Amborella trichopoda: 18442826 Help Entry 18442826          CDS       T02990                                  Name (RefSeq) E3 ubiquitin-protein ligase KEG   KO K16279   E3 ubiquitin-protein ligase KEG [EC:2.7.11.1 2.3.2.27] Organism atr  Amborella trichopoda Brite KEGG Orthology (KO) [BR:atr00001]  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:atr01001]     18442826   09182 Protein families: genetic information processing    04121 Ubiquitin system [BR:atr04121]     18442826 Enzymes [BR:atr01000]  2. Transferases   2.3  Acyltransferases    2.3.2  Aminoacyltransferases     2.3.2.27  RING-type E3 ubiquitin transferase      18442826   2.7  Transferring phosphorus-containing groups    2.7.11  Protein-serine/threonine kinases     2.7.11.1  non-specific serine/threonine protein kinase      18442826 Protein kinases [BR:atr01001]  Serine/threonine kinases: TKL group   RIPK family [OT]    18442826 Ubiquitin system [BR:atr04121]  Ubiquitin ligases (E3)   Single Ring-finger type E3    Other single Ring-finger type E3     18442826 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  SH3_15 Ank_2 Ank Ank_4 Ank_5 Pkinase PK_Tyr_Ser-Thr Ank_3 zf-RING_UBOX zf-RING_2 zf-RING_5 zf-C3HC4_4 zf-C3HC4_3 zf-C3HC4 zf-C3HC4_2 zf-RING_4 RING_XB3-XBAT31 zf-RING_11 Prok-RING_4 zf_RING-like zf_C2H2_6 BPL_C ANK_LRRK2 Motif Other DBs NCBI-GeneID:  18442826 NCBI-ProteinID:  XP_011626497 LinkDB All DBs Position Unknown AA seq 1606 aa AA seqDB search MKNPTCSVCQMAYDEGERTPMLLHCGHGFCRDCLTRLFAASSDHSLSCPRCRHPTTVGNS VETLKKNFPVLSLIHDGHDFSDEEDPGPDRPPAGSICCSPGRPLDLAVHTLRLTQRLGEG RRAETWAGVLVGSGGGCKHKVAAKFVEEDSVWVQGRLEGLHRVSMWCRNVCAFHGSVRVD GRLCVVMDRYDRSVQSEMRRKGRLTLEQILRYGADIARGVAELHAAGIVCMNLKPSNLLL DASDHAVVSDFGLPEILKKPLCRKARCVPEDDASRLHSCMDCTMLSPHYTAPEAWEPIKK SLNFLWDEAIGISAESDAWSFGCTLVEMCTGSVPWAGLGSEEIYKSVMKLRRQPPQYASV VGVGIPRDLWKMIGECLQFKASKRPTFHAMLATFLHHLQEIPRSPPASPDNDLVKDCRTN TAEPSPSSVLDFVQDTPSSLHRLVSEGDVDGVRDLLARAASENNRNSIGFLLEGQNDDGL TALHLACKRGCAELVEAILEYQEADVDVLDKDGDPPIVYALAAGSTECLRALIRKSANVS ARLKEGMGPYVAHVCAFHGHPDCMRELLLAGADSNAVDDEGETVLHRAIAKNHTDSAIVI LENGGCSSMSITNSKNLTPLHMCITTWNVAVVKKWVEVASQEEIYDAIEIPSSVGTVLCM AAALKKDHETECRDLVRLLLGAGADPSAQELQHGRTALHTAAMANDVEMVKIILDAGVDV NIRDGHDMIPLHVALARGAKSCVGLLLSRGANCNLQDDEGDNAFHIAADMAKMIRENLEW IVVMLQQSDAAVDVRNHSGKTLRDYLEALPREWISEDLMDALTNKGIQLSPTIFDVGDWV KFKRSVKTPAFGWQGAKHNSVGFVQRVPDKDALVVSFCSGEARVLANEVIKVIPLDRGQY VQLKADVKEPRFGWRGQSRDSIGTVLCVDDDGILRVGFPGASRGWKADPAEMERVEEFKV GDWVRIRPSLTSAKHGLGPVTPGSIGIVYYIRPDNSLLLELSYLPNPWQCEPEEVEPVEP FRIGDQVCVKRSIAEPRYAWGGETHHSVGRISEIGSDGLLIIDIPGRPIPWQADPSDMEK VEDFKVGDWVRVKTSVPSPKYGWEDVTRNSIGIVHSIDEDGEMGVGFCFRSKPFSCSVTD MEKVPPFEVGQEIHIAPSITQPRLGWSSETPATTGKIARIDKDGTLNVRVLGRASFWKVA PGDAERLSGFEVGDWVRLKQSLGTRPSYDWHGIGKDSYAVVHSVGDTAYLELASCFRKGR WGVHYNDVEKTSCFKVGHHVRFRPGLSEPRWGWRGVGPESKGVVVAVHADGEVRVAFPEL SGPWKGDPSDFEKEEIFEVGEWVRIRDDATEPRNGWRSLRPGSVGIVQGYGEAMANNGEV EKTVLVGFCGEQERWESSQSELERVEPITIGQKVRVKGWVRQPRFGWSGNSHASVGTVVG VDADGRLRAYTGAGGKQWALDPAEVETVEEEVLRVGDWIRVRDSVETPVHQWGSVTRSSI GVVYKMGEGENGGELRVAFCFVERLWVCRAEEVERVRAFRVGDKVRIRSEVVAPRWGWGM ETYASRGEVMGVDANGKLRIRFKWREGRLWVGDPADIELDTDLPTT NT seq 4821 nt NT seq  +upstreamnt  +downstreamnt atgaaaaacccaacttgctcagtgtgccaaatggcctacgacgagggcgagcgcacaccg atgctgctccattgtgggcatggcttctgccgggattgcttgacgcgcctctttgctgcc tcctctgaccactctctgtcctgcccgcggtgccgtcaccccaccactgttggcaactca gttgaaaccctaaaaaagaatttccccgttctctctctaattcatgatggccatgacttc tctgatgaggaggaccctggcccggaccggccccctgctggctcaatttgttgctctcca ggccggccccttgatttagcagttcatactctaaggttaacccagagactcggcgagggt cgaagggctgagacgtgggctggtgtgctcgtgggctcggggggtggatgcaagcacaag gtggcggctaagtttgtggaggaggactcggtgtgggtgcagggacggctcgaggggttg catcgggtgtcaatgtggtgtcggaatgtgtgcgcatttcatgggtctgtgagggttgat gggaggctgtgtgtggtgatggataggtatgatcggtcggtgcagtcggaaatgagaagg aaggggaggctcactcttgagcagatactgagatatggggcggatattgcacgtggggtg gcagaacttcatgcagcgggcattgtttgtatgaatttgaaaccatccaatcttcttttg gatgccagtgatcatgccgttgtctctgattttgggcttcccgaaattttgaagaaacca ctgtgtcgtaaagctcgatgcgtcccagaggatgacgcatcaagattgcattcttgtatg gactgcaccatgcttagtccacattatacagcccctgaagcatgggaaccaataaagaag tccttgaattttctttgggacgaagccattggtatatctgctgagtcggatgcctggagt tttggctgtacacttgtggagatgtgcactggttctgtcccgtgggctgggctaggttca gaggaaatttataagtcagttatgaaactccgaagacagcctcctcaatatgcaagtgtc gtgggtgttgggatccccagagacctctggaagatgattggtgaatgcctgcagtttaaa gcttcgaagagaccaactttccatgcaatgttggcaacttttcttcatcatttacaagag atacctcgaagtcctccagctagccctgataatgacctggtgaaggattgtaggacaaat actgcagagccgtctccttcatctgttttagactttgtccaagacacccctagtagcctt catcgtcttgtatccgaaggtgacgttgatggtgttagagacttgcttgcaagagctgcc tctgaaaacaatcgaaattcgatcggtttcttattagaagggcaaaatgatgatggccta actgctctccatttggcttgtaagaggggttgtgcagaactcgttgaagctatcttggag taccaagaggcagatgttgatgtattggataaggatggggaccccccaattgtgtatgct ctagctgcggggtccacggaatgcctacgagctctcatccgaaaatcagctaatgttagt gcaaggctcaaagaagggatgggtccatatgttgctcatgtttgtgctttccatggtcat ccagattgcatgcgtgagttgcttttagctggggctgattccaatgcagtggatgatgag ggtgaaactgtgttgcacagagccattgcaaaaaaccacacggactctgccattgttatt ctggaaaatgggggctgtagttcaatgagcatcacaaattcgaagaatttgacaccatta cacatgtgcataacaacatggaatgttgctgttgtgaaaaaatgggtggaggttgcttcc caagaagagatttatgatgcaattgaaatacccagttctgttggaacggtattgtgtatg gcggctgctttaaagaaagaccatgaaacggaatgcagagatttggtcaggctcttgctt ggtgctggagcagatccaagtgcccaggaattacagcatgggagaacagctttacatact gccgcaatggccaatgatgtagaaatggttaagattattttggacgctggagttgatgtg aacatcagggatggacatgatatgatacctctccacgttgcattggctagaggtgcaaaa tcatgcgtcggattacttttgtctaggggagcaaactgtaatttacaggatgatgaaggt gataatgctttccatatagcagccgatatggcaaagatgataagagaaaatctggaatgg atagttgtcatgctgcaacagtcagatgcagctgttgatgttcgaaaccacagtggtaaa actcttcgggactatttggaggctcttcctcgagaatggatatctgaagatcttatggat gcacttacaaataagggaattcagttatccccaactatatttgatgtaggagattgggtg aagtttaaaagaagtgtgaagaccccagcctttggatggcaaggtgcaaagcataacagt gtgggttttgtccagcgtgtaccagataaagacgcactagttgtatcattttgctctgga gaggctcgtgttttggcaaatgaggttattaaggtgattcctcttgacaggggacagtat gtgcaactgaaagcagatgtgaaagagcccagatttgggtggcgaggtcaatctcgtgat agcattggaaccgttctctgtgtcgatgatgatgggatccttcgggtaggatttcctgga gcttctcgaggatggaaggctgaccctgcagagatggaaagagttgaggaattcaaggtg ggagattgggtccgaattcggccctctctaacaagtgcaaaacatgggttgggacctgta acccctggtagcattggtatcgtttattacataagacctgataatagcttgttgcttgaa ctgagctacctaccaaatccatggcaatgcgagccagaggaagttgagcctgttgaacca ttcaggataggcgaccaagtctgtgtgaaaaggtccattgcagagccacgatatgcatgg ggtggagaaacccatcacagtgtaggaaggataagtgagatagggagcgatggtttgctc ataattgatattccagggcgacctattccatggcaagctgatccttcagacatggagaag gtggaggacttcaaggttggagattgggtgagagtgaaaacttcagtaccatctccaaag tatgggtgggaagatgttaccagaaacagtattggaatagtccatagcatagacgaggat ggggaaatgggtgtgggtttttgctttcggagcaaacctttctcttgctcagtcacagac atggagaaggtcccgccctttgaagtcgggcaagagattcacattgcgccttctatcaca cagccccgacttggatggtcttccgagaccccggccacgactgggaaaattgcaaggatt gacaaggatggaaccctaaatgttcgggttctcggaagggccagcttttggaaagttgcg ccaggggacgctgagcgactatctgggtttgaagtgggtgactgggtccggctaaagcag agccttggcacccggcccagctacgactggcatggtattggcaaggacagctatgcggtg gtgcacagtgtcggggacacagcctacctcgagctcgcctcctgcttcaggaagggccgg tggggtgtccactacaatgatgttgagaaaacatcctgcttcaaagtaggacaccacgtc cggtttcgacctggcctctctgagccccgatgggggtggcgtggcgtgggtcctgagtcc aagggtgttgtggtggctgtgcatgcagatggcgaagtgcgcgtggcctttcctgagctt tctgggccttggaagggtgacccctctgacttcgagaaagaagagattttcgaagttgga gaatgggttcggattcgagatgatgccacagaaccaaggaatggatggagatctttgagg cctggaagtgttgggatagtgcaaggctatggagaagccatggcgaataacggggaggtt gaaaagacagtgttggtggggttttgtggggaacaagagagatgggagagctctcagagt gagctcgagagagtggagcctattacaattggacaaaaagtaagggtcaaggggtgggtg cggcagccgagatttggatggtcgggaaatagtcatgcaagtgtgggcacagtggtaggg gttgatgctgatggtagacttagggcatatactggagctggggggaaacaatgggctttg gacccagcagaggtggagacagtggaagaagaggtcttgcgtgtgggtgattggattagg gttcgggactcggtagagacccctgtgcaccaatggggttcagtgacacgctcgagcatc ggtgttgtatataaaatgggggagggagaaaatgggggtgagctaagagtagcattttgt tttgtggagaggttgtgggtttgtcgggctgaggaggtggagagagtgagggcttttagg gttggggataaagttagaataaggagtgaggttgtagcgccaaggtggggttggggtatg gagacgtatgcgagtagaggagaggttatgggggtggatgctaatgggaagctgaggatt aggtttaaatggagggaagggaggctttgggtcggagaccctgctgatattgagcttgat acggatttgcctaccacctag

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