KEGG   Idiomarina sp. X4: CWC33_11945
Entry
CWC33_11945       CDS       T05226                                 
Name
(GenBank) NAD-glutamate dehydrogenase
  KO
K15371  glutamate dehydrogenase [EC:1.4.1.2]
Organism
idi  Idiomarina sp. X4
Pathway
idi00220  Arginine biosynthesis
idi00250  Alanine, aspartate and glutamate metabolism
idi00430  Taurine and hypotaurine metabolism
idi00910  Nitrogen metabolism
idi01100  Metabolic pathways
idi01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:idi00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CWC33_11945
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    CWC33_11945
   00220 Arginine biosynthesis
    CWC33_11945
  09106 Metabolism of other amino acids
   00430 Taurine and hypotaurine metabolism
    CWC33_11945
Enzymes [BR:idi01000]
 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
     CWC33_11945
SSDB
Motif
Pfam: Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_ACT3 GDH_HM3 GDH_HM1 GDH_HM2 ELFV_dehydrog NBP1
Other DBs
NCBI-ProteinID: ATZ74367
Position
complement(2472174..2477021)
AA seq 1615 aa
MSLVDSQSPVLLEKVVELINKKVPAPQAHLVADFAKRLYRNIASDDLTNRHDSDMYGAVL
GLWHSFNEYTPGDKALIKVYNPDVPTDGWESPHTIVEIIQSDMPFMVDSVRMALSRLGIT
SHLLLHMPISHKRDKSHQVTELQKPGTRSNDNYVDTVFLIEIDRQTSKEEIKTLKKELVS
VMEEISLAVEDWKLMRERLQDVAKELDNDFYPGDKVYKNEAKKFLKWLADDNFTLTGYRK
YELSPVKGDYELKQIKDSSLGLMKNSVSDKGRLVSSLPEDAREIIQNDRLLLLTKTNSKS
RVHRPAYSDYIGIKRFNEKGEVIGEHRFIGLYSASFYNNSTSDIPLVSEKISRVLEMSGF
APQSHAAKALLNILETYPRDEIVQAEEDDLLEVGLGVLQMQERDMTRVFLRRDIFGRFMS
CMVYVPKERYNTLLRERTQSILARTFKTEYDVDFTTYFSESSLARTHYTVRLSDSHQMIN
VKDLEQNLIEAARTWEDNFERILQSTYGEAQATRLNKRYSSAFPRAYKEDVLPSVAISDI
KQLESLDDDHKLGMVLYRAQEEKDDSKHLHLKLFHKDEPIHLSDVLPMLENFGLRVIGES
PYQIKAADGNVFWVLDFQMLHTAGSLDLEESRETFQNAFAKVWDGQLEDDGFNRLVLGAG
MNGRQATILRMLAKYMRQIGTTFSQSYIESTFSKYPLLAKLVVKMFYTKFEPGTKDVDKK
LEALHTRINTELDNVANLDDDRIIRRYVELIDAALRTNFFQSDEGGKDKPYISLKFLPEM
VPEMPLPLPKFEIFVYSPRVEGVHLRGGKVARGGLRWSDRREDFRTEILGLVKAQQVKNT
VIVPVGAKGGFICKALPEDREGFIAEGQACYKTFIRALLDITDNIVEGEIIPPKDVVRHD
EDDPYLVVAADKGTATFSDIANGISAEYNFWLGDAFASGGSVGYDHKKMGITARGAWESV
KRHFREMGIDCQTTDFTCVAVGDMGGDVFGNGMLLSKHTRLQAAFNHMHIFIDPEPDAAS
SWNERDRLFKMPRSSWDDYNRELISKGGGVFSRSAKAIELTPEIKKMIGTNKKSMTPNEL
IKACLTMEVDLIWNGGIGTYVKGKAETDTDVGDRANDALRVNGRELKAKVVGEGGNLGFT
QLGRIEFAQKGGRINTDFVDNVGGVDCSDNEVNIKILLNGLVNSGDLTQKQRDKLLYDMT
EEVAEIVLDDCNRQTQSLSVTALRGADQVKELQRFIHQLERDGALNRQLEFLPDDDELAE
RQASNQGLTRPELSVLTAYGKMVLKEQLITDEITEDPYHARELFDSFPVPLRERFAEAMT
SHPLKGQIIATKLANNIVNDMGPNFVFRKQEATGASVAEVASAYVVARECFKVEELTDKI
EALNNKVPAEVQNDVLFQLRRMVRRATRWFLRHRNPTLNGIQEHLDFYMGAFDDLRKNCL
KYMIEDEAKVIEETIEKYKEHGFPAELAKQVSSLSTIFSAMDLAEVANDSGQNLKTVGTL
YFRLGAELNLHWFLTQINNQPVANHWQALARAAFREELDWQQRSLTQVVLKATSDAKDPE
KMISEWVEKNETLLYRWQQMLSDFKTTKSHEFAKFSVALRELMLLSHNCAPKVSN
NT seq 4848 nt   +upstreamnt  +downstreamnt
atgtcgttggtcgatagtcaatctccggttttactggaaaaagtcgttgaattgataaat
aagaaagttccagctcctcaggcgcatttagttgcagattttgccaaacggttataccga
aacatagcgagtgatgatttaaccaatcgtcacgacagcgatatgtacggtgctgtctta
ggactttggcatagctttaacgaatatactccgggcgataaagcactcataaaagtttat
aacccagatgtgccaactgacggttgggaatcgccgcatactatcgtcgaaattattcaa
agcgatatgccgtttatggtcgactcagttcgcatggcgttatcgcgtctgggcattaca
tcacacttgctgttgcatatgccgattagccataagcgcgacaagagccatcaagttaca
gagttacaaaagccgggcacacgtagcaacgataactacgtggataccgtatttttaatc
gaaattgaccgtcaaaccagcaaagaggaaattaaaacactgaaaaaagagctggtttct
gtcatggaagaaattagccttgcggtggaagattggaagctcatgcgtgagcgtttacag
gatgtcgctaaagagctcgataacgatttctacccaggtgacaaagtctacaaaaacgaa
gcgaaaaagtttttaaagtggctagccgacgacaacttcacattaactggttaccgtaaa
tacgagctcagccctgtaaaaggcgactatgagctaaaacaaattaaagattccagtctt
ggcttaatgaagaactcggtcagcgataaaggccgtctggtctcatcgctgccggaagat
gctcgtgaaataatccagaatgatcgattgttgttgctgacgaagacgaactctaaatcg
agagttcaccgcccggcatattctgactatatcggcattaaacgtttcaatgaaaagggc
gaggttattggcgagcaccgttttatcgggctttactcagcgagtttctacaataacagc
acctccgatattccgttggtcagtgaaaaaatctcgcgagtgctggaaatgtcaggtttt
gcgccacagtcccatgcggctaaagcgttgctgaatattttagaaacctacccacgtgat
gaaattgtacaggccgaagaagacgacttattagaggtcggccttggtgtgctgcaaatg
caggagcgtgatatgacgcgggtgttcttgcgtcgcgatatctttggtcgtttcatgtcg
tgcatggtgtacgtacctaaagaacgctataacactttactgcgtgaacgtacgcaaagc
attttagcaagaacgttcaaaacggaatacgacgttgattttacaacgtatttttcagag
tcctcgctggcaagaacccactatacggttcgcttaagcgatagtcatcagatgattaac
gtgaaagatttggagcaaaacttgattgaagcagcacgcacctgggaagataacttcgaa
agaattctgcagtcaacgtatggtgaagctcaggcgacgcgactcaacaagcgttattct
tcagcgttcccacgcgcctacaaagaagacgttctgccatcggtggccatttcagatatt
aagcagcttgagtcgctagacgacgatcacaagctgggtatggtgctgtacagggctcag
gaagaaaaagatgacagcaaacatcttcatttaaagctattccataaagacgaaccgatt
catctatctgacgtgctgccaatgctcgagaactttggcttgcgtgtcattggtgaaagc
ccgtatcaaataaaagcagctgacggcaatgtattttgggtgctggatttccaaatgctt
catacggctggttcacttgatttagaagaaagtcgcgaaaccttccagaatgcttttgcc
aaagtatgggacgggcagcttgaagacgacggcttcaaccgtttagtgctaggggccggg
atgaatggccgccaagcgaccattttacgtatgctggctaagtacatgcgtcaaattggt
accactttcagccaaagctacattgaaagtacgttcagcaaatacccgttactggctaaa
ttggttgtaaaaatgttctacaccaagtttgagccaggcacaaaagacgttgataaaaag
cttgaggcgttgcatacgcgtatcaataccgagctggataacgttgctaacttagatgat
gaccgtattattcgtcgttacgtcgagttaattgacgcggcgcttagaacaaactttttc
caaagtgatgaaggtggcaaagacaaaccttatatctcactgaagtttttaccggaaatg
gtaccggaaatgccgttaccattaccgaagtttgaaatttttgtttactcaccgcgtgtt
gaaggtgttcacttacgtggaggtaaggtagcccgtggtggcctgcgttggtccgacaga
cgtgaagacttccgtactgaaattttaggtttggtcaaagcacaacaggtgaagaacacc
gttattgttccggtcggtgccaagggtggattcatttgtaaggcgctaccggaagaccgg
gaaggcttcatagcagaaggccaggcgtgctacaaaactttcattcgcgcattactggat
attactgacaacattgttgaaggcgaaattattccgcctaaagacgttgtccgtcatgac
gaggatgacccatatttagtagttgcagccgataaaggcaccgcgacattctctgatatc
gctaacggtatttctgctgagtataatttctggttgggtgatgcgtttgcctcaggcggc
tcagtaggttatgaccacaagaagatggggattaccgcgcgtggtgcttgggaatccgtt
aaacgtcatttccgtgaaatgggcattgattgccaaaccacagactttacttgtgttgct
gtaggcgatatgggtggtgatgtatttggtaacggtatgctgttgtcgaagcacacacgc
ttgcaagcagcatttaaccatatgcatattttcattgaccctgaaccagatgcggccagc
tcctggaatgagcgagatcgacttttcaaaatgccacgctcaagctgggatgattacaac
agagagttaatttcaaaaggcggcggggttttctcacgaagtgcgaaagctatcgaattg
acacctgaaattaaaaagatgattggcaccaacaagaagtccatgacaccgaacgagctg
atcaaagcttgcttgaccatggaggtcgatcttatctggaacggcggcattggcacttat
gttaaaggtaaagcggaaaccgatactgacgtcggcgaccgcgcaaatgacgcgttacgt
gttaacggccgcgaactcaaagcaaaagttgtgggtgagggcggtaaccttggcttcacc
caacttggtcgtattgaatttgcgcagaaaggtggacgcattaataccgactttgtcgat
aacgtcggtggcgtcgactgctcggataacgaagttaacattaagattttgctgaacggt
ctggtcaacagtggcgacttaacacagaagcagcgtgacaagttactgtatgacatgact
gaagaagtcgctgagattgttctggatgactgtaatcgtcaaacgcagtcgttatcggtc
actgcgctgcgtggcgctgatcaagttaaagagttgcaacgctttatccatcagttggaa
cgtgatggcgcacttaaccgccaactagagttcttaccggatgatgatgaacttgcagaa
cgtcaggcgtcaaaccaaggcttgacacgcccagagctctcagtgttgaccgcttacggt
aaaatggtattgaaagagcagttgatcactgacgagatcactgaagatccataccacgct
cgtgagctgtttgactctttccctgtgccattacgcgagcgcttcgctgaagccatgaca
tcgcacccgctgaaagggcaaatcatagcaactaagctggccaacaacattgttaatgac
atggggccaaactttgtattccgtaagcaagaagcaacaggtgccagtgttgcggaagtt
gcgtctgcttatgttgttgctcgtgaatgttttaaagttgaagagctaaccgacaaaatt
gaagcgcttaacaacaaagtcccagcggaagttcagaacgatgttctattccagctacgc
cgcatggtacgccgcgcaacgcgttggttcttgcgtcatcgtaacccaacgttaaacggc
atccaggaacatttagatttctatatgggcgcgtttgatgaccttcgcaaaaactgtctg
aagtacatgattgaagacgaagcgaaagttattgaagagaccattgagaaatacaaagag
catggcttcccggctgaactcgctaagcaggtgtctagcctgagtacgatattctctgca
atggacttagctgaggtggcaaatgatagtgggcaaaacctgaagacagttggaacgctg
tatttccgcttaggcgcagaactgaacttgcactggttcttaacgcaaattaataaccag
cctgtagctaaccactggcaagcattggcgcgtgccgctttccgcgaagagctggattgg
cagcaacgctcgctaacgcaggtcgtgctaaaagcaacgtctgatgcgaaagatccagag
aagatgataagcgagtgggtcgagaagaacgaaaccttgctgtaccgttggcagcaaatg
ctttcagatttcaaaaccaccaagagtcatgaatttgctaagttctcagtcgcattacgt
gaattaatgttgcttagccataactgcgcaccgaaagtgtccaactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (10)   
   Pfam (10)   
All databases (31)   

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