Melampsora larici-populina: MELLADRAFT_45372 Help Entry MELLADRAFT_45372  CDS       T03138                                  Name (RefSeq) hypothetical protein   KO K00281   glycine cleavage system P protein (glycine dehydrogenase) [EC:1.4.4.2] Organism mlr  Melampsora larici-populina Pathway mlr00260   Glycine, serine and threonine metabolism mlr00630   Glyoxylate and dicarboxylate metabolism mlr00670   One carbon pool by folate mlr00785   Lipoic acid metabolism mlr01100   Metabolic pathways mlr01110   Biosynthesis of secondary metabolites mlr01200   Carbon metabolism Module mlr_M00621   Glycine cleavage system Brite KEGG Orthology (KO) [BR:mlr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     MELLADRAFT_45372   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     MELLADRAFT_45372   09108 Metabolism of cofactors and vitamins    00785 Lipoic acid metabolism     MELLADRAFT_45372    00670 One carbon pool by folate     MELLADRAFT_45372 Enzymes [BR:mlr01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.4  With a disulfide as acceptor     1.4.4.2  glycine dehydrogenase (aminomethyl-transferring)      MELLADRAFT_45372 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  GDC-P GcvP2_C Beta_elim_lyase RNase_Zc3h12a_2 DUF7648 Motif Other DBs NCBI-GeneID:  18928242 NCBI-ProteinID:  XP_007415996 JGI:  Mellp1_45372 UniProt:  F4S3S6 LinkDB All DBs Position Unknown AA seq 1075 aa AA seqDB search MLSSLSIISRITSRPAISKSYIPTSRALTKRCISIRANPTGAAITNNQQLRTATTKSAAT SEIHSSIFAPLDTFPSRHVGPRDEDIKYMLKTLGFESLDDFVNEVVPDSIRMNELNNEEL PVLSESQLSKRAEELSNKNILARNYIGMGYSNAVMPPAIARNVLENPAWYTSYTPYQPEI SQGRLESLINYQTMISSLTGLSISNASLLDEATAAAEAMTLSYNQLKGKKKTYLVDRSVY PQTMAVLRNRSGPTGINLVVGNIKKILEGSTEHDRQLKADCFGALLQYPERRGDITDWAS VTEQIHELGGLVTCATDLLSLTKIKPPGEWGADIAVGNSARFGVPLGYGGPHAAFFAVKE SLTRKIPGRLIGVSKDANGKPAYRLTLQTREQHIRRDKALSNVCTAQALLANLAAFYAVY HGPHGLSKIADKVHAFTQVLEAGLKKLSYEIVNESYFDRLTVNTSRIAMKVVMSEAEKRL INLRSPDEFHVGITIDESHSIDDLVKLLNLFVDLNDMTFNNRRSAADHHFTAQSVLDLAK SLKLDTILELPTSNSINASSSKPTQSPVRSVVPSPMQRQSKFLEHKVFNSYHSETALMRY IYSLQAKDLSLVDSMIPLGSCTMKLNSASSMMPLSMKKFSELHPFAPVHQAKGYLEMIRE LEEDLSRITGFPAISLQPNSGAQGEYAGLSVIRAYHHARGDKQREVCLVPVSAHGTNPAS AVMAGMRVISIKTTNTGELDLVDLEAKASKHAHELAAIMITYPSTFGVFEPNVAKACEII HRYGGQVYLDGANMNAQIGLTNPVKCGADVCHLNLHKTFGIPHGGGGPGVGPIGVAGHLA KYLPGHPLIKTGGSEGIEPVTSAPWGSASILTISWAYIKMLGGSGLTLSSKIALLNANYM AKRLQDRFEVKYKNAQGRCAHEFILDFAEFDKKAGIKVMDVAKRLIDYGFHPPTCSWPIS TAMLIEPTESEDLAELDRFCDAMISIRQEIDDIMAEGSKLKETNVIKNAPHTIEDLTMSE EEWASKRSYSKVQAVYPVDSLRKRKFWPSVARIDDAYGDMNIYCTCPSTEEVAEN NT seq 3228 nt NT seq  +upstreamnt  +downstreamnt atgttatcttccctctcgatcatcagtcgaataactagtcggccggctatatcaaagtct tacattcctacgtctcgagcactgactaagcgctgcatcagtattcgcgcgaatcctaca ggagccgctatcacgaacaatcaacaactccgtaccgccacgaccaagtctgcggctaca tctgaaattcacagctcaatatttgctcctttggatactttcccttcccgccatgtgggt cctcgcgatgaagacatcaaatatatgttgaaaacccttggcttcgagtctcttgatgat tttgttaatgaagtcgtacccgactcgattcgaatgaatgagctcaacaatgaagagctc cctgttctgagcgagagccaactatctaagcgtgcagaagagttgtcgaacaaaaacatc ttggcaagaaattacattggaatgggatactcgaatgccgtcatgccgcctgcgattgct agaaatgtccttgaaaatcccgcttggtacacgagttacactccctaccagcctgaaata tctcaaggcagattggagtctttgatcaattaccagacgatgatcagctcgctcaccggt ttatcaatttctaatgcatcattattagacgaagcaactgctgccgctgaagctatgaca ctttcttacaatcagttgaagggaaagaaaaaaacctaccttgtcgatcgatctgtgtac cctcaaactatggctgttctccgtaaccgatcaggtcctacaggcatcaatcttgtggtc ggaaacatcaaaaaaatcctggaaggctccacagagcacgatcgacagctcaaagccgac tgtttcggagcgctcctccaatatcctgagcgacgaggagacattacagactgggcatcc gttactgagcagattcacgaacttggcggcttagtcacttgcgctactgatcttttatca ttaactaagatcaagcccccaggtgaatggggcgcagacattgcggtcggaaacagtgcc cgatttggagtccctctaggctatggtggaccccatgcagccttctttgccgtcaaagag agtttgacgcggaaaatccccggccggttgatcggcgtgtcaaaggacgctaatggaaaa cccgcttatcgattaacgctgcagactcgggaacagcatatccgcagagataaagctctt tccaacgtatgcactgcccaggcattattggccaacctggcagcgttctacgcagtatat catggaccacacggtctttcgaaaattgccgataaagttcacgccttcactcaagtttta gaggctggtttgaaaaagttgagctacgagattgttaatgagagttattttgatcggttg acagtcaacacttctcgaatcgccatgaaagttgtgatgagtgaagccgagaaacgtttg ataaacctacgatctccagacgaattccatgtaggaatcactatagacgagtctcattcg attgatgatctagtcaagctcctaaatctctttgtagacttgaacgacatgacattcaac aaccggagatcggcagctgaccatcactttacggctcaatccgtccttgacttggctaag tccttgaagctcgacactatccttgagctacctactagcaactccatcaatgcatcctct tctaagccgactcaatctcccgtgcgatctgttgttccatctccaatgcagagacagagc aaatttctagagcacaaggttttcaattcgtaccactccgaaacagccctgatgcgatat atctactcccttcaagctaaagatctgtccctcgttgacagcatgatcccgctgggctct tgtactatgaaactgaactcggcaagctcgatgatgccattaagcatgaagaaattcagc gagctacatccttttgcccccgtccatcaagccaaaggatacttggaaatgattcgcgaa ttggaagaagacttgagtaggatcactggcttcccggcaatcagtcttcagcccaattcg ggagctcagggagagtacgccggcctgtccgtcattcgagcctatcatcacgcccgaggt gacaaacaacgagaagtatgtctggtacctgtcagcgcgcatggcaccaatccagcctct gctgtgatggccggaatgagagtaatttcgatcaaaactacaaatactggcgaactcgat ttggtggatttggaagcaaaagcttcaaagcatgctcatgagctggcagcaattatgatc acctacccttcaacctttggggttttcgaaccaaatgtagcaaaggcttgtgagattatt catcgatatggtggtcaagtatacctggatggtgcaaatatgaacgcccagattggactc actaatccagtcaaatgcggcgctgatgtttgccacttgaatttgcacaagacctttgga atacctcatggtggtggcggtcccggtgttggaccaattggagtagccggtcatttggca aagtatcttccgggtcatccactcatcaagacaggtggatcggagggcattgaacctgtt acatccgctccatggggctctgcttctattcttacaatctcatgggcgtatatcaagatg ctaggaggaagtggcctcaccttgagttctaaaattgctcttctcaatgccaactacatg gccaagagactccaagatcgctttgaagtaaaatacaagaatgcacaaggcaggtgcgcg cacgagtttatactggactttgccgaatttgataagaaagctggaatcaaagtcatggac gtagcgaaacgattgatagattatggattccatccgccgacctgctcctggccgatttcg acagcaatgctgatagaacccactgaatccgaagatttggccgaattggatcgtttttgt gatgcgatgatctccatcagacaagagatagatgacatcatggctgagggttccaagctg aaggaaacgaacgtcatcaaaaatgcacctcatacaattgaagatttgacgatgagtgaa gaggaatgggccagcaagcggtcgtatagtaaggttcaagctgtttatccggtcgacagc ttgaggaagaggaagttttggcctagtgtggccagaattgacgacgcttatggtgatatg aatatttactgtacatgtccatcgacagaggaagtagctgagaactag

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