KEGG   Daphnia pulex (common water flea): DAPPUDRAFT_110162
Entry
DAPPUDRAFT_110162 CDS       T04347                                 
Name
(GenBank) hypothetical protein
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
dpx  Daphnia pulex (common water flea)
Pathway
dpx00250  Alanine, aspartate and glutamate metabolism
dpx00910  Nitrogen metabolism
dpx01100  Metabolic pathways
dpx01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:dpx00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    DAPPUDRAFT_110162
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    DAPPUDRAFT_110162
Enzymes [BR:dpx01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.14  glutamate synthase (NADH)
     DAPPUDRAFT_110162
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox_3 DAO FAD_binding_2 Amino_oxidase HI0933_like FAD_oxidored Pyr_redox Thi4 FAD_binding_3 FMO-like AdoHcyase_NAD NAD_Gly3P_dh_N ApbA Lycopene_cycl
Other DBs
NCBI-ProteinID: EFX73054
JGI: Dappu1_110162
UniProt: E9H5P2
Position
Unknown
AA seq 2076 aa
MEAAESGRSRWAAPTKVDGLYDPALEKEACGVGFVVQIDGIRSNKILKDARTLASRLDHR
GACSCDNDTGDGAGVLTAIPHQLYSSIIREEADIELPPIGHYATGICFVDRENHAESEAM
FQEIAKECSLQVLYWRTVPTDRSVIGQVARNGEPFMRQVFVTWDNPAFTSPEDERIFLEK
VFVLRKKVTHRIPRPGARFYICSLSPDVIVYKGQLTSTQVWTYFSDLDRPEYETYLALVH
TRFSTNTFPSWERAHPLRMLAHNGEINTLRGNVNYMKAREGLMSSERFGKRALAELYPVV
EPNLSDSGSADCVLEFLVRAGGRSLPEAIMTMIPEAWEQDPLMDQEKKDFYRWAGCSMEP
WDGPALMAFTDGRYIGAVLDRNGLRPSRYYVTKDNVVVMASEGRLEPSRMLLIDTANRVI
IGDDEIKMSIARSRPHSEWLAQLVTLDDIRKTSAVISSQNGQPPSIEPQLKSAEEIRKIL
SLFNYTLETLSLLLVPMFTNKKEALGSMGNDAPLACISDFQPLLYEYFKQLFAQVTNPPI
DPFRERIVMSLACPIGPEANILEPSDQQCRRLYLEQPILSPDDLKLIVNCSANDWKSKII
DITVDANVPLVYITQLDRICEEVTEAVKSDFQFIILSDRKAGKERIPLSALLTLGAVHHH
LIEERLRMKVGLIVETGEAREVHHMCVLLGFGADAICPYLIMEATRRLRCEGVLNDKLND
KQVFDNYIEAMENGIAKVMAKMGISTLQSYKGAQIFEAIGLSDEIIDKCFKGTSSRVGGV
TFKEVAQETVERHIISFQKMECDTYVLRDPGNYHWRRGGEKHLNDPDSIGVLQEAAKNNS
RDAFNRFQQSTMKSLRQCTLRGQLEIIASSQPVSIEDVEPASEIVKRFVTGAMSFGSISK
EAHTTLATAMNRIGAKSNTGEGGEDPERYLNQDPSNSQRSAIKQVASGRFGVTAAYLANA
DELQIKMAQGAKPGEGGELPGYKVTVDIARTRHSVAGVGLISPPPHHDIYSIEDLAELIY
DLKCANPLARISVKLVSVVGVGVVAVGVAKGKAEHITISGHDGGTGASSWTGIKNAGLPW
ELGIAETHQTLVLNDLRSRVVLQVLIKFPLGRTNTILIADGQIRTAFDVIVAAVLGADEF
GFSTAPLIALGCTMMRKCHLNTCPVGIATQDPVLREKFAGQPEHVINYFFLLAEEVRKEM
AKLGLVKFQQLIGRTDFVRVRDAQDHTSPKKSKLLYFGAVLRSALSMRPGVNIIGGSVAQ
DFGLENHLDQKLIKESASVLNGTCQKVSFAVNVVNSNRAVGTILSYTIAKRYGEKGLPDG
SINVFMRGSAGQSFGAFLARGISITLAGDANDYVGKGLSGGEIVIYPPRTSTFQSEKNII
VGNACLYGATSGRAFFRGVAGERFCVRNSGAIAVVEGVGNHGCEYMTGGTVLILGPTGRN
FAAGMSGGIAYVLDTKGIFPTFCNTTTVQLLPLVTVEDAVIVHSLLEEYYEKTASDYAKV
LLDEWPKARYKFVKVFPYDYQKALLAQEAEAKKQKKAKGKSPKVNVKTNGFQTKLNDIAD
IEDAAGPSQPVDKARGFMKYKREVVSYRPAEKRMNDWEEIYDFDHVKKGLKVQASRCMDC
GVPFCQSSFGCPLGNIIPKWNDLVSQDKWKEALDQLLQTNNFPEFTGRVCPAPCESACVL
GINNLPVTIKSIECSIIDYAFEQGWMKAEPPLIRTGKKVAVVGSGPAGLACAHQLNKAGH
LVTVFERDDAIGGLLQYGIPTMKLSRDVIERRVELLQQEGIAFLTGVDIGKDVSAEDLRK
QYDAIVLCIGSTRPRDIAIPGRMLDGILQAVSYLGTWQKKQMHPDNNLGNPCYSAKDRDV
IILGGGDTGNDCIGTSLRQGARSITTFEILPPPPTSRASDNPWPQWGRVFKVDYGHEEVK
IKYGKDPRLYNTMSKEFVSDGKGGVAGIKAVQVEWKKDAESGKWVMTEVPNSEKLYKCDM
VLLAMGFLGPEPAIMNQLKLQVDPYSNVSTPSDEYSTNVSGVYAAGDCRRGQSLVVWAIA
EGRQAARQVDEMLMGSSSLSGPGGIIQLDSSVGGAP
NT seq 6231 nt   +upstreamnt  +downstreamnt
atggaagctgcggaatctggaaggagtcgatgggcggctcccaccaaagtcgacggccta
tacgatccagccctggagaaggaagcctgcggagttggattcgtcgtccaaatcgatggc
atccgctcaaacaaaattctcaaagatgccaggacgttggcatcccggctggatcaccga
ggagcttgttcctgtgacaacgataccggcgacggtgccggtgtcttaactgccattccc
catcagctctactcatccatcatcagggaagaagctgatatcgaattaccgccaataggc
cattacgccactggcatttgttttgtagaccgggagaatcacgccgagagcgaagccatg
ttccaggaaattgccaaggagtgctctcttcaggttctctattggcgaacggttcccact
gacagatccgtgattggccaagtggcgcgcaacggggagccattcatgagacaagtcttc
gttacctgggacaatcccgcatttacatcgcccgaagacgaacgtattttcctggagaag
gtttttgtgctgagaaagaaggtgactcatcgaatcccccggcctggggctcgcttctat
atttgcagtttatcgccagatgtgatcgtctacaaaggacaactcacgtccacccaagtc
tggacttacttttctgatctcgatagaccggaatatgaaacttatctggccctggttcac
acaagattttcgaccaatactttccccagctgggagcgagctcatcctttgcggatgctg
gcccacaatggcgagattaatacgctccggggcaatgtcaactatatgaaagcccgcgaa
ggtttgatgagttcggagcgctttggtaaacgagccctggcagagttgtatcccgtcgtg
gaacccaatctcagcgactcgggatcggccgattgtgtacttgaatttctcgtccgcgcc
ggaggcagatctctaccggaggccattatgactatgattccggaagcctgggaacaagac
ccgctgatggaccaggagaagaaagatttctatagatgggctggatgctccatggaaccg
tgggacggaccagctttgatggcctttacagacggacgctacatcggcgctgttcttgac
cgaaacggattgcgtccgtcgaggtactacgttacaaaggacaatgtggtggtcatggca
tcggaagggagattagaaccttcgcggatgcttttgatagacacggccaatcgggtcatc
atcggcgacgacgagatcaaaatgagtatcgcccgcagtcgcccacattctgaatggttg
gcccagctggtcactctggacgatataaggaagacttcggcggtaatttccagccaaaac
gggcaaccaccttccatcgaaccacaactcaaatcggccgaagaaatccgcaagattctg
tcgctgttcaactacacgctcgaaactctgtctctgctactcgtccccatgtttacaaac
aagaaggaagcgctgggatcgatgggaaacgacgcccctttggcgtgcatctctgacttc
cagccgctgctctacgaatactttaagcagcttttcgctcaagttactaatccgccgatc
gatccttttcgtgaacgaattgtcatgtcgttggcttgtccaatcggtcccgaggccaat
atcctggagcccagcgatcagcaatgccgtcgcttgtacctggaacaaccgattttgtcg
ccggatgatttgaaactcatcgtcaactgttccgccaatgactggaagtctaaaattatt
gacatcactgtcgacgccaacgtaccgctggtctacatcactcagctggatcgcatctgt
gaggaagtgacggaggctgtcaaatcggatttccagtttattatcctctccgatagaaaa
gccggaaaggaaaggattccgctgagcgccctcttgacgttgggagccgtccatcatcat
ttgattgaagaacgactccgcatgaaagtgggtcttatcgtcgaaacgggcgaagccaga
gaggtgcaccacatgtgcgttttgctgggctttggggcggatgccatctgcccctatttg
attatggaagccactcggcgtctcagatgtgaaggcgtcctcaacgataaattgaatgac
aagcaagtcttcgacaactatatcgaggccatggagaacggtatcgccaaagtcatggcc
aagatgggcatatcgactctgcaatcttacaaaggagctcagatttttgaggctattgga
ctctcggacgagattatcgataaatgcttcaagggcacctcgtcccgtgtgggtggcgtc
actttcaaagaagtggcccaggaaaccgttgaacgtcacattatatcgttccaaaaaatg
gaatgcgatacttatgtgcttcgcgatcctggtaattatcactggcgtcgtgggggagag
aaacatcttaacgatcctgacagcatcggagttctccaggaagcggcaaagaacaacagc
cgagatgcttttaaccgcttccagcaatccaccatgaaaagtttgcgccaatgcactttg
agaggccaactggaaatcattgcgtcgagccagcccgttagcattgaagatgttgaacct
gcttccgaaattgtcaagcgattcgtgactggtgccatgagctttggatccatttccaag
gaagcccacacgactctggcgacagccatgaaccgcataggagccaaatccaataccgga
gaaggaggcgaagatcctgaacgttatttgaatcaggatccttcaaatagtcagcgctcg
gctatcaaacaagttgccagtggtcgattcggagtgacggcggcttatctggccaatgcg
gacgagttgcaaattaaaatggcgcaaggagccaaaccgggcgaaggtggcgaattgccc
ggctacaaagtgacggttgacattgctcgaacgcggcacagcgtggctggagtgggtctg
atatctccgcctcctcatcacgacatttactcgatcgaggatcttgccgaattgatttac
gacctgaaatgcgccaatccgttggcccgcatctcggtcaaactggtgtcggtcgttggc
gtgggcgtcgtggccgttggagtggccaagggcaaagcggaacacatcaccatttccggt
cacgacggcggaacgggagccagcagctggaccggaataaaaaacgctggacttccctgg
gagctcggcatcgccgaaactcaccaaactctcgtcttgaacgatttacgttcaagagtc
gtccttcaggttttaatcaaatttcccctcggtcggacaaacacaattttaatagcggat
ggacaaatccggacggcgtttgacgtcattgtagccgccgtgttgggagcggatgaattc
gggttcagcactgccccgctgattgcattaggttgcacgatgatgcggaaatgtcatttg
aacacgtgcccggttggaattgcgactcaggatccggtcctgcgtgagaaatttgcaggt
caacctgaacacgtcatcaattatttcttccttctagcggaagaagtccgcaaagaaatg
gccaaactgggactcgtcaaattccagcagctgattggacgcaccgattttgtccgtgtc
cgtgacgcccaggatcacactagtcccaaaaaatccaaacttttgtactttggcgccgtt
ctacgtagcgccctcagcatgcgaccgggagttaacatcattggcggatccgtcgcccag
gatttcggtcttgagaatcacctggatcaaaaattaatcaaagaatccgccagcgtcctg
aacggcacctgccagaaagtcagtttcgccgtgaatgtcgtcaattccaatcgagccgtg
ggcaccatcctcagttacacgatcgccaaaaggtatggcgaaaaagggcttccggatgga
agcatcaacgttttcatgagaggatcggctggccagagtttcggcgctttcttggctcgc
ggaatcagcataactttggcgggcgatgccaatgattacgtcggtaagggattgtccgga
ggtgagattgttatttatccgcccaggaccagcaccttccagtctgagaaaaacattatc
gtcggaaacgcttgtctttacggcgccacttcgggccgtgcctttttccgtggggtggcc
ggcgaacgcttttgcgtccgcaattccggcgctatcgccgtcgtcgaaggagttggtaac
catggttgcgagtacatgacgggcggaacggtcctcattttaggacctacgggacgtaat
ttcgctgctggaatgtctggcggaatcgcctacgtcttggacacgaaaggtattttccca
acgttctgcaacacgacgacggtccagctgttgccattggttacggtggaagatgccgtc
atcgttcactctctcctggaagaatattacgagaaaacggcatccgattacgccaaagtt
ctgctggatgaatggccgaaagcgcgatacaagttcgtcaaagtcttcccttacgattat
caaaaggctttgctggcccaggaagccgaagccaagaaacagaaaaaggccaaaggcaaa
tcgcccaaagtcaatgtcaagaccaacggttttcagacgaaattaaacgacattgcggac
attgaggatgcggccggacccagccaaccggtcgacaaggcccgaggcttcatgaagtac
aagcgcgaagtcgtcagttatcgtccggctgagaagcggatgaacgactgggaagaaatt
tacgatttcgatcacgtcaagaaaggactcaaagtccaggcgtcccgttgtatggattgc
ggagttccgttctgtcagagttcgtttggctgcccgctgggcaacataattcctaaatgg
aacgatctggtctctcaggacaagtggaaggaagcgctggatcaacttttacagaccaac
aatttcccggaattcaccggtcgagtgtgtccggctccgtgcgaaagcgcctgcgtcttg
ggcataaacaatttgcccgtcacgatcaaatcaatcgaatgctccatcatcgattacgcg
ttcgagcaaggatggatgaaagccgagcctccactcatccgcactgggaaaaaagtcgcc
gtggtgggatccggcccggctggattagcatgcgctcaccaactgaataaggctggacat
ttagtcaccgtgtttgaacgtgatgacgcaatcggcggtctacttcaatatggaatccct
acgatgaaactttccagggatgtgattgagcgccgtgtggaattgttgcaacaggaagga
attgccttcctgactggagtcgacattggcaaggacgtatccgccgaggatttgcgcaaa
cagtacgacgccatagtcctttgcatcggatcgactagacctcgagatattgccataccc
gggcggatgctggacggcatcctccaagccgtttcgtatttaggcacttggcaaaagaag
caaatgcatccggataacaatctgggcaatccgtgttactcggcaaaggatcgggatgtc
atcatcttgggcggaggtgacactggcaacgattgcatcggaacttccctgcgccaggga
gcccgttccattacgacgttcgagatccttccgcctccgccaacgtcccgcgccagtgat
aatccatggcctcaatggggccgcgtcttcaaagtcgattacggacacgaagaagttaaa
attaaatacgggaaagatcctcgtctgtataacacgatgagcaaggagtttgtcagcgat
ggaaagggcggagtggccggcatcaaagcagtgcaagtcgaatggaagaaagatgccgag
tctggaaaatgggtcatgactgaagttcctaatagcgaaaagctttacaaatgtgacatg
gtcctattggccatgggcttcctgggtcccgaacccgccataatgaatcagttgaaactc
caagtggatccttacagtaatgtatcaacgcccagcgacgagtactcgaccaacgtcagt
ggcgtttacgccgctggagattgccgaaggggccagtcgctggtggtttgggccattgca
gaaggccgccaagcggcccgccaggtggatgaaatgctgatgggctcttcatccttgagc
ggacctggcggaatcattcaattggatagcagcgtcggtggtgctccttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (21)   
   Pfam (21)   
All databases (104)   

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