Spathaspora passalidarum: SPAPADRAFT_134523 Help Entry SPAPADRAFT_134523 CDS       T03101                                  Symbol ADE3 Name (RefSeq) hypothetical protein   KO K00288   methylenetetrahydrofolate dehydrogenase (NADP+) / methenyltetrahydrofolate cyclohydrolase / formyltetrahydrofolate synthetase [EC:1.5.1.5 3.5.4.9 6.3.4.3] Organism spaa  Spathaspora passalidarum Pathway spaa00670   One carbon pool by folate spaa01100   Metabolic pathways spaa01240   Biosynthesis of cofactors spaa04981   Folate transport and metabolism Module spaa_M00141   C1-unit interconversion, eukaryotes Brite KEGG Orthology (KO) [BR:spaa00001]  09100 Metabolism   09108 Metabolism of cofactors and vitamins    00670 One carbon pool by folate     SPAPADRAFT_134523 (ADE3)  09150 Organismal Systems   09154 Digestive system    04981 Folate transport and metabolism     SPAPADRAFT_134523 (ADE3)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:spaa04147]     SPAPADRAFT_134523 (ADE3) Enzymes [BR:spaa01000]  1. Oxidoreductases   1.5  Acting on the CH-NH group of donors    1.5.1  With NAD+ or NADP+ as acceptor     1.5.1.5  methylenetetrahydrofolate dehydrogenase (NADP+)      SPAPADRAFT_134523 (ADE3)  3. Hydrolases   3.5  Acting on carbon-nitrogen bonds, other than peptide bonds    3.5.4  In cyclic amidines     3.5.4.9  methenyltetrahydrofolate cyclohydrolase      SPAPADRAFT_134523 (ADE3)  6. Ligases   6.3  Forming carbon-nitrogen bonds    6.3.4  Other carbon-nitrogen ligases     6.3.4.3  formate---tetrahydrofolate ligase      SPAPADRAFT_134523 (ADE3) Exosome [BR:spaa04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    SPAPADRAFT_134523 (ADE3) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  FTHFS THF_DHG_CYH_C THF_DHG_CYH 2_5_RNA_ligase2 CbiA GTP_EFTU Motif Other DBs NCBI-GeneID:  18869828 NCBI-ProteinID:  XP_007373715 JGI:  134523 UniProt:  G3AHG7 LinkDB All DBs Position Unknown AA seq 946 aa AA seqDB search MASAIIDGKAIAQQVRTDVHADITAFQAKHPDFHPHLTIIQVGDRPDSSTYVKMKLKAAN EASISCELLKLPETISEFELLSQVEKLNNSTTVDGILVQLPLPAHIDEAKVTDAVLASKD VDGFGPFNVGELAKKGGEPLFLPCTPKGIMHLLSTSDVTIEGANAVVLGRSDIVGKPMAN LLTRANASVTILHSRTPVDQIKQYLAHADIVVAAIGQPGFIQGDWIKPGSVVIDVGTNFI PDSTKKSGSRMVGDVDFEAASQRTRLITPVPGGVGPMTVACLLENVVIAAKRHYSANNET PKFTNPLKLNLLKPVPSDFEISRAQQPKRINQVAKEAGILDSELEPFGFYKAKVSLDLLK RLDNKKNGKYVLVTGITPTPLGEGKSTTTVGLAQALGAHLNKNVFANVRQPSMGPTFGIK GGAAGGGYSQVIPMDEFNMHVTGDIHAITMANNLLAAAIDTRMFHESTQKDGPLYKRLVP AKKGVRTFTPSMLRRLKKLGIDKTDPDSLTPEEVTAFARLDIDPETITWRRVVDCNDRFL RGITIGQAPTERGFTRATGFDITVASECMAILALANSLEDMRERLGKMVIGASKAGVPVT CEDIGCAGALTALLKDAIKPNIMQTLEGTPVFVHAGPFANISIGASSILADKMALKLAGT SKDLDDEERAEQEGYVVTEAGFDFTMGGERFINIKCRSSGLVPDVIVIVATVRALKVHGG GPEVKAGAPLAPEYTQENVELLRAGCANLAKHIANAKSYGLPVVVAINKMSSDSDKEHEV IREEALKAGADDAIVSNHWEEGGQGAVDLAHGVIKAANSPTRNFNFLYGLEPSVEDKIAT IAKEMYGAGEVEFLPEAQKKIDLYTKQGFGNLPICIAKTQYSLSHDAQLKGVPQGFKFPI RDVRASIGAGYLYALAAEIQTIPGLPTHCGFMNVEVNEDGEIDGLF NT seq 2841 nt NT seq  +upstreamnt  +downstreamnt atggcctctgctattattgacggtaaggctattgcccaacaagttcgcactgatgtccat gccgatatcactgccttccaagcaaaacaccctgattttcacccacatttaaccattatc caagtcggtgacagaccagactcctccacctatgtcaagatgaaactcaaggctgccaat gaagcttccatctcctgtgaactcttgaaacttccagaaacaatttctgaattcgaattg ctttctcaagtggaaaagttgaacaactctactactgttgacggtattcttgttcaatta cctttaccagcccacatcgacgaagctaaagtcactgatgctgtgcttgcttctaaggac gttgatggatttggtcctttcaatgttggtgaattggccaagaaaggtggtgaaccattg ttcttaccatgcactccaaagggtatcatgcacttgttatccacctcagatgttaccatt gaaggtgccaatgccgttgttttgggtagatctgacattgttggaaagccaatggctaac ttgttaaccagagccaacgccagtgttactattttacattccagaaccccagttgaccaa atcaagcaatacttggcccatgctgatattgttgttgcagcaattggtcaaccaggtttc atccaaggtgactggatcaaaccaggttcagttgtcattgatgttggtaccaacttcatt cctgacagtaccaagaagtctggttctcgtatggttggtgatgttgatttcgaagccgct tctcaaagaaccagattaattaccccagttccaggtggggttggtccaatgactgttgct tgtttattggaaaacgtcgtcattgctgccaagagacactattctgccaacaatgaaact cctaaattcaccaatccattgaagcttaacttgcttaagccagttccttcagatttcgaa atttctcgtgctcaacaaccaaagagaattaaccaagttgctaaagaagctggtatttta gattctgaattagaaccatttggtttctacaaggccaaggtttccttggatcttctcaaa cgtcttgacaataagaagaatggtaaatatgtcttggttaccggtataactccaactcca ttgggtgaaggtaaatctaccaccactgtcggtttagcccaagccttgggtgctcactta aacaagaatgtctttgccaatgttcgtcaaccttctatgggtcctacttttggtatcaaa ggtggtgctgccggtggtggttattcccaagttattcctatggacgaattcaacatgcac gttactggtgatattcatgctattaccatggccaacaacttgttagctgctgctattgac actagaatgttccatgaatctactcaaaaagacggtccactttacaagagattggttcct gccaagaagggagttagaaccttcactccttccatgttgagaagattaaagaagttgggt attgacaagaccgatcctgattcattaaccccagaagaagtaactgcttttgccagatta gacattgatccagaaacaatcacttggagaagagtagttgattgtaatgatagattcttg agaggtattactatcggacaagccccaactgaacgtggattcactagagccactgggttt gatatcactgttgcttcagaatgtatggctattcttgccttggccaactctcttgaagat atgcgtgaaagattaggtaagatggtcattggtgcttccaaggctggtgttccagttaca tgtgaagatatcggttgtgctggtgctcttaccgccttacttaaggatgctattaagcca aacattatgcaaactcttgaaggtactccagtctttgtccatgctggtccattcgccaac atttccattggtgcttcttctattttagccgacaaaatggccttgaaattagccggtact tccaaggacttggatgatgaagaacgtgctgaacaagaaggttacgttgttactgaagcc gggtttgatttcaccatgggtggtgaaagattcatcaacatcaagtgtcgttcctcgggt cttgtgcctgatgttattgtcattgtcgccactgttcgtgccttgaaggttcatggtggt ggtcctgaagtcaaggctggtgctccattagctcctgaatacactcaagaaaatgtcgag ttattacgtgctggttgtgccaacttggctaaacatattgccaatgccaagagctatggt ttacctgttgttgttgccatcaacaaaatgtcttctgactctgacaaggaacatgaagtt attcgtgaagaagccctcaaggccggtgccgatgacgctattgtatccaaccattgggaa gaaggtggtcaaggtgccgttgatttagctcacggtgtcatcaaggctgctaattctcca accagaaacttcaacttcttgtatggattagaaccatctgtcgaagacaagattgccacc attgccaaggaaatgtatggtgctggagaagttgagttccttcctgaagcacaaaagaag attgatctttacaccaagcaagggttcggtaatttgccaatctgtattgccaagactcaa tattccctttcccatgatgctcaactcaagggtgttcctcaaggattcaagttcccaatc agggacgtcagggcatccattggtgctggatacttgtatgctttggctgccgagatccaa accattcctgggttacctacccattgtggattcatgaatgtcgaagttaatgaagatggt gagattgatggattgttttag

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