Lottia gigantea (owl limpet): LOTGIDRAFT_207583 Help Entry LOTGIDRAFT_207583 CDS       T03273                                  Name (RefSeq) hypothetical protein   KO K11787   phosphoribosylamine--glycine ligase / phosphoribosylglycinamide formyltransferase / phosphoribosylformylglycinamidine cyclo-ligase [EC:6.3.4.13 2.1.2.2 6.3.3.1] Organism lgi  Lottia gigantea (owl limpet) Pathway lgi00230   Purine metabolism lgi00670   One carbon pool by folate lgi01100   Metabolic pathways Module lgi_M00048   De novo purine biosynthesis, PRPP + glutamine => IMP Brite KEGG Orthology (KO) [BR:lgi00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     LOTGIDRAFT_207583   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     LOTGIDRAFT_207583 Enzymes [BR:lgi01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.2  Hydroxymethyl-, formyl- and related transferases     2.1.2.2  phosphoribosylglycinamide formyltransferase 1      LOTGIDRAFT_207583  6. Ligases   6.3  Forming carbon-nitrogen bonds    6.3.3  Cyclo-ligases     6.3.3.1  phosphoribosylformylglycinamidine cyclo-ligase      LOTGIDRAFT_207583    6.3.4  Other carbon-nitrogen ligases     6.3.4.13  phosphoribosylamine---glycine ligase      LOTGIDRAFT_207583 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GARS_A Formyl_trans_N GARS_N AIRS_C GARS_C AIRS ATP-grasp_3 ATP-grasp ATP-grasp_4 RimK ATP-grasp_2 Tox-REase-7 Motif Other DBs NCBI-GeneID:  20246005 NCBI-ProteinID:  XP_009045743 JGI:  207583 UniProt:  V4B0F1 LinkDB All DBs Position Unknown AA seq 1006 aa AA seqDB search MSESVLLLGSGGREHALAWKLSQSKHVSDIYVAPGNAGTVLEGGKIKNITDLDIKQFKDV SNYCKEKKIRLVLVGPEDPLANGIADHLTEKEIPCFGPSKQAAEIEWSKDFAKKFMIRHA IPTAHYQSFTDPVEACEYINKADHKALVVKASGLAAGKGVIVAESREKACQAVNDILKDK KFGNAGDVVIVEDLIEGEEVSILAFTDGETVAMMPPAQDHKRLNEEDKGPNTGGMGAICP YSKICEEMLKFIKEEIIQKTVDGLKQEGRKYVGVIYAGCMITKSGPKVLEFNCRFGDPET QSILSLLKSDLYDICKACTNGTLSTNRPVFDTQHATVGIVLASHGYPDKYQKGMEIKGLG DADKLGVKVFHAGTLQKEDKIVTNGGRVLLVVATETDMESASLRALQGAAMIQFDKVFYR KDIGHHVLRDAREKPPVLNGLTYKDAGVDIEAGNSLVETIKPVVKDTQRPGCDAALGMFG AVFDIKAAGFKDPLLISGTDGVGTKLKVAHAVGNHDSIGVDLVAMCVNDILAHGAEPLFF LDYFASGKLHVDTAAHVIKGIADGCKEAGCALVGGETAEMPGLYHGEDYDLAGFTVGAVE RENLLPRLGDIKPGDHVIGLRSSGLHSNGFSLVRRILEKKELRFDMPSPFKTGKMLGEDL LTPTKIYVKSLLPLIKEKKIKAFCHITGGGLRENIPRILPEHLSVTLDAKSWYMPAVFGW LSELGGLSEKEMAKTFNCGIGGIIIVNRSESNDIIKSLESVGESAVIVGTVEKYTGKEKL KIKNLEVALVQSWRHVPGVSRKKRVGVLISGSGTNLQSLIDYTRDVSNNSCAEILLVISN KDSVQGLKRAKQAGINTKVINHTEYKSREEFDEAVSLSLEAAGVEIVCLAGFMRILSSDF VKKWHGRLLNIHPSLLPSFKGANAHKLVLESNVRISGCTVHFVAEEVDAGAILIQESVPV YPNDTESTLSERVKKVEHKAFPKALELVASEAVSLKPGGKLEWKHY NT seq 3021 nt NT seq  +upstreamnt  +downstreamnt atgagtgaatcagttttattgttaggaagtggtggtagagaacatgcattagcgtggaaa ctctctcagtcaaaacatgtcagtgatatctatgtggcaccaggcaatgctggaactgtc cttgaaggtggcaaaataaagaatattacagatctggatatcaagcagtttaaagatgtt agtaattattgcaaagagaagaagataagactagtattagttggaccagaagatcctcta gctaatggtatagctgaccatctcactgagaaagaaataccctgttttggtccaagtaag caagcagctgaaattgagtggagtaaagattttgcaaagaagtttatgatacgtcatgcc attcctacagctcattatcaatcatttactgatcctgtagaggcatgtgaatacattaac aaggcagatcataaagcattagtagtaaaagccagtggtctagctgctggtaaaggtgtt attgtagctgaatctcgggaaaaagcttgtcaagctgttaatgatatacttaaagacaag aagtttggtaatgctggtgatgtagttattgtagaagacctaatagaaggtgaagaagta tctattctagcatttactgatggtgaaactgtagctatgatgcctcctgctcaagatcat aaacgtctcaatgaagaagataagggtcccaacactggtggtatgggggccatttgtcca tattcaaagatctgtgaagaaatgttaaagtttattaaagaggagataatacagaaaaca gttgatggtttaaaacaggagggtagaaagtatgttggtgtaatatatgctggatgtatg ataactaaatcaggacctaaagttctagagtttaactgtcggttcggtgatcctgaaact cagtcaatcttgtccttattaaaatcagatctatatgatatctgtaaagcctgcacaaac ggtacattatcaactaatcgtccagtatttgatactcagcatgctacagttggtattgtt cttgctagtcatggttatccagacaaatatcagaaaggaatggagataaaaggtttggga gatgccgacaaattaggtgtgaaagttttccatgctggaactctccagaaagaagataaa attgtcaccaatggtggtcgagtgttattggtggtggcaacagaaacagatatggaatca gcatccctgcgagcgctacagggtgctgctatgattcagtttgataaagttttctatagg aaagacattggacaccatgttcttagagatgcaagagagaaacctccagtattaaatggg cttacctataaagatgcaggtgttgatatagaagcagggaatagcttagtagaaactatc aaaccagttgttaaagatacacaaagaccaggatgtgatgctgcattaggaatgtttgga gcagtatttgatatcaaggcagcaggattcaaagatcctttgcttatttcaggtacagat ggtgtgggaacaaaattgaaggttgctcatgctgtaggaaatcatgattctataggagta gatctggtagctatgtgtgtaaatgatatcctggctcatggagcagaaccattatttttc ctggattattttgcatctggtaaactacatgttgatacggctgcccatgttattaaagga atagctgatggatgtaaagaagctggttgtgctcttgtgggaggtgaaacggctgaaatg ccaggtctttatcatggtgaagattatgatttagcaggatttacagttggagcagtagaa cgtgaaaatttattaccacgtttaggtgatatcaaaccaggagatcatgtgattgggtta cgatccagtggtctccatagcaacggttttagtcttgtcagacgtatcttagagaagaaa gaactgagatttgatatgccctcaccttttaaaactggaaagatgttaggagaagatttg ctgacaccaactaaaatctatgttaagagtttactacccttgataaaagagaaaaagatc aaggcattctgtcatataacaggtggtggtttaagagagaatattccacgtattttaccg gaacatctctcagttactctggatgctaagtcatggtatatgcctgctgtgtttggttgg ttatctgaacttggtggtttatctgaaaaagaaatggctaaaacatttaattgtggtata ggaggaataataatagtcaatcgtagtgaatctaatgatattatcaaatctctagagtct gtaggagaatcagctgttattgtaggaactgttgagaaatatactggtaaagagaagtta aaaataaagaatttagaggtagcattagttcaatcgtggagacatgtacctggtgttagt aggaaaaaacgtgttggtgttttaatctcaggatcaggaaccaacctccagtctctgata gactatactagagatgtcagtaataatagctgtgctgagatattattagtgatttctaat aaagatagtgtgcagggattaaagagagctaaacaagctggtattaataccaaggtaata aatcatacagaatataagagtagagaagagtttgatgaagctgtaagtttatctctagaa gcggctggtgtagagatagtttgtcttgctggctttatgagaatactctcaagtgacttt gtcaagaaatggcatggtagattattaaatatacatccctctctcctgccatcatttaaa ggtgctaatgctcataagttagttctagagtctaatgttagaatatcaggatgtacagtt cactttgttgcagaagaagttgatgccggtgctatattaatccaagaatctgttccagtc tatcctaatgacactgaatctaccctgtcagaaagagttaaaaaggtggaacacaaagct ttccctaaagccttagaattggttgctagcgaggcagtgagtttaaaaccaggtggaaaa ttagaatggaaacattactga

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