Arvicola amphibius (Eurasian water vole): 119804691
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Entry
119804691 CDS
T08327
Symbol
Uba1
Name
(RefSeq) ubiquitin-like modifier-activating enzyme 1
KO
K03178
ubiquitin-activating enzyme E1 [EC:
6.2.1.45
]
Organism
aamp
Arvicola amphibius (Eurasian water vole)
Pathway
aamp04120
Ubiquitin mediated proteolysis
aamp05012
Parkinson disease
aamp05022
Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:
aamp00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04120 Ubiquitin mediated proteolysis
119804691 (Uba1)
09160 Human Diseases
09164 Neurodegenerative disease
05012 Parkinson disease
119804691 (Uba1)
05022 Pathways of neurodegeneration - multiple diseases
119804691 (Uba1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
aamp04121
]
119804691 (Uba1)
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
aamp04147
]
119804691 (Uba1)
Enzymes [BR:
aamp01000
]
6. Ligases
6.2 Forming carbon-sulfur bonds
6.2.1 Acid-thiol ligases
6.2.1.45 E1 ubiquitin-activating enzyme
119804691 (Uba1)
Ubiquitin system [BR:
aamp04121
]
Ubiquitin-activating enzymes (E1)
Ubiquitin activating enzyme
119804691 (Uba1)
Exosome [BR:
aamp04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
119804691 (Uba1)
Exosomal proteins of other body fluids (saliva and urine)
119804691 (Uba1)
Exosomal proteins of colorectal cancer cells
119804691 (Uba1)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
UBA_E1_SCCH
ThiF
E1_UFD
E1_FCCH
E1_4HB
BilD_C
Motif
Other DBs
NCBI-GeneID:
119804691
NCBI-ProteinID:
XP_038172181
LinkDB
All DBs
Position
X:34080288..34102806
Genome browser
AA seq
1058 aa
AA seq
DB search
MSSSPLSKKRRVSGPDPKPGSNCSPAQSVLSQVPSVPTNGMAKNGSEADIDEGLYSRQLY
VLGHEAMKRLQTSSVLVSGLRGLGVEIAKNIILGGVKAVTLHDQGTTQWADLSSQFYLRE
EDIGKNRAEVSQPRLAELNSYVPVTAYTGPLVEDFLSGFQVVVLTNSPLEDQLRVGEFCH
SRGIKLVVADTRGLFGQLFCDFGEEMVLTDSNGEQPLSAMVSMVTKDNPGVVTCLDEARH
GFESGDFVSFSEVQGMIQLNGCQPIEIKVLGPYTFSICDTSNFSDYIRGGIVSQVKVPKK
ISFKSLPASLAEPDFVMTDFAKFSRPAQLHIGFQALHQFCAQHNRPPRPRNEEDATELVG
LAQAVNARSPPAVQQDNLDKDLIRKLAYVAAGDLAPVNAFIGGLAAQEVMKACSGKFMPI
MQWLYFDALECLPEDKEALTEDKCLPRQNRYDGQVAVFGSDLQEKLGKQKYFLVGAGAIG
CELLKNFAMIGLGCGEGGEVIVTDMDTIEKSNLNRQFLFRPWDVTKLKSDTAAAAVRQMN
PYIRVTSHQNRVGPDTERIYDDDFFQKLDGVANALDNVDARMYMDRRCVYYRKPLLESGT
LGTKGNVQVVIPFLTESYSSSQDPPEKSIPICTLKNFPNAIEHTLQWARDEFEGLFKQPA
ENVNQYLTDPKFVERTLRLAGTQPLEVLEAVQRSLVLQRPQTWGDCVTWACHHWHTQYCN
NIRQLLHNFPPDQLTSSGAPFWSGPKRCPHPLTFDVNNTLHLDYVMAAANLFAQTYGLTG
SQDRAAVASLLQSVRVPEFTPKSGVKIHVSDQELQSANASVDDSRLEELKATLPSPDKLP
GFKMYPIDFEKDDDSNFHMDFIVAASNLRAENYDISPADRHKSKLIAGKIIPAIATTTAA
VVGLVCLELYKVVQGHRQLDSYKNGFLNLALPFFGFSEPLAAPRHQYYNQEWTLWDRFEV
QGLQPNGEEMTLKQFLDYFKTEHKLEITMLSQGVSMLYSFFMPAAKLKERLDQPMTEIVS
RVSKRKLGRHVRALVLELCCNDESGEDVEVPYVRYAIR
NT seq
3177 nt
NT seq
+upstream
nt +downstream
nt
atgtccagctcgccgctgtccaagaaacgtcgcgtgtccgggcctgatccaaagccgggt
tcaaactgctcccctgcccagtccgtgctgtcccaagtgccctcagtgccaaccaacgga
atggcgaagaacggcagtgaagcagacatagacgagggcctttactcccggcagctgtat
gttttgggccatgaggcgatgaaaaggctccagacatccagcgtgcttgtctcaggcttg
cggggcttgggtgtggaaattgctaagaacatcatccttggtggggtcaaggctgtcacc
ctacatgaccaaggcactacccagtgggctgatctctcctcccagttttaccttcgagag
gaagacatcggtaaaaatcgggctgaggtatctcagccccgacttgctgaactcaacagc
tatgtgcctgtcactgcctacactgggcctctggttgaggatttccttagtggcttccag
gtggtggtccttaccaacagccccctggaagaccaactacgagtgggtgagttctgtcat
agccgtggcatcaagctagtggtggcagatacacgaggcttatttgggcaacttttctgt
gactttggagaggaaatggtcctcacagattccaatggggagcagccacttagtgccatg
gtttcaatggtgaccaaggacaatcccggtgtggttacctgccttgacgaggcccggcat
ggatttgagagtggtgattttgtctcattctcagaagtccagggcatgatccaactcaat
ggctgtcagcccatagagatcaaagttctgggtccttatacctttagtatatgtgacacc
tccaacttctctgactacatccgtggaggtatcgtcagtcaggtcaaagtacctaaaaag
attagctttaaatccttgccagcatcactggcagagcctgactttgtaatgactgacttt
gccaagttttctcgccctgcccaactgcacattggcttccaagctctgcaccaattctgt
gctcagcacaaccgaccacctcgaccacgaaatgaggaagatgcaacagaactggtgggc
ctagctcaggctgtgaatgctcggtccccacctgcagtgcaacaggacaacttggataaa
gaccttatacggaagctagcttatgttgctgctggggacctggcacccgtaaatgctttc
attgggggcctcgctgcccaggaagttatgaaggcctgctctgggaagtttatgcccatc
atgcagtggttatactttgatgctcttgaatgtctcccagaagacaaagaggctcttaca
gaggataagtgcctcccgcgtcaaaaccgttatgatgggcaggtagctgtatttggctca
gaccttcaagagaagctgggcaagcaaaagtacttcctggtgggtgcaggggccattggc
tgtgaattgctcaaaaactttgccatgattgggctaggctgtggagagggtggagaagtc
attgtcacagacatggacaccattgagaaatcaaatctgaatcgacagtttcttttccgg
ccctgggatgtcacgaagttaaagtctgacacggccgctgcagctgtacgccagatgaat
ccttacatccgggtgacaagccaccagaaccgtgtaggtcctgatacagagcgcatctat
gatgatgattttttccaaaaattggatggtgtggccaatgccctggacaatgtagatgcc
cgcatgtacatggatcgccgctgtgtgtactatcggaaaccactactggagtctggcaca
ctgggcacgaagggcaacgtacaggtggtgatccccttcctgacagaatcctacagctct
agccaggacccgccagagaaatccattcccatctgcactctgaaaaactttcccaatgcc
attgaacacactctacagtgggcccgggatgaatttgaaggccttttcaagcagccagca
gaaaatgttaatcagtacctcacagaccccaagtttgtggaacggaccttgcggctggca
ggtacccagccattggaggtgctggaggctgtgcagcgcagcctggtgctgcagcgacca
cagacttggggtgattgcgtgacctgggcctgccaccactggcacacccagtactgtaac
aacatccgacaactgctacacaactttcctcccgaccagcttaccagctcaggggcccca
ttttggtctggacccaaacgttgtccacatccacttacttttgatgttaacaatacactg
catctggattatgtgatggctgctgccaacctttttgcccagacctatgggttgactggc
tctcaagatcgagctgctgtggcttcactcctgcagtcagtacgagttccagaattcacc
cccaagtctggtgtcaagatccatgtttctgaccaggagttacagagcgccaatgcctct
gttgatgacagccgtcttgaggagctcaaagccacattgcccagcccagacaagttaccg
ggatttaagatgtaccccattgactttgagaaggatgatgacagcaacttccacatggat
ttcattgtggctgcatccaatcttcgggctgaaaactatgatatttcccccgcagaccgg
cacaagagcaagctgattgcagggaagatcatcccagccattgccaccactacagctgct
gtagttggccttgtatgtctggagctgtacaaggtggttcaggggcaccgacagcttgat
tcctacaaaaatggtttcctgaacttggccctgcccttctttgggttttcggaacctctt
gctgcacctcgtcaccagtactataatcaagaatggacattgtgggatcgctttgaagta
caagggctgcagcctaatggtgaggagatgaccctcaaacagttccttgattactttaag
acagaacacaaattagagatcaccatgctgtcccagggtgtgtccatgctctattctttc
ttcatgccagctgctaagctcaaggaacggttggatcagccgatgacagaaattgtgagc
cgtgtgtcaaagagaaagctgggccgccacgtgcgggcactggtgcttgagttgtgctgc
aacgacgaaagtggcgaggacgtcgaggtcccctatgtacgatacgccattcgctga
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