KEGG   Dokdonia sp. MED134: MED134_12036
Entry
MED134_12036      CDS       T03275                                 
Symbol
glpK
Name
(GenBank) glycerol kinase
  KO
K00864  glycerol kinase [EC:2.7.1.30]
Organism
dok  Dokdonia sp. MED134
Pathway
dok00561  Glycerolipid metabolism
dok01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dok00001]
 09100 Metabolism
  09103 Lipid metabolism
   00561 Glycerolipid metabolism
    MED134_12036 (glpK)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:dok04147]
    MED134_12036 (glpK)
Enzymes [BR:dok01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.30  glycerol kinase
     MED134_12036 (glpK)
Exosome [BR:dok04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   MED134_12036 (glpK)
SSDB
Motif
Pfam: FGGY_N DAO FGGY_C DAO_C Pyr_redox_2 FAD_oxidored FAD_binding_2 NAD_binding_8 FAD_binding_3 HI0933_like GIDA Lycopene_cycl Pyr_redox 3HCDH_N DUF4514
Other DBs
NCBI-ProteinID: EAQ38626
Position
complement(2689788..2692967)
AA seq 1059 aa
MDKKYIVAFDQGTTSTRAIIFDNKGTIKNIAQRELKQHYPQHGWVEHDPLEIYEAQKAVF
KEVISTSDIGAEEIAAIGITNQRETTVVWDKNTGEPVYNAIVWLDKRTKTICEQLKSKNL
DEYVRKNTGLIIDSYFSGTKIKWILDNVPGASDKAAQGDLLFGTIDTWLIWKFTNGKIHA
TDHSNASRTMLYNIINLEWDKKLLDALTIPTSMLPQVQNSASHFGEITTNGISIPISGVA
GDQQASLFGQGGYKSGVAKNTYGTGCFVLMNTGKKPFKSKNGLLTTLCASLPDGKVKYAL
EGSIFAGGASVQWLRDKLDVIDHAQDTESICVNTPATDDLYVVPAFAGLGAPHWDMDAKG
AIYGLTLDSTKNDIIKATVDAIAYQTRDVLDAMIEDSGKQMKTLRVDGGATANNYLMQFQ
SDLLNVQVDRPKMLEVTALGAAFLAGIQSGIWNKKDIAKIRQVDTIFEPKITQYERSKIY
TGWKNAVARTKSTTNQMLATQEDTPLRFSVLDRQRQLQRAQQEKFDLIIIGGGVTGAGIA
LDASSRGMKVCLIEKNDFASGTSNKSTKLIHGGLRYLKQMEIGLVKESGSERAIVHTLAP
HLVVPEKMLLPLIEGGTYGKMMTAIGLKVYDFLANVEGADKRKMLSAEETASREPLLNTK
DLIGGGYYAEYRTDDARLTVELLKKAASFGATIINYCEMTSFKYDAKGKIKSLHCYDHNN
DKSFKLKAQNYVSAAGPWVDLLRKKDHSMNSKHLHLTKGVHIVFSRERFPLTQSIYFDVP
DGRMIFAIPRGRSTYVGTTDTNYSGNLNRVVATQADATYLLDATNNMFPDLQLKIDDIES
NWAGLRPLIHEDGKDPSELSRKDEIFVSETGLISIAGGKLTGYRKMAQRVIDKVLKDIPE
KKKSHLVTSYTDKIPLTATPLSNTEEVDAYQVTIAKQLETAGIIDSYQSWYLATTYGKQS
DTIISKMSYFLNDDPEERLLRAEVWYSVHHEMTNSLSDFFVRRTGRLYFDIHSVHLYRDL
VQEDMIQYLGWDEARVAKENKYLDLLLQDASAYYESEFA
NT seq 3180 nt   +upstreamnt  +downstreamnt
atggataagaaatatattgttgcctttgaccaaggtaccaccagcacacgagctatcatt
tttgacaataagggtactataaagaatattgcccaaagagaactcaaacaacattaccca
caacacggctgggttgaacacgaccctcttgaaatttatgaagcccaaaaagctgttttt
aaagaagttatatcaacttctgatattggtgcggaagaaattgctgcgataggtattaca
aaccagcgagagaccaccgtagtctgggataaaaatactggagaacctgtttataatgcg
attgtgtggctagacaagcgtacaaaaactatatgtgagcaactcaaatcaaaaaactta
gacgagtatgtgcgtaagaatactgggctcatcatagactcttacttttctggcacaaag
ataaaatggattttagacaacgtaccaggagcatctgataaagcagcgcaaggtgacctc
ctttttggaacgattgacacttggcttatttggaagtttacaaacggcaaaatacacgct
acagatcactctaacgcgagtcgcacgatgctctacaacatcataaatctagagtgggat
aaaaaactactagatgcacttaccatacctacctcaatgttaccacaggtacagaactct
gcatcacattttggcgagattacaacaaatggcatcagcattcctataagtggtgttgca
ggtgatcaacaagcttccctctttggtcaaggagggtacaagtctggtgtggcaaaaaac
acctacggcaccggttgttttgtacttatgaatacgggaaagaaaccatttaaatctaaa
aatggattactcactaccctctgtgcaagtttaccagatggcaaagtaaaatatgccctc
gagggatccatctttgctggaggtgcttctgtacaatggttacgtgataaactagatgtt
atagaccacgctcaagacacagaaagcatctgtgtaaacaccccagctacagatgatctc
tacgtcgtacccgcatttgcagggctaggcgctccgcactgggatatggacgcaaaggga
gccatatatggtctcacactagactctacaaaaaatgatattataaaggccactgtagat
gccattgcatatcaaaccagagatgtactcgatgcaatgatagaagactctggcaagcaa
atgaaaacccttagagtagatgggggagctacggcaaataattacctaatgcagtttcag
tctgacttacttaacgtacaagtagaccgcccaaaaatgctcgaagtaacagcattaggc
gcagcctttcttgcaggtatacaatctggtatttggaacaaaaaagacattgccaagata
cgccaagtagacaccatctttgaacctaaaatcactcaatatgagcgatcaaaaatatat
accggttggaaaaatgctgtcgcaagaacaaagagcactacaaaccaaatgctagctacg
caagaagacacaccacttaggttttctgtacttgataggcaaagacaattacaacgagcg
cagcaagaaaaatttgacctcatcatcataggtggtggcgttaccggggctggtattgca
ctagacgcatcctcacgagggatgaaagtatgccttatagaaaaaaatgattttgcctca
ggaacaagtaataaatctacaaagctcatacacggcggcttgcgctacctaaaacaaatg
gaaataggacttgtaaaagaatcaggtagtgagcgtgctattgtgcacactcttgcccct
cacctcgtagttccagaaaagatgttattaccactcatagaaggaggaacttacggtaag
atgatgactgcaataggccttaaagtatatgattttcttgcaaatgtagagggagctgat
aaacgcaaaatgttaagcgcagaagagactgcatcacgagaacccttacttaataccaaa
gatctcataggtggtggttactatgcagagtatcgcacagatgatgcgcgccttacggta
gaacttcttaagaaagctgcaagctttggtgccaccataattaattattgtgagatgacc
tcttttaagtatgatgcaaaaggtaaaatcaaaagcctacactgctatgatcacaataac
gataagtcatttaaacttaaagcacaaaactatgtctctgcggcaggtccctgggtagat
ctattaagaaagaaagatcactctatgaacagtaagcacctacaccttacaaagggagtg
catattgttttctctagggagcgtttcccgcttacacaatctatctattttgacgtgcca
gatggacgtatgatttttgccattccgcgtggcaggtcaacctatgtaggtactacagac
acaaattacagtggcaatctcaacagagtggttgctacgcaggcagacgctacatattta
ctagacgctacaaataatatgtttccagacctgcaactcaaaatagatgatattgagtca
aactgggcaggcttacgccctcttatacacgaagatggcaaagacccatctgagttaagt
agaaaggatgagatttttgtctcagagacgggtcttatatctattgctggtggtaagctt
acgggataccgcaagatggctcaacgagtaatagataaagtacttaaagatatcccagaa
aagaaaaaaagtcacctcgtcacctcctatacagataagatacccctcactgctactcca
ttatcaaataccgaagaggtagacgcttaccaagtcactattgcaaaacaacttgagaca
gcgggtatcatagactcctaccagagctggtacctcgccaccacttatggtaagcaaagt
gataccataatctcaaagatgagttacttcttaaatgacgacccagaagagcgactctta
agagcagaggtatggtacagtgtacaccacgagatgactaacagcctttcggactttttt
gtgaggcgtacgggtagactttactttgacatccattctgtacatctctatcgtgatctt
gtgcaagaagatatgatacaatacttagggtgggacgaagctcgtgtggcaaaagaaaac
aagtacctcgatctcttactacaagacgcaagtgcttattatgaaagcgagtttgcctaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
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 (15)   
   Pfam (15)   
All databases (30)   

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