KEGG T01484: Krodi

Krokinobacter sp. 4H-3-7-5: Krodi_0582

Entry

Krodi_0582 CDS T01484

Definition

glycerol kinase

Orthology

K00864

glycerol kinase [EC:2.7.1.30]

Organism

kdi Krokinobacter sp. 4H-3-7-5

Pathway

kdi00561	Glycerolipid metabolism
kdi01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Glycerolipid metabolism [PATH:kdi00561]

SSDB

Motif

Pfam:

FGGY_N FGGY_C DAO FAD_binding_3 FAD_binding_2 FAD_oxidored Pyr_redox_2 NAD_binding_8 3HCDH_N

Other DBs

NCBI-GI:

332291226

NCBI-GeneID:

10567615

UniProt:

F4AYQ6

Position

663730..666924

AA seq 1064 aa
MKFLSMEKKYIIAFDQGTTSTRAIIFDHQGTIKNIAQKELKQHYPKHGWVEHDPIEIFEA
QQATFKEIIETSDISIDEIAAIGITNQRETTVVWDKHTGKPVYNAIVWLDKRTKEICEQL
KSQDLEEYVNKNTGLIIDSYFSGTKVKWILDNVDDAFAKAQQGDLLFGTIDTWLIWKFTN
GAVHATDHSNASRTLLYNIIDLKWDEKMLEALNIPESMLPKVQHSASDFGNIILDGQSIP
ICGVAGDQQASLFGQGGYKSGIAKNTYGTGCFLLMNTGKKPVTSKNGLLTTLCASLPDGK
VKYALEGSIFAGGASVQWLRDKLDLIDHARDTEDICMNTAATDDLYVVPAFAGLGAPYWD
MDAKGAIYGLTLDSGKEDIIKATVDAIAYQTRDVLDAMIEDSGKQMEALRVDGGATANNY
LMQFQSDILNIAVDRPKMLEVTALGAAFLAGIQAGIWNKKDISKIRQVDSIFEPTITEYE
RNKKYTGWKNAVARTKSTTNQMLTTQEDIPMRFSVLDRQRQIARAQKEKFDLIVIGGGVT
GAGIVLDASSRGMNVCLIEKNDFASGTSNKSTKLIHGGLRYLKQMEIGLVQESGSERAIL
HTLAPHLVVPEKMLLPLIEGGTYGKMMTAIGLKVYDFLANVEGDDKRKMLSAEETATREP
LLNKNQLIGGGYYAEYRTDDARLTVELLKKAASFGATIINYCEMKTFKYDEQGKIKSLQC
FDHNTQRNFKLKSQHYVSAAGPWVDLLRKKDHSMNNKYLHLTKGVHIVFSRERFPLTQSI
YFDVPDGRMIFAIPRGRSTYVGTTDTNYSGNLNRVVATQDDATYLLDATNNMFPSANLTI
DDIESNWAGLRPLIHEDGKDPSELSRKDEIFVSDTGLISIAGGKLTGYRKMAQRVIDRVL
KDVPEKKKAHLVKSYTEKIPLTSEPLKNTVEVDIYQQEIKKRLEHVGIVNEYQSWYLATT
YGKQSNTIIDKMSYFLNENPEERLIRAEVWYSIHHEMTNRLADFFVRRTGRLYFDIYSVH
QYRDLVQEDMIRYLGWDEKRVLQENEYLHLLLKDASEYYEEEFE

NT seq 3195 nt +upstreamnt +downstreamnt
atgaagtttctctctatggaaaagaaatatattattgcatttgatcaaggcacaacgagt
actagagctatcatatttgaccatcaaggcaccataaaaaacattgcccaaaaggaactt
aaacaacattacccgaaacacgggtgggtagaacacgatcctatagagatttttgaagca
cagcaagctaccttcaaagagattatcgaaacgtctgacatatctatcgatgagattgct
gcgataggtattactaaccagagagagactaccgtagtctgggataaacatactggaaaa
cctgtctacaatgctattgtatggctggataagcgcactaaagagatttgtgaacaatta
aaatctcaagatctagaagagtatgtgaataagaatacgggactcattatagactcctac
ttctcaggaactaaggtcaagtggatcttagataatgtagatgacgctttcgcgaaagcg
caacaaggcgatttactttttggaactatagacacttggcttatttggaaattcaccaat
ggtgctgtacacgcaacagaccactctaatgccagccgaacattactttataacattata
gacttaaaatgggatgaaaagatgctagaggcattaaacattccagagtcaatgctacct
aaggttcaacatagcgcctcagattttggaaacatcatactagacggccaaagcattcct
atttgtggagttgctggagatcaacaggcttcgctttttggacaaggaggttacaaatct
ggaatagctaaaaacacctacggtaccggttgcttcctacttatgaatactggaaaaaaa
cctgttacctcaaaaaatggactgcttactaccctatgtgctagcttaccagatggtaaa
gttaaatatgcactagaaggctccatatttgcaggaggcgcatctgtacagtggctacgg
gataaacttgacctcatagatcatgcaagagacacagaagatatctgtatgaatacagca
gctacagatgatttatacgtagttcctgcttttgcaggactaggagctccttactgggac
atggatgcaaaaggagcaatttatggattaacactagactcaggcaaagaagatattatc
aaagctacggtagatgcgattgcctatcaaacacgagatgttctagatgcaatgattgaa
gattctggcaaacaaatggaagcgctacgagtagatggcggggccactgcaaataattac
cttatgcaatttcaatcagacattcttaacatagctgtagatcgtccaaagatgctagaa
gttactgcactaggagctgcatttttagctggaattcaagcaggcatttggaacaaaaaa
gatatttctaaaatacgtcaagtagattccatttttgaaccaacgatcactgaatatgag
cgtaacaagaaatataccggctggaaaaatgccgtagcacgcacaaagagcactacaaac
cagatgctcacaacccaagaagatatcccaatgcgtttctctgtacttgacagacagcgc
caaatagctcgtgcacaaaaagaaaaatttgatcttattgttataggtggtggtgttact
ggagctggaattgtacttgacgcttcatctcgtggtatgaatgtatgtcttatagaaaag
aatgattttgcttctggaacaagtaataaatctacaaagcttattcatggtggactgcgt
taccttaagcaaatggagataggcttagtacaagagtcgggaagtgaacgagcaatattg
catacccttgctcctcaccttgttgttccagaaaaaatgctacttccacttatagaaggt
ggcacctatggaaaaatgatgacggcaataggcttaaaagtttatgactttcttgcaaat
gtagagggtgatgataaacgtaaaatgttaagcgcagaagaaactgctaccagagaacct
ttacttaataaaaaccaattaataggtggtggttattatgcagagtatcgcacagatgat
gcacgacttaccgtagagttattaaaaaaagcagccagttttggcgctactattattaac
tactgcgagatgaaaacctttaaatatgatgagcaaggaaaaataaaaagcttacaatgt
tttgaccacaatacacaaagaaattttaaacttaaatcacagcactatgtatctgctgca
ggaccttgggttgatcttttaagaaagaaagaccactccatgaataacaagtatttgcac
cttacaaaaggggtgcacattgtattctctagagagcgttttccattaacccaatctatc
tattttgatgtgccggatggtcgtatgatttttgccatccctcgcggtagatcaacatac
gtaggaacgacggatacgaactatagcggaaacctcaaccgcgttgtggctactcaggat
gatgcaacctacttacttgatgcgactaataatatgtttcctagtgctaacctcaccata
gatgacatagagtctaactgggctggactaagaccacttatacatgaagatggaaaagac
ccttctgaattgagtcgtaaagatgagatttttgtgtctgacacagggttgatctctatt
gctggcggcaaacttactggatatcgtaaaatggcacagcgagttatagatcgcgttctt
aaagatgtgccggagaagaagaaagcacacctcgtaaaatcatacacagaaaaaataccg
cttacctctgagcctttaaaaaacacggtagaagtagatatctaccaacaagagattaaa
aagcgtcttgaacatgtaggtattgtaaatgaatatcaaagttggtacctagcaactacg
tatgggaagcaaagcaataccatcattgataagatgagttatttcttaaatgaaaatcca
gaggagcgcttaatacgtgcagaagtttggtacagcatccatcacgagatgacaaaccgc
cttgctgacttttttgtgcgacgtacgggtagattatattttgatatatactctgtgcat
caatatcgtgacctcgttcaagaggatatgatacgatatttaggttgggatgaaaagaga
gtattgcaggaaaatgaatatctccatcttctcttaaaagatgctagtgaatattatgag
gaagaatttgagtaa

All links

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (24)   

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