KEGG   Quercus suber (cork oak): 111999244
Entry
111999244         CDS       T05868                                 
Name
(RefSeq) NAD kinase 2, chloroplastic
  KO
K00858  NAD+ kinase [EC:2.7.1.23]
Organism
qsu  Quercus suber (cork oak)
Pathway
qsu00760  Nicotinate and nicotinamide metabolism
qsu01100  Metabolic pathways
qsu01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:qsu00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00760 Nicotinate and nicotinamide metabolism
    111999244
Enzymes [BR:qsu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.23  NAD+ kinase
     111999244
SSDB
Motif
Pfam: NAD_kinase_C NAD_kinase PTPlike_phytase BLH_phosphatase Y_phosphatase3
Other DBs
NCBI-GeneID: 111999244
NCBI-ProteinID: XP_023887137
Position
Unknown
AA seq 1028 aa
MVACCYLCRVAIAVVDKNISAPATGMSSSSSAIVSSQFWVSNSKPSQFWGGGSTKLESQS
KKDRLKRKLKLVVTAELSKSSSLSFGLDSQTLQSYDSAPVPSVGPVPGDIAEVEAYCRIF
RMAERLHAALMDTLCNPLTGECSVSYDFTSEEKPLLEDKLVSVLGCMVSLLNKGRTDVLS
GRSSIQNSFRIGDVSSDDKLPPLAIYRSEMKRCCESFHVALENYLMPDDNRSLDVWRKLQ
RLKNVCYDSGFSREEDYPCHTLFANWKPVYFSTSKEDSGPKDSEVAFWMGGQVTEEGLKW
LVNKGYKTIVDLRAETVKDKFYQAAIDNAILSQKVELVKIPVEVGMAPTMEQVEKFASLV
SDCSKKPIYLHSREGVQRTSAMVSRWRQYMTRSASHFVSSQSVASNDMLLRDANEMGKLR
ESSLSDENSLLKRENKSIQESLGTYHGSNGVSHEKVSPFKVKEHESSNRAYNGHVSPQGL
TSVELADNGVGSDANFSRETDPLKAQVPPCSVFSKKEMSRFFRSRKISPPTYFNYQLKRF
EILPVSREVCIGTMWKGDTVATNTVPLTLESGSSNGSLNGKNLYPEPQKSPADNGKYLIG
DILVANGLGKGERSSVMTENISTIVTNNFDEHVTSKSVLKDHKINGGAALVSASDDLATI
GGNMCASATGVVRVQSRRKAEMFLVRTDGFSCTREKVTESSLAFTHPSTQQQMLMWKSTP
KTVLLLKKLGQELMEQAKEVASFLYYEEKMNVLVEPDVHDIFARIPGFGFIQTFYSQDTS
DLHERVDFVSCLGGDGVILHASNLFRGAVPPVVSFNLGSLGFLTSHTFDDYKQDLRQVIH
GNNTVDGVYITLRMRLRCEIFRNGKAMPGKVFDVLNEVVVDRGSNPYLSKVECYEHDRLI
TKVQGDGVIVATPTGSTAYSTAAGGSMVHPNVPGMLFTPICPHSLSFRPVILPDSARLEL
KIPEDARSNAWVSFDGKRRQQLSRGDSVRISMSQHPLPTVNKSDQTGDWFHSLIRCLNWN
ERLDQKAL
NT seq 3087 nt   +upstreamnt  +downstreamnt
atggtggcatgttgctatttgtgcagagtggccatcgccgtcgtcgacaagaacatctct
gctccggccaccggaatgtcatcatcgtcgtcagctatagtttcttctcagttttgggtc
tctaactctaagccatctcagttctggggtggtggtagtaccaagcttgagtcgcagagt
aagaaggatcgcttgaagagaaagcttaagttagtggtcactgcggagctctccaagtct
tcctccctcagtttcgggttggactctcagaccttgcagtcttatgactcggcaccggtg
ccttcggttggtccagttcctggggatattgcagaggttgaggcatattgtagaatcttt
agaatggctgaacggcttcatgctgcactaatggacacattatgcaatccattgactggt
gaatgtagtgtttcatatgacttcacatctgaggaaaaaccgctattggaagataaacta
gtctctgtccttggttgcatggtatccctccttaacaaaggaagaactgacgtcctttcc
ggaagatcctcaatccaaaattcatttcggattggagatgtaagctcggacgataagctt
cctccacttgccatttacaggagtgagatgaaaaggtgttgtgagagcttccatgtcgct
cttgaaaactatttgatgcctgatgataatcgaagcttggatgtgtggaggaaacttcag
agactgaagaatgtatgctatgattctggtttttctcgtgaggaggattatccatgccat
acactgtttgcaaattggaagcccgtttatttttcgacttctaaagaagactcagggccc
aaagattctgaggtagctttttggatgggtggtcaggtgacagaagaaggtctgaagtgg
ttagtgaataaagggtataagactattgtagatcttagggcagagactgtaaaggataag
ttttatcaagcagccatagataatgctattttgtctcagaaagttgaactggtcaaaatt
cctgttgaagttgggatggcacctacgatggagcaggttgagaagtttgcatctttagtt
tcagattgcagcaaaaagcccatatatcttcacagtagggaaggagtgcagagaacttct
gccatggtctccaggtggaggcagtacatgactcgttctgcatcacattttgtctctagt
cagtcagttgcttccaatgatatgttattacgtgatgcaaatgaaatgggaaaacttcgg
gagtcttccctttcagatgaaaactcccttcttaaaagggagaacaagtcaattcaagag
tctttgggtacatatcatggttcaaatggagtatcccacgaaaaagtctctcccttcaag
gttaaggaacatgaaagcagtaacagggcctacaacggccacgtttctccccaaggtctg
acatcagtagaattagctgataatggagtaggatctgatgcaaacttcagcagggaaact
gaccctctgaaggctcaggttcctccatgcagtgtcttctccaaaaaagaaatgtctaga
ttttttaggagtagaaagatctcccctcctacttattttaattatcaattgaaaaggttt
gaaatactgccagtttcaagagaggtgtgtattgggacaatgtggaaaggtgatacggtt
gctactaatactgtaccattgactctggagtcaggaagttccaatggttcacttaatgga
aaaaatttatatccagagccccaaaaatcacctgctgacaatgggaagtatttgattggt
gatattttggttgcgaatggactgggcaaaggggaaaggtcttctgtgatgacagaaaat
atctctacgattgtgactaataactttgatgagcatgtaacatccaaatctgtactgaag
gatcataagatcaatggtggagctgctttagtttcagccagtgatgacctggctacgatt
ggaggtaatatgtgtgcttctgcaactggtgttgtaagggtgcagtcaagaaggaaagca
gaaatgtttttagttcgaacagatggattttcttgtaccagagaaaaggtgacagaatcc
tccttggccttcactcatcctagtacccagcagcagatgcttatgtggaaatcaacacca
aagactgtattgttgttaaagaaactggggcaagagctcatggaacaagctaaagaggtt
gcctcttttctgtattacgaagagaaaatgaatgtacttgtggaacctgatgtgcatgac
atatttgctagaatcccagggtttggatttattcagaccttttatagtcaagacaccagt
gatctacatgaaagggttgattttgtgtcttgcttggggggagatggggttatactacat
gcatcaaatttatttagaggtgctgtgccccctgttgtatcatttaatcttggatctctt
ggatttctgacttcccatacctttgatgactataaacaagacttaagacaagtcatccat
ggaaataacactgtggatggtgtctatataactcttagaatgcgccttcgatgtgaaatt
tttcgaaatggtaaagcaatgcctgggaaagtatttgatgtcctaaatgaggtcgttgtt
gatcggggctctaatccatacctctctaaagttgaatgctatgaacatgacaggctcata
accaaggtgcaaggtgatggagtcattgtagccacaccaacaggaagtactgcttactct
acagccgcaggaggttccatggtgcatccaaatgttcctggcatgctgtttacaccaatc
tgcccccactccctctcatttagaccggttatacttccggattcggcaaggttggaattg
aagattccagaagatgctagaagcaatgcatgggtttcttttgatgggaagagaaggcaa
caactctcacgaggagattctgtacgaatatctatgagccagcacccacttccaacagtt
aacaagtctgaccagacaggtgattggtttcacagcttgattcgctgcctaaattggaat
gaaaggctagatcaaaaggccctttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
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)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (25)   

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