Quillaja saponaria (soapbark tree): O6P43_016559 Help Entry O6P43_016559      CDS       T09778                                  Name (GenBank) Ubiquitin activating enzyme E1   KO K03178   ubiquitin-activating enzyme E1 [EC:6.2.1.45] Organism qsa  Quillaja saponaria (soapbark tree) Pathway qsa04120   Ubiquitin mediated proteolysis Brite KEGG Orthology (KO) [BR:qsa00001]  09120 Genetic Information Processing   09123 Folding, sorting and degradation    04120 Ubiquitin mediated proteolysis     O6P43_016559  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04121 Ubiquitin system [BR:qsa04121]     O6P43_016559   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:qsa04147]     O6P43_016559 Enzymes [BR:qsa01000]  6. Ligases   6.2  Forming carbon-sulfur bonds    6.2.1  Acid-thiol ligases     6.2.1.45  E1 ubiquitin-activating enzyme      O6P43_016559 Ubiquitin system [BR:qsa04121]  Ubiquitin-activating enzymes (E1)   Ubiquitin activating enzyme    O6P43_016559 Exosome [BR:qsa04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    O6P43_016559   Exosomal proteins of other body fluids (saliva and urine)    O6P43_016559   Exosomal proteins of colorectal cancer cells    O6P43_016559 BRITE hierarchy Motif Pfam:  ThiF UBA_E1_SCCH E1_FCCH E1_4HB E1_UFD Motif Other DBs NCBI-ProteinID:  KAJ7961184 LinkDB All DBs Position 7 Genome browser AA seq 1075 aa AA seqDB search MRPGKRAVGGEVVVEEEGKPNQTAEPLTKKQRTVGTMGNSTSNDKNGNNQSSGEVNQPIV TSGTSSDIDEDLHSRQLAVYGRETMRRLFASNVLISGMQGLGAEIAKNLILAGVKSVTLH DEGAVDLWDLSSNFIFSETDVGKNRALASVQKLQELNNSVVVSSLTTELTREKLSDFQAV VFTDINVEKAIEFDDYCHKHQPPISFIKSEVRGVFGSVFCDFGPEFTVFDVDGEDPHTGI IASINNDNPALVACVDDERLEFQDGDLVVFSEVQGMTKLNDGKPRKIKNARPYSFNIDED TTSYNSYQRGGIVTQVKQPKVLNFKTLHEALQVPGDFLLSDFSKFDRPPLLHLAFQALDK FKSELGRFPVAGSEEDAQKFISLVTDINDRSADDRLQDIDQKLLRHFAFGARTVLNPMAA IFGGIVGQEVVKACSGKFHPLFQFFFFDSVESLSTEPLDPSDFKPTNSRYDAQISVFGSK LQKRLEDAKVFVVGSGALGCEFLKNLALMGVCCGKQGKLTITDDDVIEKSNLSRQFLFRD WNIGQAKSTVAASAAALINPSFNIDALQNRASPDTENVFDDAFWENLNVVINALDNVNAR LYIDQRCLYFQRPLLESGTLGAKCNTQMVIPHLTENYGASRDPPEKQAPMCTVHSFPHNI DHCLTWARSEFEGLLEKTPAEVNAFLSSPAEYASSMKNSGDAQARDNLERIIGCLEKEKC VTFQDSIAWARLKFEDYFANRVKQLTFTFPEDATTSNGTPFWSAPKRFPRPLQFSVDDPG HLHFIIAASILRAETFGISIPDWVKSPKQFADAVNKVVVLDFEPKKDVKIVTDEKATSLS AASIDDAAIIDELIVKLKKRQKQLPSGFKMNPIQFEKDDDANYHMDLIAGLANMRARNYG IPEVDKLKAKFIAGRIIPAIATSTAMATGLVCLELYKVLDRGHKLEDYRNTFANLALPLF SIAEPVPPKVIEHKDARWTVWDRWILKDNPTLRELLAWLENKGLNAYSISYGSCLLYNSV FPKHKERMDKKLVDVAREVAKVELPSYRQHIDIVVACEDDEDNDVDIPQISIYFE NT seq 3228 nt NT seq  +upstreamnt  +downstreamnt atgcgtcctggaaagagagcagtgggaggagaggttgtagttgaagaagaaggaaaaccc aatcagaccgcagaaccattgacaaagaagcaacgcacagtgggaaccatgggcaattcc acgagcaacgacaagaatggcaacaaccagagtagcggtgaggtcaatcaaccgatcgtc accagtggcacttcttctgatatcgatgaggatcttcacagcaggcagctagccgtatat ggccgtgagacgatgagacggctctttgcatccaatgttctgatttcaggaatgcagggt ctgggtgctgagatagcaaagaatctcatacttgctggtgtcaagtctgtgactttgcat gatgaaggtgctgttgatctgtgggacttgtctagcaattttattttctctgagactgat gtggggaaaaatcgtgcccttgcttctgtccagaaattgcaagaactaaacaactctgtg gttgtttcctccttaactaccgaattgaccagggaaaaattgtcagattttcaggctgta gtttttactgatatcaacgtagagaaagcaattgaatttgatgattactgccataaacat cagcctccaatctcttttattaaatctgaagtaaggggcgtttttgggagtgtcttctgc gattttggccctgagtttactgtttttgatgttgacggtgaagatccacatacgggcatc attgcttccattaacaatgacaaccctgctctagtagcatgtgtggatgatgagaggctc gagtttcaggatggggatctggttgtcttttctgaagtccaaggaatgaccaaactgaat gatggaaagccaaggaagattaagaatgcaagaccttattcattcaatattgatgaagac accacaagttataattcctaccagagaggtggcattgtaacacaggtgaagcaacctaag gtgttgaactttaagacattgcatgaagcacttcaggtgcctggtgatttccttcttagt gatttctcaaagtttgatcgtccgcctctcctacacttggctttccaagcactggataag tttaaatcagagctgggacgttttcctgttgctggatcagaggaagatgcacagaaattc atatctttagtaactgatataaatgataggtcagcagatgacaggcttcaggacattgat caaaaactccttcgccattttgcatttggtgcgaggaccgtgctcaatcccatggctgcc atatttggtggaattgttggacaggaagttgtgaaggcctgctctggaaagtttcatcct cttttccagtttttcttctttgattctgttgagtcactctccacggaacccttggatcca agtgatttcaagccgacaaacagtcgttatgatgctcaaatttcagtgtttggatctaag ctgcagaaaagattggaggatgctaaagttttcgttgtaggatctggggcccttgggtgc gaatttctgaaaaacttagctttgatgggggtttgttgtggtaaacaagggaagttaacc attactgatgatgatgttattgagaaaagtaaccttagcaggcagtttctctttcgggat tggaatattgggcaggctaagtcaacagttgctgcttctgctgctgcattgataaatcct tctttcaacattgatgcactgcagaatcgtgcaagcccggacactgagaatgtatttgat gatgcattctgggaaaatctgaatgttgttatcaatgctttggataatgtaaatgccagg ctttacatcgatcagagatgcttatatttccagaggccactcctggaatcaggtactcta ggtgcaaaatgcaacactcaaatggtcattcctcatctgactgaaaattatggtgcctca cgagacccacctgaaaaacaggcacctatgtgcactgttcattcattccctcacaacatt gaccactgcttgacatgggctcgctctgagtttgagggattgcttgagaagactcctgca gaagtaaatgcctttctaagcagtccggctgaatatgcatcttcaatgaagaattctggg gatgcgcaagctagagacaacttagaacgcattattggatgccttgaaaaggagaaatgt gtaacatttcaagattccatagcttgggcccgtttgaagtttgaagattattttgccaat cgtgtaaagcagttgacttttacttttccagaggatgctactaccagtaacgggacacct ttctggtctgctcctaagcgttttccccgccccctacaattctcagttgatgatcctggt cacctgcattttataattgcagcatccattttacgagccgaaacatttggtatctcaata cctgattgggttaagtctcctaaacaatttgctgatgctgtcaacaaagttgtagtcctt gattttgagcctaagaaagatgtgaagattgtgactgatgagaaagccaccagcctttct gctgcatcaatagatgatgctgcaattattgatgagttaattgtgaagttaaaaaaacgt cagaagcaactgccgtcaggtttcaagatgaatccaatccagtttgagaaggatgatgat gcaaattaccatatggacctgatagctggacttgctaacatgagagcaaggaactatggt atccctgaagtggacaagctgaaggctaaattcattgctggaaggatcattcctgcaatt gcaacctccactgcaatggctacaggtcttgtctgcttggagctgtacaaggtgctagat agaggacacaagttggaggactaccgaaatacctttgccaatctggccctcccgctgttt tcaattgctgaaccagttcctcctaaagtgatagaacacaaggatgcgagatggacagtg tgggatagatggattttaaaggacaaccctactttgagagagcttcttgcctggctggaa aacaaggggctgaatgcttacagcatatcttatgggagttgcctgctttataacagtgtc ttccccaagcataaagagcgcatggacaagaagttggtggatgtggctagggaagtagcc aaggtagaactgccttcatacagacaacatattgatatcgttgtggcctgtgaggatgat gaagacaatgatgtcgacatccctcaaatatccatatacttcgagtag

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