Kwoniella mangroviensis: 30161962 Help Entry 30161962          CDS       T10313                                  Symbol I203_107397 Name (RefSeq) hypothetical protein   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism kmg  Kwoniella mangroviensis Pathway kmg00220   Arginine biosynthesis kmg00250   Alanine, aspartate and glutamate metabolism kmg00430   Taurine and hypotaurine metabolism kmg00910   Nitrogen metabolism kmg01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:kmg00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     30161962 (I203_107397)   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     30161962 (I203_107397)    00220 Arginine biosynthesis     30161962 (I203_107397)   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     30161962 (I203_107397) Enzymes [BR:kmg01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.1  With NAD+ or NADP+ as acceptor     1.4.1.2  glutamate dehydrogenase      30161962 (I203_107397) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GDH_2nd ELFV_dehydrog GDH2_N Bac_GDH_CD ELFV_dehydrog_N Motif Other DBs NCBI-GeneID:  30161962 NCBI-ProteinID:  XP_019005298 LinkDB All DBs Position 2:1427171..1430899 Genome browser AA seq 1060 aa AA seqDB search MSSPIGTPNGSLQPPLPQQVANLINGAASGRSSRASSESGGNRIRKDTIGYKSSPFPAKA DQQANVSRILAESGFMPQELVHGEVDWFYNHLGIENSYFLWEKPETIADHVLALFSAKLL AYTKHDPEKLVIDLEKITPEGQEKGREGAVFIHTSKAGVTVADGPGGTVEKRIDSLFFDE SSPEKAYRLETYRSTGAISSTISQQLRCYFVSRCSFPTSAPVKTAEGTTEIRSVSDSAFL EKASENTLEVYQHVMNEVERRYGPVIEMFEVEDSRERRLVIGYKMGGTRKFFSALSDLYH FYGLYSARKYVEQFSNGVTIISMYLNPVPNTRAPPIEHSIHQVVREASLLYCLPDNPFFS VADDDDSPHAVQEATYAYVGWIFAQHFCNRLGSAYLALKNALDESNPDHAEVLNKIKTRF REETFTRDSIKEVIQNHPDLVRMLYINFAMVHYPAADEASQLTPTLSFQRLKTEQPLTDE QLYQKIRRTAANQHAVQILEALLIFNKHVLKCNFYQPTKVALSFRLDPNFLPDVEYPKKP FGMFFVVGSDFRGFHVRFRDVARGGIRIIRSRSKENYNSNVRTLFDENYALSSTQNLKNK DIPEGGAKGTILPDVSANYKQCFEKYADSIIDLLIPGKTPGIKGKIVDVSGRRDPEILFF GPDENTADLMDWAAQHARSRQAPWWKSFTTGKSAELLGGIPHDTYGMTSLSVRQYILGVL KAHGLNEKDVTKLQTGGPDGDLGSNEILLSRDKTVGIIDGSGIIYDPAGLDRQELIRLAK GRKMIGEFDPSKFGPDGYRVLVDDKDLKLPSGEIVPDGTQYRNEFHFRVKCDLFVPCGGR PEAVNISNVNHLIDAEGKPHFKYIVEGANLFFTQQARLFMEKKGVVHFKDASTNKGGVTS SSLEVLAGLGLNDEEYLDLMVFKEGKSSPFYQSYVRDIQSKICENAAAEYTCITKEWLRN KGTKSRTVISDQLSSTLNDLQNELEVSDLYENIASRKNVLSRAIPRTLVDKVGLDTLMQR LPEQYQRAIWSAWVSSHYIYECSLQASNVDFFHFFSKLSA NT seq 3183 nt NT seq  +upstreamnt  +downstreamnt atgtcgtctccaattggaacgcccaatggctcgctccagccaccacttcctcaacaagta gctaacctgatcaacggtgctgcttccggaagatcttctagagcaagctcggaatcagga ggtaacaggattagaaaggacacgattggctacaagtcatctcctttcccagccaaggca gaccaacaagccaatgtatctcgtattctcgccgagagtggattcatgcctcaagaactc gtgcatggtgaagtggattggttctacaaccatctcggtattgaaaactcttacttcctt tgggaaaaaccagagactattgcggatcacgtcctcgctttattctctgctaaattgcta gcttacactaagcatgatcccgagaaactcgtcattgaccttgagaagatcacacctgag ggtcaagagaagggaagagaaggagcggtcttcatccacacttcgaaagctggtgtgacc gttgcggacggtcccggtggtacagtcgagaagagaatcgattctctcttctttgacgaa tcttcccctgagaaagcttaccgactcgaaacctatcgatcgactggtgctatctcctcg accatctcccaacaactcagatgttactttgtctccagatgttctttccctacttcagca cctgtcaagactgctgaaggtaccaccgaaattagatcagtctcagattcagctttcctc gaaaaggccagtgagaacaccttggaggtctaccaacatgtcatgaacgaagtggagaga cgatacggacctgtcattgagatgttcgaggttgaagattctagagagagaagattggtc attggttacaagatgggaggtacaaggaagttcttctcagctctcagtgacctttaccat ttctacgggctttactctgctcgaaaatacgttgagcaattctcgaacggtgtgaccatc atctcaatgtacctcaaccctgttcccaacaccagagctcctcccatcgaacactccatc caccaagtcgtccgagaagcctctttactttactgtcttcccgataaccccttcttctcc gttgccgatgatgatgacagtcctcacgctgtccaggaagccacatacgcttatgtcggt tggatcttcgctcaacacttctgtaaccgacttggttcagcctacctcgcgttgaagaat gctctcgatgagtctaatcctgaccacgccgaggtgttgaataagatcaaaactagattt agagaagagactttcactagagatagtatcaaagaggttatccaaaaccaccctgatctc gtgcgaatgctttacatcaacttcgccatggttcattacccagcagccgatgaagcatct caactcactcctaccctctctttccagcgactcaagaccgaacaacctcttaccgacgaa cagttgtaccaaaagatcaggaggacagctgcgaaccaacacgctgtgcaaattctcgag gcgttactcattttcaacaaacacgttctcaagtgcaacttttaccaacctaccaaggtc gctctttccttccgacttgatcccaacttccttcctgacgtagaatacccaaagaaaccc tttggtatgttcttcgttgtcggatcggatttccgaggattccacgtccgattcagagat gttgccagaggtggtatccgaatcatccgatcaagaagtaaggagaactacaattccaat gttagaaccttgttcgatgagaactatgctttatcttctacacagaatctgaagaacaag gacattcccgaaggtggtgcaaagggaacgatcttgcccgatgtcagtgcgaactacaag caatgtttcgaaaagtacgccgactcaatcatcgacttgcttatccccggtaaaacacct ggtatcaaagggaagattgtggacgtcagtggaagacgggatcctgagatccttttcttt ggacctgatgagaacactgcggatctgatggactgggcagcccaacatgccagatcgaga caggctccatggtggaaatcttttaccactggtaaatctgcagagttactcggcggtatc ccgcatgatacctacggtatgacttctttgtctgtgagacaatacatccttggtgttctc aaggcccacggactcaatgagaaggacgtgacgaaactccagactggtggaccagacggt gatttgggttcaaacgagatcttactttcgagagacaagacggtcggaatcatcgatgga agtggtatcatctatgatcctgctggtttagacagacaggagttgatcagattggcaaag ggtagaaagatgatcggcgaatttgatccttcgaaattcggccctgatggttatagagta ttggtggatgataaggatttgaaattgccttccggcgagatcgtccccgatggaactcag tacagaaacgaattccatttccgagtgaaatgcgatttattcgtaccatgtggtggtcga cctgaagcagtcaacatctccaatgtcaaccatcttatcgacgctgaaggtaaacctcac ttcaaatacattgtcgaaggtgccaacttgttctttactcaacaagcgagattgttcatg gagaagaaaggtgtcgttcatttcaaggatgcttcgaccaacaaaggtggtgtcacttcc tcatcacttgaggtgcttgctggattgggattgaacgatgaagaatacttggatctgatg gttttcaaagaaggaaaatcttcgccattctatcaaagttatgttcgagatatccaatct aagatctgtgagaatgccgcagcggaatacacctgcataacgaaagaatggttacgaaac aagggaaccaaatcgcgaaccgtcatctcggatcaactctcctcgacgctcaacgacttg caaaatgaattggaagtttctgacttgtatgagaacatcgcaagtaggaagaatgtcctc tccagagctataccgaggactttggttgataaagtcggattggatactttgatgcagcga ctacctgagcaataccaacgagctatctggtctgcttgggtcagctcacattatatctac gaatgctcactgcaagcttcaaacgtcgatttcttccatttcttctcgaagctttccgca tag

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