Cicer arietinum (chickpea): 101511990
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Entry
101511990 CDS
T02819
Name
(RefSeq) ubiquitin-activating enzyme E1 1-like
KO
K03178
ubiquitin-activating enzyme E1 [EC:
6.2.1.45
]
Organism
cam
Cicer arietinum (chickpea)
Pathway
cam04120
Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:
cam00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04120 Ubiquitin mediated proteolysis
101511990
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
cam04121
]
101511990
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
cam04147
]
101511990
Enzymes [BR:
cam01000
]
6. Ligases
6.2 Forming carbon-sulfur bonds
6.2.1 Acid-thiol ligases
6.2.1.45 E1 ubiquitin-activating enzyme
101511990
Ubiquitin system [BR:
cam04121
]
Ubiquitin-activating enzymes (E1)
Ubiquitin activating enzyme
101511990
Exosome [BR:
cam04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
101511990
Exosomal proteins of other body fluids (saliva and urine)
101511990
Exosomal proteins of colorectal cancer cells
101511990
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
UBA_E1_SCCH
ThiF
E1_FCCH
E1_UFD
E1_4HB
Motif
Other DBs
NCBI-GeneID:
101511990
NCBI-ProteinID:
XP_012571325
UniProt:
A0A1S3E6A8
LinkDB
All DBs
Position
Ca5:complement(26088368..26096356)
Genome browser
AA seq
1077 aa
AA seq
DB search
MLPRKRHCEGVVVEEDTDNISFPNKNRIVTAVGAADSVVNSDRNLSSSSNNNSSSSGYVM
AFGDNNPPDIDEDLHSRQLAVYGRETMRRLFGASVLVSGMQGLGVEIAKNLILAGVKSVT
LHDEGTVELWDLSSNFVFSENDVGKNRALASVGKLQELNNAVVVLSLTSELTTEQLSDFQ
AVVFTDISLEKAVEFNDYCHNHQPSIAFIKAEVRGLFGSVFCDFGPEFTVLDVDGEEPHT
GIIASVSNDNPALVSCVDDERLEFQDGDLVVFSEVHGMKELNDGKPRKIKNARAYSFTLE
EDTTNFGMYEKGGIVTQVKQPKVLNFKPLKEALSDPGDFLLSDFSKFDRPPLLHLAFRAL
DKFISELGHFPVPGVEDDAQKLISIASDLNDSSGDDKIEDINPKLLRHFAFGARAVLNPM
AAMFGGIVGQEVVKACSGKFHPLFQFFYFDSVESLPSEQLDPDDFRPVNSRYDAQISVIG
RKLQKKLEDSQVFVVGSGALGCEFLKNLALMGVSCGNHGKLTITDDDVIEKSNLSRQFLF
RDWNIGQAKSTVAASATLSINPSFNIEALQNRVSTETENVFNDTFWENLSVVINALDNVN
ARLYVDQRCMYFQKPLLESGTLGAKCNTQMVIPHLTENYGASRDPPEKQAPMCTVHSFPH
NIDHCLTWARSEFDGLLEKTPAEVNTYLSNPSEYTNAMRKAGDAQARDNLERVLDCLDKD
KCETFEDCINWARLKFEDYFADRVKQLTYTFPEDATTSTGAPFWSAPKRFPRPLQFSTSD
LGHLHFVMAAAILRSETFAIPIPDWGKNPSKVAEAVDRVIVPDFQPKEGVKVVTDEKATS
LSTASVDDAVVINDLITKLERCRTKFTPTFRMKPIQFEKDDDTNYHMDVIAGLANMRARN
YSIPEVDKLKAKFIAGRIIPAIATSTAMATGLVCLELYKVLDGEHKVEDYRNTFANLALP
LFSMAEPVPPKVINHRDTSWTGWDRWTLDNNPTLKELLQWLKAKGLNAYSISCGNCLLYN
SMFPRHKERMDKKIADLGREVAKLEIPPYRRHLDVVVACEDDDDNDVDIPQVSIYFR
NT seq
3234 nt
NT seq
+upstream
nt +downstream
nt
atgcttcctagaaagagacactgtgaaggagtggttgtggaagaagatactgataatata
agttttccgaataagaatcggatcgttaccgctgtcggagctgccgattcggttgttaac
agcgaccggaatttaagcagcagtagtaacaacaacagcagtagtagtgggtacgttatg
gcttttggagataacaatccgccggatattgatgaggatctgcatagccgtcagcttgct
gtgtatggtcgagagaccatgcggaggctctttggggctagtgtccttgtctctgggatg
cagggtcttggcgttgagattgcgaagaatctcattcttgctggtgtcaagtctgtgacc
ttacacgatgaggggactgttgagctatgggatctgtctagtaatttcgtgttttcggag
aatgatgttggtaagaacagagcattggcttctgttggtaagttgcaggagctgaacaat
gcagtggtcgtgctaagcttgacatctgagctgactacagaacaactttctgatttccaa
gctgttgtttttactgatattagtcttgagaaagctgttgagttcaatgattactgtcac
aaccatcaaccttctattgcttttattaaagctgaagttagaggcctttttggttctgtc
ttttgtgattttggaccagagtttactgttttggatgttgatggagaggaaccccatact
ggcataattgcatctgtcagcaacgacaatcctgctctagtatcatgtgttgatgatgag
agacttgagtttcaggatggagatctagttgtgttctctgaagttcatggcatgaaggaa
ttgaatgacggaaagccaaggaaaataaaaaatgctagagcttattcgtttacccttgaa
gaagacaccacaaattttggtatgtatgaaaaaggcggtattgtcacacaagttaaacaa
ccaaaggtattgaactttaagccactgaaggaagcactcagtgatccaggtgattttctt
ctgagtgatttttccaagtttgatcgcccacctctccttcacttagcattccgggctttg
gataagttcatttccgagttgggtcacttccctgttcctggagtagaggatgatgcacaa
aagcttatatccattgccagtgatttgaatgacagctcaggtgacgataaaatagaagat
ataaatcccaaacttttgcgacactttgcctttggggctagggctgtactgaaccctatg
gctgccatgtttggtggaattgttggacaagaggttgtcaaagcatgctctgggaagttt
catccactttttcaatttttctattttgattctgtggaatcacttccttctgagcaactg
gacccagatgatttcagaccagtaaatagtcgttatgatgcacagatttcagttattgga
cgcaagttacaaaagaaattagaggattctcaagtgtttgttgttggttctggtgctttg
ggatgtgaatttttaaaaaatcttgctcttatgggagtttcttgtgggaatcacgggaag
ctgacaattactgatgatgatgtgatcgaaaagagcaatctaagcagacagtttctcttc
cgtgattggaatattggacaggctaagtccacagttgcggcttcagctactttatctatc
aatcctagttttaatattgaagctctacaaaaccgtgtcagcactgaaactgaaaatgtg
tttaatgataccttctgggaaaacttgagtgttgtgataaatgcgctggacaatgtgaat
gcaagactatacgttgatcagagatgcatgtatttccaaaagcctcttcttgaatctggg
actcttggtgcgaaatgcaatacccagatggtcattccccatcttacagaaaattacggt
gcatcaagagatcctccagagaaacaggccccaatgtgcactgtacactcatttccacac
aatattgaccattgcttgacatgggcgcgatcagagtttgatggtttgctcgagaaaact
ccagctgaagtgaatacatatttgtcgaacccaagtgaatatactaatgcaatgaggaaa
gctggggatgctcaagcaagggataatttggagcgtgttcttgattgcctggacaaggat
aagtgtgaaacttttgaagattgtattaattgggctcggctaaagtttgaagattatttt
gctgatcgggtgaagcagttgacctatacttttcctgaagatgctacaactagtactgga
gctcctttctggtctgccccaaaaagatttccccgtccactgcagttctcaacctctgat
ctgggtcatctacattttgtgatggctgctgctattttacgttcagaaacttttgctatc
cccattcctgactgggggaagaaccctagtaaggtggctgaagcagttgatagggtgatt
gtacctgactttcagcctaaggaaggggtgaaagtagtgacagatgagaaggccactagt
ctttccactgcgtctgtagatgatgcagttgttattaatgatctaataaccaagttagag
aggtgccggacaaagtttacccccacattcaggatgaaaccaattcagtttgagaaggat
gatgatacaaactaccatatggatgtgattgctgggcttgccaatatgagggctcggaat
tacagcattcctgaggttgacaagctcaaagccaagtttattgctggacgaatcattcct
gcaattgcaacctctactgccatggccactggtcttgtctgcctggagctgtacaaagtt
ttggatggggaacacaaagtcgaagattacagaaacacatttgccaatttagcattgcct
ctcttttcaatggccgagccagtgccaccaaaggttatcaatcatcgagacacaagttgg
acaggttgggaccgatggactctggataacaatcctaccctaaaggaacttcttcagtgg
ctgaaggctaaaggattgaatgcttatagtatctcatgtggaaattgtctgctttataat
agcatgttccctaggcataaagagcgaatggacaaaaagatagcagatctgggaagggaa
gtagctaagttggaaattcctccataccgtcgtcatttggatgttgttgtggcatgtgag
gatgacgatgataatgatgttgatatccctcaagtatccatatatttccgttag
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