KEGG   Alligator sinensis (Chinese alligator): 102380626
Entry
102380626         CDS       T02922                                 
Symbol
HECW1
Name
(RefSeq) E3 ubiquitin-protein ligase HECW1
  KO
K12167  E3 ubiquitin-protein ligase HECW1 [EC:2.3.2.26]
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]
    102380626 (HECW1)
Enzymes [BR:asn01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     102380626 (HECW1)
Ubiquitin system [BR:asn04121]
 Ubiquitin ligases (E3)
  HECT type E3
   102380626 (HECW1)
SSDB
Motif
Pfam: HECW_N HECW1_helix HECT WW C2 RFXA_RFXANK_bdg
Other DBs
NCBI-GeneID: 102380626
NCBI-ProteinID: XP_025055834
UniProt: A0A3Q0G862
Position
Unknown
AA seq 1416 aa
MLLHLCSVKNLYQNRFLGLAAMASPSRNSQNRRRCKEPLRYSYNPDQFHNMDIRNSSHET
VTIPRSTSDTDLVTSDSRSTLMVSSSYYSIGHSQDLVIYWDIKEEVDAGDWIGMYLIDEV
LSENFLDYKNRGVNGSHRGQIIWKIDASSYFVEPETKICFKYYHGVSGALRATTPSVTVK
NSSAPIFKSITHEDSTQGQGSRRLISFSLSDFQAFGLKKGMFFNPDPYLKISIQPGKHSI
FPALPHHGQEKRSKIMCNTVNPIWQGEQFTFVSLPTDVLEIEVKDKFAKSRPIIKRFLGK
LSMPVQRLLERHAIGDRVVSYTLGRRLPTDHVSGQLQFRFEITSSIHPDDEEVSISADPE
PADVQESPMNNTPEESLGEPPCTSTVTSESAAPEQLNGCNVNSVNVDSPGAVRSPWEVNH
DSLNEELAGNGEVDAVPADATEPLESIPGEVLPSLSAMDLTEQLALMACTSPPETEVREN
NEINSVTQGDDEILEALDIEEVSADVQAVKDVEKSQDEEGAAAQEEEDNKLQLRTTMKRK
NRPCSLPVSELETVIASACGEPETPRTHYIRIHNLLHSLPSAQMSSDGEEEQGGGGENDE
ESTVKDVSEKDVVSETETVAADPPPENEAEGNFSRGTMPRSTSVEHLSDLNGQLLDGEHI
RTESESELSPRLNGDHECDTCDTSCYSPSCYSTSCYSTSCYSTSCYSTSCYDSNNRFSSH
TRFSSVDSAKISESTVFSSQDDEEEENSAFESVPDSVQSPELEREQVDGSAQWPDELLAH
GGNPQRGTENLDTPVAGPSSRREGDCPLLHNSQPVSQLPSLRPDHHHYPTIDEPLPPNWE
ARIDSHGRVFYVDHVNRTTTWQRPTAAATPDGIHRSGSVQQMEQLNRRYQNIQRTIATER
TEDDAVTNNRVERLPTGGGSDSEAEPSQPTEIRREGSLSPVNSQKITLLLQSPAVKFITN
PEFFTVLHANYSAYRVFTNSTCLKHMILKIRRDARNFERYQHNRDLVNFINMFADTRLEL
PRGWEIKTDQQGKSFFVDHNSRATTFIDPRIPLQNGRLPNHLTHRQHLQRLRSYSAGEAS
EVSRNRGVSLLTRPGNSLVTAIRNQHHHEALPLAYNDKIVAFLRQPNIFEMLQERQPSLA
RNHALREKIHYIRTEGTHGLEKLSCDADLVILLSLFEEDIMSYIPLQAAFHPGYSFSPRC
SPCSSPQNSPGLQRASARAPSPYRRDFEAKLRNFYRKLEAKGFGQGPGKIKLIIRRDHLL
EGTFNQVMAYSRKELQRNKLYVTFVGEEGLDYSGPSREFFFLLSQELFNPYYGLFEYSAN
DTYTVQISPMSAFVENHLEWFRFSGRILGLALIHQYLLDAFFTRPFYKALLRLPCDLSDL
EYLDEEFHQSLQWMKDNIITDILDLTFTVNEEVFGQ
NT seq 4248 nt   +upstreamnt  +downstreamnt
atgctgctccacctgtgtagtgttaagaatctgtaccaaaacaggttcctgggcctggct
gccatggcatctccatctaggaactcacaaaaccggcgccggtgcaaagaacctctcaga
tacagctacaaccctgaccagtttcataacatggacatcagaaacagctcccacgagacg
gtaaccattccacggtccaccagtgatacagacctagtcacttcagatagccgttccact
ctcatggtcagcagctcatattattccataggacactcgcaagacctagtaatctattgg
gatataaaggaagaagttgacgcaggggactggattggcatgtatctcattgatgaggtc
ttgtctgaaaattttctggactacaagaaccgtggggtcaatggttctcatcggggtcag
attatctggaagattgatgccagttcttactttgtagagcctgaaacaaagatctgcttc
aaatactaccatggggtgagtggggcactacgggctacaacccccagtgtcacagtgaaa
aacagctctgctcccatttttaaaagcatcacccatgaagattcaacccagggacaagga
agtcggagactgatcagtttttcattgtcagacttccaagcttttggtttgaagaagggg
atgttcttcaatccagacccttacctgaagatctctatccagcctggaaagcacagcatc
ttccctgctcttccgcaccatggacaggagaagagatcaaagatcatgtgtaataccgtc
aatccaatatggcaaggagagcagttcacatttgtttcccttcccacggatgttctggaa
atagaagttaaggacaaatttgcaaagagccgaccaatcattaaacgcttcttggggaaa
ctgtccatgccagtgcaacgcctgctggagagacatgctataggggacagggttgtaagc
tatactctgggccgcaggcttcctacagatcatgtcagcggccagctgcagttccgattt
gagatcacttcttctatccatccagatgatgaagaggtctccatcagtgcggatcctgag
ccagctgacgtgcaggaaagccctatgaacaacaccccagaggaaagcctcggtgagcct
ccatgcaccagcacagtgacctcagaaagtgcagctccagagcagctaaatggatgcaat
gtgaacagtgtcaatgtcgatagccctggggctgtcagatcaccttgggaagtcaaccat
gacagcttaaatgaagagctagcaggaaatggggaggttgatgccgtgccagcagatgct
actgagcctttggaatccatcccaggagaagtgctgccttccctgagtgccatggacctc
actgagcaattggctctgatggcttgcacttctcctcctgagactgaagttagggaaaat
aacgaaatcaattctgttactcagggagatgatgaaatcttagaagccctagatatcgag
gaggtgagtgcagatgttcaagctgtcaaggacgtagagaagagtcaggatgaggaaggg
gctgcagcccaggaggaggaagacaacaagctgcagttaagaaccacaatgaagaggaaa
aatcggccgtgctccctgcctgtttctgaacttgaaaccgtgattgcttcagcttgcggt
gagccagaaacccctcgtacgcactacatccggatccacaatctgctccacagtcttccc
tcagcacagatgagcagtgatggggaggaggagcagggtggcgggggtgagaatgatgaa
gagtcgacagtcaaggacgtatcagagaaagatgtggtgagtgagactgagacggtggca
gcggacccccctcctgaaaatgaagcggaaggaaatttcagccggggcaccatgccccgc
agcacctccgttgaacacctctcagatttaaatggacagctactggatggggaacatatc
aggacagagagtgagagtgaattgagtccccggctgaatggggaccacgagtgtgatacg
tgcgacacctcctgctacagtccatcctgctacagcacctcatgttacagcacttcctgt
tacagcacctcatgttacagcacttcctgttacgacagtaacaatcgcttttccagccat
acccgtttctcttctgttgacagcgcaaagatttctgagagcacggtcttttcctcgcag
gatgatgaggaagaggaaaacagtgcttttgagtcagtgccagattcagtgcaaagccct
gaactggaaagggagcaagtggatggctccgcccagtggccagatgaactcctagctcat
ggtggaaatccacaaagaggcacagaaaacctagacaccccagtagcaggtccaagcagc
agaagagaaggtgattgtcctttactccataattctcagccagtcagccagcttccttcc
ctgaggcctgatcaccatcactatccaactatcgatgagcctcttccaccaaactgggaa
gctcgaatagacagccatggaagggtattctatgtagatcacgttaatcgaaccacaaca
tggcagcgtcccactgcagcagccactccagatggaatacacagatctggttcagtccag
caaatggagcagctaaatcggcggtaccaaaacattcagcgaactattgcgacagaaagg
acagaagatgatgctgtcaccaacaacagggtggaaaggctccccactggaggaggaagt
gattctgaggcagaaccatcccagccaacagaaattaggcgagaaggatccctttctcca
gtgaattctcaaaaaatcaccttgctcctgcagtctccagctgtgaagttcattaccaac
cctgaatttttcactgtgttgcatgcaaactatagtgcctatcgtgtcttcaccaatagc
acctgcttgaagcacatgattctgaagatccgtagagatgcgcggaattttgagcgctat
cagcacaacagggacctggtaaattttatcaacatgtttgctgatacccgactagaactt
ccacggggctgggagatcaaaaccgaccagcagggtaagtccttcttcgttgaccacaac
agccgtgccaccacattcatcgatcccaggatcccacttcaaaatggccgtcttcctaat
catctgactcacaggcaacatctccagcgactccgcagctacagtgctggagaggcctca
gaagtttcccgaaataggggagtttctctgctgaccaggccagggaacagccttgtaaca
gctattcgaaaccagcaccaccatgaagcattgcctctggcttacaacgataagattgtt
gcatttcttcgccagccaaatatttttgagatgctgcaggagcgtcaaccaagcttggcc
aggaaccacgcactcagggagaagatccattacattcggacagagggtacacacgggctc
gaaaagttgtcctgtgatgcagatttagtaattctactgagcctctttgaagaggatatt
atgtcctacatacccctgcaggctgccttccatcctgggtacagcttctctccacgctgt
tcaccttgttcgtcacctcaaaactctccagggttacagagagcaagtgcaagagcaccc
tctccatataggagggacttcgaagccaagctgcgcaatttctatcgaaaacttgaagcc
aaaggttttgggcaaggtcctgggaaaattaagttaattatacggcgtgaccatttgctg
gaaggcaccttcaatcaggtgatggcctattcgcggaaggagcttcaacggaacaaactc
tacgtcacatttgttggggaggaaggcttggactacagtggcccctctcgagaattcttc
ttccttctgtctcaggagctcttcaatccttactacggcctgtttgaatattcagccaac
gacacttacactgttcagatcagccccatgtctgcatttgtggaaaaccaccttgaatgg
ttcaggttcagtggtcggatccttggcctcgctctcattcatcagtaccttctcgatgct
ttcttcacaaggccgttctacaaagcactgctgaggttgccatgtgatttaagtgactta
gaatacttggatgaggagttccaccagagcttacagtggatgaaggacaacatcatcaca
gatatcctggatcttacttttacagtgaatgaggaggtgtttggacag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (39)   

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