Lottia gigantea (owl limpet): LOTGIDRAFT_137874 Help Entry LOTGIDRAFT_137874 CDS       T03273                                  Name (RefSeq) hypothetical protein   KO K01948   carbamoyl-phosphate synthase (ammonia) [EC:6.3.4.16] Organism lgi  Lottia gigantea (owl limpet) Pathway lgi00220   Arginine biosynthesis lgi00250   Alanine, aspartate and glutamate metabolism lgi00910   Nitrogen metabolism lgi01100   Metabolic pathways lgi01200   Carbon metabolism lgi01230   Biosynthesis of amino acids Module lgi_M00029   Urea cycle Brite KEGG Orthology (KO) [BR:lgi00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     LOTGIDRAFT_137874   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     LOTGIDRAFT_137874    00220 Arginine biosynthesis     LOTGIDRAFT_137874  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:lgi01002]     LOTGIDRAFT_137874 Enzymes [BR:lgi01000]  6. Ligases   6.3  Forming carbon-nitrogen bonds    6.3.4  Other carbon-nitrogen ligases     6.3.4.16  carbamoyl-phosphate synthase (ammonia)      LOTGIDRAFT_137874 Peptidases and inhibitors [BR:lgi01002]  Cysteine peptidases   Family C26: gamma-glutamyl hydrolase family    LOTGIDRAFT_137874 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  CPSase_L_D2 CPSase_sm_chain GATase CPSase_L_D3 ATP-grasp Dala_Dala_lig_C MGS ATPgrasp_Ter ATP-grasp_3 Peptidase_C26 Motif Other DBs NCBI-GeneID:  20233959 NCBI-ProteinID:  XP_009046114 JGI:  137874 UniProt:  V4B6P2 LinkDB All DBs Position Unknown AA seq 1477 aa AA seqDB search VNIYTLQPRKAHLVLEDGHHFEGYSFGKEVSSAGEVVFNTGLVGYPEALTDPSYRGQILT LTYPIIGNYGVPDTNKVDEFGLRSYVESDKIQVSGLIVQDYTTEHSHWNSVQSLSQWLMN DGVPALFGIDTRMITKMVRDKGTVLGKIEYDDQPIPFDDPNIRNLIEEVSTKEIQYFGKG NPIKIIALDCGIKHNMLRSLIMRGAEVKLVPWNYDFTTESYDGLFISNGPGNPELATEAI QHVKVVIESDREEPIFGICMGNQLTGLAAGAKSYKLPLGNRGHNQPVLNVKTNQAFITSQ NHGFAIDTETLSNDWEVLFVNANDRSNEGIMHKSKPIFTAQFHPEAFGGPTDTQFLFDYF LDLITTKKKNVIHVMPRKKEQRSNCLKVEKVLVLGSGGLSIGQAGEFDYSGSQAIKALRE EDIQAVLMNPNIASVQTNAEGEKQANTVYFLPITPEFITEVIKREKPDGILLSMGGQTAL NCGVELHRQGVFQKHGVKVLGTQIDSIEATEDRQIFADKLKEIDEKLAPSMAVESLQDAI KAAEKIGYPVMIRAAYALGGLGSGVAKNKEELTRIATNAFAITNQVLIEQSLLGWKEVEY EVVRDAFDNCVTVCNMENLDPLGVHTGDSIVVAPSQTLSNEEYHKLRETAIKVVRHFGIV GECNIQYALHPESLDYCIIEINARLSRSSALASKATGYPLAFIAAKLALGIDLPSLQNQT TMMTTACFEPSLDYIVTKIPRWDMDRFTLMSKEIGSAMKSVGEVMAIGRTFEESLQKALR MTHPTVDGFKAELPAGKQYPSDFNIDHNLTTPNNTRIHTLAKAFKSGYSVNDIHKLTNID KWFLHKLFRIINIENDLSIFTKYNLDEELLVLAKKAGFSDKQIGQALKCSEAEIRKLRLD KSIMPWVKQIDTMAAEYPAKTNYLYCSYNGMEHDLDFTDHGTMVMGCGPYHIGSSVEFDW CAVSCIRALRTMDKKTVVVNHNPETVSTDFDECDRLYFEELSLERVLDIYQTEQCSGVIV SVGGQIPNNLALPLWKNGVKVLGTSPLMIDSAENRGIFSGICDSLHINQPEWRSLSTLDD ALDFAATVGYPCLLRPSYILSGSAMNVAYSPGELEKYLLEAAQISKEYPVVITKFYVGTR EVEMDAVAKDGNVVSHAICEHVENAGVHSGDATLMLPTQTITAPALASIREITRKIAQRF EISGPFNMQFLVKDSDVKIIELNLRASRSCPFVSKTIGTDFIDTATKVMLNEPLDLSTLP TLNTPHNPTSYVGIKAPMFSWPRLRDADPLLKCEMASTGEVACFGRTKYTAFLKAMMSAG FKIPKENGSVLVGVEKSFLPNFLPIVKRLSTIEIIISIILQIYATEKTADYLNLHYIPTE GVSWDIVDTNPDLVPATRLIREGKISLVINLPNEHTKHTKDNYLIRRAAIDSTTPLLTNF EIVKLFVEALDYVGNVQATSLFDYQKPRETPPRFAQN NT seq 4434 nt NT seq  +upstreamnt  +downstreamnt gtaaatatctacactttgcagccaagaaaagcgcatctagttttggaagatgggcatcat tttgaaggttattcatttggtaaagaggtctcatctgcaggtgaagttgtttttaacaca ggacttgttgggtacccagaggctctgacggaccctagttacagaggtcaaattttgact ttgacctatccaatcattggtaactatggagttccagataccaataaagtagacgagttt gggctcagaagttatgtggagtcagataaaattcaggtatctggtcttatagttcaagac tatacaacggagcatagtcactggaactctgtccagtctctatcacagtggttgatgaat gatggtgtcccagctctgtttggtattgataccagaatgatcaccaagatggttagagac aaggggacagttttgggtaaaattgagtatgatgatcaacctataccatttgatgatccc aatattagaaatctgatagaagaggtttctactaaggagatccaatattttggtaaagga aaccctataaaaatcatagctttagattgtggtatcaaacacaacatgttacgttctctg ataatgagaggcgcagaagtgaaattagtaccatggaattacgattttaccacagaaagt tacgatggattatttatttccaatggtcctggcaacccagaattagcaacagaagctatt caacacgtcaaagtagtgatagaaagtgatcgtgaggaaccaatatttggaatttgtatg ggaaatcaactaactggtcttgctgcaggagctaaatcttataaacttccacttggtaac aggggacataatcaaccggttttaaatgtaaaaacaaatcaggcgtttattacttcacaa aatcatggttttgccattgacactgaaacattatcgaatgactgggaagttttatttgtc aatgccaatgacaggtcaaacgagggaattatgcataaatccaagcctatttttactgcc cagtttcatccggaagcatttggtggacctactgacacacagtttttattcgactatttt ctggacttgatcacaactaagaaaaagaatgtcatccatgtcatgcctaggaaaaaagaa cagagatccaactgtctgaaggtagagaaagtgttggtattaggcagtggtggactatct atcggacaggctggagagttcgattacagtggttcacaagctattaaagcattacgagaa gaagacattcaagcagtattaatgaatccaaacatagcgtcagttcagaccaatgcagag ggagagaaacaagcgaatactgtttactttcttcccataactcccgagtttataactgaa gtcatcaagcgagaaaagcctgatggtatcctgttgtctatgggaggacagacggctcta aattgtggagttgagcttcacagacaaggcgtcttccagaaacacggggtaaaagtttta ggtacacaaattgacagtattgaagcgacagaggacagacaaatctttgccgataaactg aaagagatagatgagaaattggcaccaagtatggctgtagagagtttacaagatgcaata aaagcagctgaaaaaattgggtatccggttatgataagagcagcatatgctttaggtgga cttggatctggagtagctaaaaacaaagaagaacttactcggatagcgacaaatgcattt gcgataactaaccaagtgttgatcgagcagtcattgttaggctggaaggaagtggaatat gaagtagttagagacgcctttgataattgcgttactgtttgtaatatggaaaatcttgat ccgcttggagtacatacaggtgattctattgtggttgcaccaagtcaaactttatccaat gaagaatatcacaagctaagagagacagctataaaggttgtcagacattttggtatagtt ggtgaatgtaatatacagtatgctttacaccctgaatcattagattattgtatcatagaa atcaatgctcgcttatcaaggagttccgctttagcttctaaagcaacgggatatccccta gctttcatcgcagctaaactagctttgggaatagatttaccatccttacagaatcaaaca acaatgatgacaacagcctgttttgaacctagtttagattatattgtaaccaagataccc agatgggatatggacaggtttactctcatgtctaaagaaataggtagtgctatgaaaagt gttggagaggtgatggctatcggacgaacctttgaagaaagtctccagaaagctttaaga atgacacatcccactgttgatggattcaaggctgaattaccggcaggtaaacagtatcca tctgattttaatattgatcataatctgacaacaccaaataataccagaatccacactctt gctaaggcatttaaatctggttacagtgtcaacgatatacataaactaactaacatagat aaatggtttttacataaactgtttagaattattaacattgaaaatgatttatctatcttt accaaatacaatttagatgaagaactattggtgttagctaagaaggctggttttagtgat aagcagattggacaagctctcaaatgtagtgaagctgagatcagaaagctgagactggat aaatctatcatgccatgggtcaaacagattgatacaatggctgcagaatatccagcgaaa actaactatctgtattgttcttataatggaatggaacatgatttagattttactgatcat ggtacgatggtgatgggttgtggaccttatcatattggtagtagtgtagaatttgattgg tgtgctgtttcgtgtatcagagctctcagaactatggacaagaaaactgttgtggtaaat cacaatcccgagacagtcagtaccgactttgatgaatgtgatcgattgtattttgaagaa ttgtctcttgaaagagttttggatatttaccaaactgagcaatgcagtggagtgattgtc tcagtaggcggtcagataccaaacaatctagctctaccattatggaagaatggagttaaa gtattgggtacaagtcctttaatgatagatagtgctgaaaaccgaggcatattttctgga atatgtgactctcttcatattaaccaacctgaatggagatcattgagtactttggatgat gctttagattttgctgcgacagtaggttacccatgtttgttaaggccctcctatatcctc agtggatcagctatgaatgttgcttactctcctggcgaactagagaaatatttacttgaa gcagcccagatttctaaagaataccctgtcgtaataaccaaattctatgttgggacaaga gaagtggagatggatgccgtagctaaagatggaaatgttgtttcccatgctatctgtgaa catgtagaaaatgctggtgtacatagtggtgatgctactttaatgttaccaacacaaact attacagctccagctctagcttcaattcgtgaaataactcgtaaaattgctcagaggttt gagataagtggaccatttaatatgcagtttttggtaaaggacagtgatgtaaaaataatt gaattgaacctacgggcatctagatcttgcccctttgtttctaaaactattggaacagat tttatagatactgctactaaagtcatgttaaatgagccattggatttatctacattacca actctgaatacaccccacaaccctacatcttatgtcggaattaaggcaccaatgttttca tggccaagactgagagatgctgatcctctgttaaaatgtgaaatggcttctactggagag gtggcatgttttggtcgaacgaaatacacagcatttttaaaagctatgatgtcagcaggt tttaagatacctaaagaaaacggctcagttttagttggtgttgaaaaatcatttcttccc aattttttacccattgttaaacgactctctactattgaaataatcatatctattatctta cagatctatgcaacagaaaagacggctgattatctaaatttacactacataccaactgaa ggagttagctgggatattgttgatactaatcctgatttggtaccagccacaaggttgata agagaaggaaaaataagtctagttattaatttaccaaatgaacataccaaacatacaaaa gacaattatttaatacgtagagcagctattgattctactacaccattacttactaacttc gagattgttaaattatttgttgaagctttggattatgttggtaatgttcaagctaccagt ttatttgactatcagaagccacgagaaacacctcctagattcgcccaaaactaa

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