KEGG   Alligator sinensis (Chinese alligator): 102381568
Entry
102381568         CDS       T02922                                 
Symbol
HECW2
Name
(RefSeq) E3 ubiquitin-protein ligase HECW2
  KO
K12168  E3 ubiquitin-protein ligase HECW2 [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]
    102381568 (HECW2)
Enzymes [BR:asn01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     102381568 (HECW2)
Ubiquitin system [BR:asn04121]
 Ubiquitin ligases (E3)
  HECT type E3
   102381568 (HECW2)
SSDB
Motif
Pfam: HECT HECW_N HECW1_helix WW C2
Other DBs
NCBI-GeneID: 102381568
NCBI-ProteinID: XP_025065734
UniProt: A0A3Q0H144
Position
Unknown
AA seq 1574 aa
MASSARDHLLFVRRRNPQLRYTLSPENLQSLASQGTMAENMNLQRANSDTDLVTSDSRSS
LTASMYEYTLGHSQNLIIFWDIKEEVDPTDWIGLYHIDENSPANFWDSKNRGVTGTQKGQ
IVWRIEPGPYFMEPEIKICFKYYHGISGALRATTPCITVKNPAVMMGMEGTEEGASGQHS
RKLVSFTLSDIRAVGLKKGMFFNPDPYLKMSIQPGKKSTFPTFAHHGQERRSTIISNTTN
PVWHREKYSFVALLTDVLEIEIKDKFAKSRPIIKRFLGKLTIPVQRLLERHAIGDQILSY
NLGRRLPADHVSGYLQFKVEITSSIHEDASPEAVGTLLGVNSVNGDLGSPSDDEDMPAGH
HDTHPVCSNGSVLEESSGEAIPKHHFRTSTALETDQEELTSSTSRSSPIRGRQDSLNDYL
DAIEHSSHPRPGTSGGSERSLGASPKLRSSFPTDTRLNAMLHIDSDEEEHELHQDMGFQS
SLEEEGGLVMLNGATRNVEEHCSSHSSNQVMRGSADNGKVLSFETPLQPSDDQQETLQRL
PPSDVAIEGENQQDSQNEVPVDQAGIELCACQEAEQPTSSADTGAIDSAVGSRRGISETE
SIDQGSEPSQVSSETEHSDPARTESVSEASTRPEGESDVEGADSSCNESVTTRLSSVETR
CSSFESARFPETPAFSSQEEEEGACATHVARSEPAAETQETMRCPGSLPVVRLPSTQEEG
QLAEGGSLQDGEEAEEIWQRRRSLQAAAAAAAVSSQSQDEETGDAQEACEGAAAPIEGAT
GGSQANGHQALRSLPSVRQDVSRYQRVDEALPPNWEARIDSHGRIFYVDHVNRTTTWQRP
TAPPAPQILQRSNSIQQMEQLNSRYQSIRRTMTNDRPEEHTNTVDGAGEETDLHPSNADF
RRENVLPHSTSRSRLTLLLQSPPVKFLISPEFFPVLHSNPSAYRMFTNNTCLKHMITKVR
RDTHHFERYQHNRDLVGFLNMFANKQLELPRGWEMKHDHQGKAFFVDHNSRTTTFIDPRL
PLQSSRPTSALVHRQHLTRQRSHSAGEVGEDSRHSGPPVLPRPSSTFNTVSRAQYQDIVP
VAYNDKIVAFLRQPNIFEILQERQPDLTRNHSLREKIQFIRTEGTPGLVRLSSDADLVML
LSLFEEEIMSYVPPHALLHPSYCQSPRGSPVSSPQNSPGTQRANARAPAPYKRDFEAKLR
NFYRKLETKGYGQGPGKLKLIIRRDHLLEDAFNQIMGYSRKDLQRNKLYVTFVGEEGLDY
SGPSREFFFLVSRELFNPYYGLFEYSANDTYTVQISPMSAFVDNHHEWFRFSGRILGLAL
IHQYLLDAFFTRPFYKALLRILCDLSDLEYLDEEFHQSLQWMKDNDIHDILDLTFTVNEE
VFGQITERELKPGGANIPVTEKNKKEYIERMVKWRIERGVVQQTESLVRGFYEVVDARLV
SVFDARELELVIAGTAEIDLSDWRNNTEYRGGYHDNHIVIRWFWAAVERFNNEQRLRLLQ
FVTGTSSIPYEGFASLRGSNGPRRFCVEKWGKITALPRAHTCFNRLDLPPYPSFSMLYEK
LLTAVEETSTFGLE
NT seq 4725 nt   +upstreamnt  +downstreamnt
atggccagttcggcccgggaccacctactttttgtgcgacgtcgcaacccccaactgcgg
tatactttgagcccagagaacctgcagagtctggcatctcagggcaccatggctgagaat
atgaatttacagcgtgccaacagtgacactgatctagtgacctctgatagccgctccagt
ctgacagctagtatgtatgagtatacccttgggcactctcagaatctcattatcttctgg
gatattaaagaagaagtggacccaacagattggataggactttatcatatagatgagaac
tctccagctaatttctgggattccaagaaccggggagtgactggcacacaaaaagggcaa
attgtatggcgaattgaacctggcccttattttatggaacctgaaataaagatttgtttt
aaatactaccatggcattagtggagccctccgagctactaccccatgtatcactgtgaaa
aatcctgctgtgatgatggggatggaaggcacagaggaaggtgcttctggtcagcattct
cggaaattagtcagctttacactttcagatattagggcagttgggctaaaaaaggggatg
ttcttcaaccctgatccttacctaaagatgtcgattcaaccagggaagaaaagtacattc
cctacgtttgcccatcatggtcaggaaagacggtctactatcatcagtaacacaactaat
cctgtttggcacagagagaaatattcttttgttgcacttctaacagatgtcttggagatt
gaaattaaagacaaatttgccaagagtcgtcctatcatcaagcgctttcttgggaagtta
accatcccagtccagaggctattggagagacatgcaataggagaccaaattctcagctac
aatcttggcagaaggctcccagctgaccatgtaagtgggtatctgcagttcaaagtggag
attacatcttccattcatgaagatgcttcaccagaagcagttggtactttgctaggagtg
aattccgtaaatggagatttgggaagcccctctgatgatgaggacatgccagccggacat
catgacacacatccagtttgttcaaatggttcagttcttgaggaatcttctggagaggca
ataccaaagcatcatttcaggactagtacggctctagaaacagaccaggaggaattaact
tcttctacttcaaggtcatcacctatcagaggtcgccaggactcactgaatgactatctg
gatgcaatagaacacagcagtcatccgagacctggaacatctggtggcagtgagcgttca
cttggggcctccccaaaactaagaagtagctttcccactgacacaagacttaatgctatg
ctccacattgattcagatgaagaggagcatgagttgcatcaagatatgggttttcagtct
tccttggaagaagaaggtggtttagtgatgcttaatggtgctacaaggaatgttgaagaa
cattgttcaagtcactcatcaaatcaggtaatgcggggttcagcagacaatggaaaagtt
ttatcttttgaaactcctttgcagccatctgatgaccagcaagagactctccaaaggctt
ccaccatcagatgtggcaattgaaggtgaaaaccagcaagactctcaaaatgaagtgcca
gtagaccaggctggcattgaattgtgtgcctgtcaggaggcagaacagcctactagcagt
gctgatacaggagctattgactctgctgttggtagtagaagaggtattagtgaaacagaa
tctattgaccaagggtctgaaccttcccaggtgtcatcagaaactgagcacagtgaccct
gctcgcacagagagtgttagtgaggctagtactaggccagaaggggagagtgatgttgaa
ggagcagacagctcttgtaatgaaagtgtgaccacacggctgtcatcagttgaaacacga
tgttcatcttttgaaagtgccaggtttcctgagactcctgccttttcatctcaggaagag
gaggagggtgcttgtgccactcatgtggctagaagtgagcctgctgcagaaacacaggag
actatgcgctgtcctggctctttacctgtagtgagattaccaagcactcaagaggagggg
cagctggctgaaggaggtagtttacaggatggagaggaagcagaagagatttggcaaaga
aggaggagcctgcaggctgctgctgctgctgctgctgtaagcagccagtcccaggatgaa
gaaactggagatgctcaggaagcttgtgagggagcagctgcaccaattgaaggagctact
ggaggttctcaagcaaatggccaccaagctttgaggtcactaccttcggtgcgtcaagat
gtcagccgatatcaaagagtggatgaggctctaccaccaaattgggaggctcggatcgac
agccatggaaggatattctatgtggaccatgtaaacagaactacaacatggcagcgaccc
acagctccccctgccccacaaatcctccagaggtcaaactctattcagcaaatggagcag
ctgaattctaggtatcagagtatccgacgaacaatgactaatgacaggcctgaagagcac
acaaacactgttgatggagctggagaggaaactgacctccacccttctaatgcagatttt
cgaagggagaatgtgctgcctcactctacctccaggtccaggcttactttgttgctacag
tctcctcctgtgaaatttcttatcagtccagaattctttccagtgctgcattctaaccct
agtgcctaccgcatgtttacaaacaacacgtgtttaaagcacatgatcaccaaagtccgg
cgggacacccaccattttgagcgctaccagcataatcgtgatctggtgggcttccttaat
atgtttgctaacaaacagctggagctgccaagaggctgggaaatgaaacatgaccatcag
ggcaaggctttttttgttgaccacaattctcgcaccaccacattcatcgatccccggctt
cccttgcagagtagcaggcccactagtgcattagttcatcggcagcatttaaccagacag
cgcagccatagtgcgggtgaggtaggagaggactcccgtcattcaggaccaccagtttta
ccaagaccatcaagcacatttaatacagtcagtagagcgcagtatcaggacattgttcca
gtggcctataatgacaagattgttgcattcctgcgacagcccaatatctttgaaattcta
caggagcgtcagccagatctcaccaggaatcattcactcagggagaagattcagtttatt
cgaacagagggaaccccagggctggtgcgtctatccagtgatgcagaccttgtcatgtta
ctgagtttgtttgaagaagagataatgtcatatgtgccgccacatgccttacttcatccc
agttattgccagtccccaagaggctccccagtgtcctcacctcagaactctccaggtact
cagcgtgccaatgcccgagctccagctccttataaaagagattttgaagccaagctgagg
aacttctacaggaagctagagactaaaggatatggacaaggcccagggaaactaaagtta
atcatcagaagagaccacttgctggaagatgcttttaaccagattatgggttactcaaga
aaagacctacagagaaataaactctatgtcacgtttgttggggaggaagggttggattac
agtggaccttcaagagaatttttctttctggtgtccagagaactattcaatccatattat
ggtttatttgaatattcagccaatgatacctacacagttcaaattagtcccatgtctgct
tttgtggacaatcaccatgagtggttcaggtttagtggtcgaatccttggtcttgctctg
atacatcaatatctgctagatgccttctttacccggcccttttataaagccctcctccga
atactatgtgacctgagtgacttggaataccttgatgaggagttccaccagagtttgcag
tggatgaaagacaacgatatacatgatatcctagatctcacattcactgtaaatgaagaa
gtttttgggcagatcactgaacgggaattaaagccaggaggtgccaacatcccagtcaca
gagaaaaacaaaaaagaatacatagagagaatggtgaaatggagaattgagagaggggtt
gtgcagcaaacagaaagtctagttcgtggtttctatgaggtggttgatgctcgacttgtg
tctgtatttgatgcaagagaactggaactggttattgctggcacagcagaaattgactta
agtgactggagaaataacacagagtatagaggaggttaccatgacaatcatattgtaatt
cgctggttctgggctgctgtagaaagattcaacaatgaacaaagactaaggctgttacag
tttgttacaggcacctccagcataccttatgaaggctttgcctctctgagagggagcaat
gggccaagaagattctgtgtagaaaaatgggggaaaatcactgctcttccaagggctcat
acttgtttcaatcgtcttgatcttcccccttacccatccttctccatgctgtatgagaaa
ctgttgacagcagttgaagagacaagtacttttggacttgagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (44)   

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