgctctggataatgttgacgctcgtatttac
atggaccgtcgctgcgtgtattataggaagcctttgctggagagcggtactcttggaact
aagggtaacacgcaggtcgtagtacccttcttaaccgagtcttatagctcgtctcaagat
cccccagagaaaagcatacctatctgcaccctcaagaacttccccaatgctatcgagcat
acccttcagtgggctcgagatgagtttgagggtctgttccgtcagacagcagaacacgcg
gctcagtatctgcaagaccctcacttcttagaaaggaccatgaaactacccggcagtcag
cctttggacgctttagagagtgttaggaatgctattaatgagcggcctcttaacttcgat
gactgtgtaacatgggctcgattacactgggagacacaatacgctaaccagatcaaacaa
ctgctttacaacttcccccccaatcaaacaacaaccagtggtgctccattctggtccgga
cccaaacggtgtccgtctccattagagtttgatcctgaagatgagcttcatctcgactac
atagtggctgctgccaatctcagagctcaagtttacggattacctacctgtgttgataga
gaaagaatcgctaaagtcgctagcgctgttgaggttccaaagttcaaaccgaagttcgtc
aaaatcgcagttacagataaccaattgcagcagaataatgatgacatggatcaagaccgc
gttgagaatatagtttcagaactcctaccgccaagcaagctcggcaacttgaagattaca
ccattggaattcgaaaaggacgacgacacgaacttccacatggatttcattgtagcggcg
tctaacttacgtgccactaactacaagatccccccagcagacagacaccgttccaagctc
atcgctggtaagatcataccagcaatcgccacaacgacttcagtagtagccggcctagtc
tgcctcgaactttacaaacttgcccagggtttcaacaccttagatgtcttcaaaaatggt
ttcgtcaatctagctttaccgttctttggattctccgaaccaatcgctgcaccgaccaat
acgtactacgacaagaaatggaccctatgggacagattcgaagttaaaggagaaattaca
ctgcaagaattcatagattacttcaagaatgaacataagttagatattacgatgctgtct
caaggtgtttgcatgctgtactcgttcttcatgcctaaagccaagcgtcaggaacgtctc
aacttgccaatgtcagaagtcgtgactaaggtgtctaagaaaaagctagagccgcatgtg
aaggctctcgttttcgagctgtgttgcaacgacgaggacgacaacgacatcgaggtgccc
tacgtgaggtacactctaccttaa
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