Benincasa hispida (wax gourd): 120088360
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Entry
120088360 CDS
T07258
Name
(RefSeq) E3 ubiquitin-protein ligase KEG-like isoform X1
KO
K16279
E3 ubiquitin-protein ligase KEG [EC:
2.7.11.1
2.3.2.27
]
Organism
bhj
Benincasa hispida (wax gourd)
Brite
KEGG Orthology (KO) [BR:
bhj00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
bhj01001
]
120088360
09182 Protein families: genetic information processing
04121 Ubiquitin system [BR:
bhj04121
]
120088360
Enzymes [BR:
bhj01000
]
2. Transferases
2.3 Acyltransferases
2.3.2 Aminoacyltransferases
2.3.2.27 RING-type E3 ubiquitin transferase
120088360
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
120088360
Protein kinases [BR:
bhj01001
]
Serine/threonine kinases: TKL group
RIPK family [OT]
120088360
Ubiquitin system [BR:
bhj04121
]
Ubiquitin ligases (E3)
Single Ring-finger type E3
Other single Ring-finger type E3
120088360
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SH3_15
Ank_2
Ank_4
Ank
Ank_5
Pkinase
Ank_3
PK_Tyr_Ser-Thr
zf-RING_5
zf-RING_2
zf-C3HC4
zf-RING_UBOX
KOW7_SPT5
RING_XB3-XBAT31
zf-C3HC4_2
Tmemb_55A
FYVE_CARP1-2
zf_RING_Vps8
zf-RING_4
zf-rbx1
Motif
Other DBs
NCBI-GeneID:
120088360
NCBI-ProteinID:
XP_038901515
LinkDB
All DBs
Position
10:5707599..5719949
Genome browser
AA seq
1620 aa
AA seq
DB search
MPKKWKRVGIPSCSICRIHYDEDSRAPLLLQCGHTFCKHCLSQIIAPTPPKPSLTCPKCR
HVSTIGNSVLSLPKNFAILPMISSASVSHSAEVSDSDDDDAGADEDGVDESDRGRRSSGC
HGCGEGFGDHELKLVRKIDGGKREEMELWFAWLRSRVGGCRHRVVVRRVRMGNVGDLDWV
EKQLEKLRRASMWCRNVCSFLGVLKVEDYLCIVMDWFPGSVQSEMQRSGGRLTLEQILRF
GADIARAVVELHAADVLCMNLKPSNFLLDANGHAVVSDYGLPLILKKPCHRAGIFPPEHE
SSRQHWCLECLFLSPHYRSPEAWEPLKRPLHLFRDDGIGISTQSDVWSFGCALVEMCTGS
TPWAGLSAEEIYRSVVKEGKLPPQYASIVGVGIPRELWKMIGECLQYKPLKRPTFHAMLA
IFLRHLQGIHRSPTRPVEVASSPHIDRLEQSPTSVLDILQVKSNHLHQLVSEGDVNGVRD
LLSKSASGNNSSSVISLLEAHNSEGQTALHLACRRGSPELVDAILDYSDADIDSPDENGN
PPIVFALAVGSAECVRALIRKSANGMFRLMEGFSRSVAHVCAYYGQPDCMRELLRAGADP
NAVDDNGESVLHVAIAKKFTHCAIVIMEHGGCKSMGFLNSKNLTPLHMCITSLNVDVVKR
WAELASPEEISEAIDIPSSTGTALCMAAALKKDREIEGRELVRVLLKAKADPAAQDPQQC
RTVLHTAAMANDIELVKIILDAGVDVNIRNLHNTIPLHLALARGAKPCVQLLLSAGADCN
LQDDDGDNAFHIAADAAKFIRECLECILLILKYPGAAIGVRNHSGKTFCDLLEALPREWI
FEELMDGLAEKGIHLSPTIFQVGDWVKFKRCVANPAYGWQGAGPRSVGFVQGSHSGDGLS
VSFCSGVAHVLADEIIKVIPMDRGQLVQLKPDVREPRFKLLGQSRDSIGTVLCIDDEEGI
IRIGFTGASRGWQADPADFQRLQEFKVGDWIRVRYTVPAAKHGFGAVTPGSIGVVYGIRP
DCSLLIEFCYLPSPWLCEPEEIEPVVPFKIGDQVCVKRSISEPRFPWDGETHNSVGKVSD
IESNGLLIIDLPHRNGPWKVDPSDMEKVDKFKVGDWVRVKTSVPSPKYGWDDVPRSSIGI
IFSLEEDGDVDVAFCFRSKTFPCSVTDIEKVPPFEVGQEVHILPSVTQPLLGWSDETPAS
SGKIERIDMDGTLNVRVSGKKKLWRVAPGDAEKLSGLAVGDWVRMKQCLGTKSNYESNNT
GKENIAVVYSIQDYSYLELACCFHEGKLFVHCTEVEKVSPIKIGQYVHFRAGLAKPRWGW
RGANPNSRGVVTAVNANGEIRVSLFGLSGWWRGDPADFEVEQMYAVGEWVKLKEDDTDGR
KSLPTGSIGVVQGLSYHENEWDGSVLVGFCREPELWVGHTSKLEKMERFYIGQHVKVKSS
VTNPRFGWSGHSHASIVSITAIDADGKIKVSSPSAQKPWTLDPSEVVLVEEEQLKIGDWV
KVKPSIVMPVYHWGDVSRQSVGVIHKMEDGELWVAFCFMEQLWMCKDSEMEKVRPFRVGD
MVRFREGLKIPRWGWGMETHASKGQVVGVDANGKVRVKFRWREGRPWIGDPADLVLDDTT
NT seq
4863 nt
NT seq
+upstream
nt +downstream
nt
atgccgaagaaatggaagcgagtcggaatccctagctgctcaatctgccgaattcactac
gacgaagattctcgagcccctcttcttcttcaatgcggccatactttctgcaaacactgt
ctctctcaaattattgctccaaccccacctaaaccatctctcacatgtcccaaatgccgc
catgtgtctaccatcggcaattctgtgctctctcttcccaagaatttcgctatactaccc
atgatctcttctgcctccgtttctcactctgctgaggttagcgatagcgatgacgacgat
gctggagccgatgaggatggggttgatgagtctgaccgggggcggaggagttccggctgc
cacgggtgtggagaggggtttggggaccatgaattgaagttggtgaggaagatcgatgga
gggaagagggaggaaatggagctttggtttgcttggttgaggtctagagtcggtggatgt
cggcatagagtggtggtgagacgggtgaggatggggaatgttggggatttggattgggtg
gagaagcagctggagaagctgaggcgtgcgtcgatgtggtgcaggaatgtatgttccttt
cttggagtgctgaaggtggaggattatctttgcattgttatggactggttccctgggtcg
gttcagtcggagatgcagcggagtggcggccgcctcactctcgagcaaattctcagattt
ggagcagacattgcacgtgcagtagttgaacttcatgcagctgatgttttgtgtatgaat
ttgaaaccatccaattttctcctggatgcaaatggacatgctgtggtttccgattatggg
cttccattgattttgaaaaaaccttgtcatagagcgggcatttttccaccagaacacgag
tcatcaagacagcattggtgtttggagtgcctgtttttgagtccgcattatagatctcca
gaggcgtgggagcctttgaaaagaccattgcatttgtttagggatgatggaattggcata
tccactcaatctgatgtgtggagctttggctgtgcccttgttgaaatgtgcactggttcc
actccgtgggctggtttgagtgcagaagaaatttatcgttctgtcgtcaaagaaggtaag
ctacctccacaatatgcaagtattgtaggtgttgggattcccagagaattatggaagatg
attggtgaatgcctacagtacaagccgctgaaaagaccgactttccatgcaatgcttgcc
atatttcttagacatctacaagggattcaccgatctcctactagacccgtcgaggtggca
agttctcctcatattgataggctggaacaatcccctacctctgtcttggacatccttcag
gttaaaagcaaccatcttcatcaacttgtatctgaaggggatgttaacggtgtcagagat
cttctttccaaatctgcgtcagggaataatagcagctctgtcatctctctgctggaagct
cataattctgaaggacaaactgctttgcatttggcatgcagaaggggttctccggaactg
gttgatgcaatcttggattatagtgatgcagatatagattcccctgatgaaaatgggaat
ccaccaatagtgtttgctttagctgttggatccgctgaatgtgtgcgtgctcttatcagg
aaatctgctaatggtatgtttaggttgatggaaggctttagtcggtctgttgctcatgtt
tgtgcatattatgggcaacctgattgtatgcgtgaactacttcgagctggggcagatccc
aatgcagttgatgataatggtgaatctgtactgcatgtggctattgcaaagaaatttact
cattgtgcaattgtaattatggagcatggaggttgcaaatcaatggggtttctcaattca
aaaaacttaacgcctctgcatatgtgcatcacatctttaaatgtagatgttgttaagagg
tgggctgaacttgcatcgcccgaggagatttctgaagctattgatataccaagttccaca
ggaacagctctatgcatggcagctgctcttaagaaagaccgtgagatagagggaagagaa
cttgttagagttctgctcaaggctaaagctgacccagcagcccaagatccccaacaatgt
cgaacagttctgcatacagctgccatggctaacgatatagaattggtgaagattattctt
gatgctggagtggatgtaaatatcagaaacttacacaacacaatacctcttcatttggca
ctggcaagaggtgcaaagccatgtgttcaattactcttgtctgctggagcagactgtaat
ttacaggatgatgatggtgacaatgccttccatatagcagcagatgcagcaaagttcata
cgcgaatgtcttgaatgcatattattgatactaaaatatccaggtgctgctattggcgta
aggaaccacagtggcaagacattttgtgacttgttggaagccctacctcgggaatggatt
tttgaagagcttatggatggactagcagagaagggtattcatttgtccccaacgatattt
caagtgggcgattgggtgaaattcaaaagatgtgtggcaaatcctgcatatggttggcaa
ggtgcaggacccaggagtgttggatttgtgcagggttcccatagtggtgatggtctttct
gtatcattttgctccggtgttgcacatgttttggcagatgagatcatcaaagtcattcct
atggataggggacagctggtgcaacttaaacctgacgtgagagagccaaggtttaagttg
cttggacaatcacgtgacagcattggaactgtcttgtgtattgatgatgaagaaggaatt
atacgaattggatttactggtgcatctagaggatggcaagctgaccctgcagattttcaa
aggcttcaagaattcaaagttggcgattggatccgtgtacgttatactgtgcctgctgca
aaacatggctttggagctgtaactccaggaagtattggcgttgtgtatggtatcaggcca
gactgtagcttgctgatagaattctgctatttgcctagcccttggctttgtgaacctgag
gagattgaacctgttgtccccttcaagattggagaccaagtatgtgttaaacgctctata
tctgaacctagattcccttgggatggcgagacacataatagcgttggaaaagttagtgat
attgaaagtaatggtctcttaataattgacctaccacatcggaatggaccatggaaagta
gatccatctgacatggagaaggtggacaaatttaaggtcggtgactgggttagggtgaaa
acatctgtaccctctccaaaatatgggtgggatgacgtaccccgaagcagcattggaata
attttttccttagaagaggatggagatgtagatgtagcattctgcttcaggagtaaaact
tttccttgctctgttaccgacattgagaaggtgccaccttttgaagtgggacaagaggtt
catatcctcccgtctgttactcagccattacttgggtggtcagatgaaacaccagcctct
tcgggaaaaattgaaagaattgatatggatggaactctaaatgtgagagtatctggaaag
aaaaaactgtggagagtcgctccgggtgatgcagaaaagctatcaggattggcagtgggt
gattgggttagaatgaagcagtgtttgggaacaaaatcaaattatgagtccaacaatact
gggaaggaaaatatagcagtagtttacagtatacaagattactcttatttagaattggcg
tgttgttttcatgaagggaaattatttgtacactgcacagaagtggaaaaagtttctcca
ataaaaattggccagtatgtgcatttccgtgctggattggctaaaccgagatggggatgg
agaggcgctaatccgaattcaaggggtgttgtgactgctgtaaatgctaatggagaaata
agagtttcattgttcggcttgtccggatggtggagaggagatccggcagattttgaggta
gagcaaatgtatgctgtgggtgaatgggtgaaattaaaagaagacgataccgatggacgg
aaatcattgccaactgggagtattggtgttgtacaaggattaagttatcatgaaaatgaa
tgggacggttctgttctggtaggattctgcagagaaccagaattgtgggtgggacatact
tcaaaacttgaaaagatggaaagattttatattggtcagcatgtgaaggtgaaatcttct
gtaacaaatccacgttttgggtggtcgggccactctcatgccagcattgtctcgataaca
gcaatcgatgcagatggcaaaattaaagtatcttctccatctgctcaaaagccatggaca
cttgatccatcagaagttgttttagtagaggaagagcaactcaaaattggagactgggtg
aaggtgaagccatctattgtaatgcctgtgtaccattggggggacgtttctcgtcagagt
gttggggtgatccacaaaatggaggatggggagctttgggttgccttttgctttatggag
cagctgtggatgtgcaaggactcggagatggagaaggtgagaccctttagagtcggcgac
atggtgcgatttcgagaaggattaaaaatccctagatggggatggggaatggagacacat
gctagtaaagggcaagtagtaggtgttgatgcaaatggaaaagtaagagttaagttcagg
tggagggaaggacgcccttggattggggaccctgctgaccttgttcttgatgatactact
tga
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