Alligator sinensis (Chinese alligator): 102367948
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Entry
102367948 CDS
T02922
Symbol
TOPORS
Name
(RefSeq) E3 ubiquitin-protein ligase Topors isoform X2
KO
K10631
E3 ubiquitin-protein ligase Topors [EC:
2.3.2.27
]
Organism
asn
Alligator sinensis (Chinese alligator)
Brite
KEGG Orthology (KO) [BR:
asn00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
asn04121
]
102367948 (TOPORS)
03036 Chromosome and associated proteins [BR:
asn03036
]
102367948 (TOPORS)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
asn03037
]
102367948 (TOPORS)
Enzymes [BR:
asn01000
]
2. Transferases
2.3 Acyltransferases
2.3.2 Aminoacyltransferases
2.3.2.27 RING-type E3 ubiquitin transferase
102367948 (TOPORS)
Ubiquitin system [BR:
asn04121
]
Ubiquitin ligases (E3)
Single Ring-finger type E3
Other single Ring-finger type E3
102367948 (TOPORS)
UBL E3 ligases
102367948 (TOPORS)
Chromosome and associated proteins [BR:
asn03036
]
Eukaryotic type
Centrosome formation proteins
Centriole proteins
102367948 (TOPORS)
Cilium and associated proteins [BR:
asn03037
]
Primary cilia and associated proteins
Other primary cilia associated proteins
102367948 (TOPORS)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PWI_Topors
zf-C3HC4
zf-C3HC4_3
zf-RING_2
zf-C3HC4_2
zf-RING_UBOX
zf-rbx1
zf-C3HC4_4
zf-RING_5
zf-ANAPC11
RING_XB3-XBAT31
Rad50_zn_hook
Motif
Other DBs
NCBI-GeneID:
102367948
NCBI-ProteinID:
XP_006025031
UniProt:
A0A1U7RKG3
LinkDB
All DBs
Position
Unknown
AA seq
1036 aa
AA seq
DB search
MASEALAYPAEDMTPATEERAVDSSFSPRAGTSRLHQTVPTDASPDSKCPICLDRFDNVA
YLDRCLHRFCFRCVQEWSKNKAECPLCKQPFHSIIHTVRAEDDFKEYILKPSENGSFASP
NGRRFRYRTTVTREHRTTSSQRSSSSRRTLSPPDNGILFEAFSSQPVQQRDVGIQQMIRK
LASRRQASAEGRSLRQIQEQEIINFRRALYRSGVRIRSVQDGGRYREISAEFFRRNPACL
HRLVPWLKRELTVLFGAHGSLVNIVQHIIMSNVTRYDLGSKAFADDLKPFLLHRTDHFLH
EFISFARCPFNIEAYDQHANYDCPAPSYDEGSHSESSIITISPDEADSQEPDHNASTTGT
DQAPWDDETPGPSYSSSEQVHAAVASDTSESSDEEPARNGSDAQGQSQANTEPNDISDAS
SENCVIVGYVKPLAERTPELVELSSDSEESVAEEKSENVKKPQPIQFHSFSDSEASGCSS
LHSPVSKDNKSICKGSMSPLIKTAEVEKSEEDKIKIRDASTWDSLQGSSTRKNSVCSPCN
HRLSRKRRSRSSESSSQHSHSRDRHSHRSKRKHRSKESLKNRLPRSRDSSGHRSKRNRRR
SRTRDTSLSRKSLTLSLSSESTISRGVSRSRSRSNGHSKRRSRSRESDHYYIRENYQNRY
QWGYTFYSRHMDRDGYESSYRRRAQARAHYSRQSASPEYRIQSFSERTNTRNQRGHNESR
YYCYERRRSRSRSSNRSRTTSGGTDRMRCEKPGGKRKYKTRHLESVHKEKAPSPSKGEGN
GHQKPMSKYSGCYQNENSPQENQASNETKHRKRKKKIRSPSVEIVYEGKATDTTRHHKKK
KKKHKKKHRRHHTGNSAPPSPVVITIDSDSDKEVGIRETVECDSSVSWTTITQLNERENE
SPSSLLDTSNHKDVYAVTGETAISNKDRCITNSRKDLADDIGNVDLRLQKISDEQTPAVA
VSSSSSSCSSSCSSSSTLGIETLPINVETAQMEASSHLPSPRTSFVDNSGRPPLILRLPK
KLIDRSYWLDTAEKKM
NT seq
3111 nt
NT seq
+upstream
nt +downstream
nt
atggcatcagaagccttagcgtacccagcagaggatatgacccctgcaactgaggaacgt
gctgtggatagcagcttctcaccgagagctggaacaagcagactgcatcagacagtgccc
acagatgcatctccagactcaaagtgtccaatctgtttggacagatttgacaacgtagcc
tatttagatcgttgtctgcataggttttgcttccgctgtgttcaagagtggtcaaaaaac
aaagctgaatgcccactctgtaaacagccgttccattctatcatccacactgtgagagct
gaagatgattttaaagaatatatactaaagccttcagagaatggctcttttgctagccct
aatggacggagatttcgttaccgcactaccgttacaagggaacatcgtacaacttcttct
caaaggagttcctcttctcgaaggacgctgtcacccccagacaatggaatattgtttgaa
gcattctcaagtcagcctgtgcaacagagagatgttgggattcaacagatgataagaaag
cttgcctcaaggaggcaggctagtgcagagggcaggtctctgcgacaaattcaagaacaa
gaaataattaacttccgaagagctctctatcgctctggtgtgcgcattagaagtgttcaa
gatggtggtcgctatagagaaatttcagcagagtttttccgcaggaaccctgcttgtctt
cacaggttagttccatggttgaagcgggaactaactgtcctttttggtgcccatggttct
ttagtcaacattgttcagcacatcatcatgagtaatgtgactagatatgatctgggaagt
aaggcctttgctgatgacttaaagccttttttactccatcgcactgaccactttttacat
gaatttatcagttttgcccgatgcccttttaacatagaagcatatgaccagcatgccaat
tatgattgtcctgctccttcatatgatgaaggaagccactcagaatcatcaattattaca
atatctccagatgaggcagattcccaagaaccagatcataacgcatccacaactggtact
gatcaggccccttgggatgatgaaaccccaggaccatcatattcaagttcagaacaagtt
catgctgccgtggcttctgatacttcagaaagttctgatgaggaacctgctcgaaatgga
tcagatgcacaagggcagtcacaagctaatacagagccaaatgatatcagtgatgcttct
tcagaaaattgtgtcattgttggttatgttaagccattagctgagagaacaccagaactt
gttgagctgtcctctgattctgaggagtcagttgctgaggagaaaagtgagaatgtgaag
aaaccacagcctatccagtttcacagtttcagtgacagtgaagctagtgggtgctcatca
ctgcactccccagtatctaaagataataaaagtatctgtaaaggcagcatgtcacccttg
attaagacagcagaagtggaaaagagtgaggaagataaaattaaaataagagatgcatct
acttgggactctttgcagggttcctctaccaggaaaaacagtgtgtgctctccatgtaac
catagattatccagaaagaggaggtcaaggagttccgagtcgtcttcccagcactctcat
agcagagaccgtcacagccatagatccaaaaggaaacatcgtagcaaggaaagcttaaaa
aaccgattaccaagaagcagggacagtagcgggcatagaagtaaaagaaacagaaggaga
tcaagaactcgagacacaagtttatccagaaaaagcctgactctctctctaagtagcgag
agcactatatctagaggtgttagcaggtcacgatcccgcagtaatggccatagtaaaaga
agatccaggagtagagagagtgatcactattatataagagaaaattaccaaaataggtat
cagtggggatacactttctacagtagacacatggacagagatggctatgagtcctcatat
agaagaagggctcaggccagagctcattattcaaggcagtcagcgagtccagaatataga
atacagtctttttcggaaaggacaaatacacgaaatcaaagaggacacaatgaaagccgg
tattactgctatgaaagacgcaggtcaaggagtcgatctagtaatagatctaggaccaca
tctggagggactgatagaatgcggtgtgaaaagcctggtggaaaaaggaaatacaaaaca
cgccacttggagagtgtgcacaaggagaaggcaccaagcccttctaaaggtgaaggaaat
ggccaccagaaacctatgtcaaagtacagtggttgctaccaaaatgagaacagccctcaa
gaaaaccaagcaagcaatgaaacgaagcatagaaagagaaagaaaaaaatcagaagcccg
agtgtggagattgtatatgaaggaaaagctactgacacaactaggcatcataaaaagaaa
aagaaaaagcacaaaaagaaacacagaagacaccatacaggtaattcagcacctccttct
ccagtcgtgattacaattgacagtgatagtgataaagaggttggaatacgtgaaactgtg
gaatgtgacagtagtgtttcttggacaaccataactcagttaaacgagcgagaaaacgaa
tctccatcatctctcctggacacaagcaatcataaggatgtatatgcagtaactggtgaa
actgcaatatcgaacaaggatcgttgtattactaacagtaggaaagacctggctgatgac
attggaaacgtagatctccggctccaaaaaatatcagatgagcagactcctgctgtggct
gttagcagcagcagcagtagttgtagtagtagttgcagtagtagtagtacattgggaatt
gaaactctgcctatcaatgttgaaactgcacagatggaagcatccagccatttgccttct
cccaggacatcatttgtagataactcggggaggccaccattaatattaagactgccaaag
aaacttattgacagatcatactggcttgacactgcagaaaaaaagatgtag
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