KEGG   Cucurbita pepo subsp. pepo (vegetable marrow): 111808826
Entry
111808826         CDS       T05351                                 
Name
(RefSeq) NAD kinase 2, chloroplastic-like
  KO
K00858  NAD+ kinase [EC:2.7.1.23]
Organism
cpep  Cucurbita pepo subsp. pepo (vegetable marrow)
Pathway
cpep00760  Nicotinate and nicotinamide metabolism
cpep01100  Metabolic pathways
cpep01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:cpep00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00760 Nicotinate and nicotinamide metabolism
    111808826
Enzymes [BR:cpep01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.23  NAD+ kinase
     111808826
SSDB
Motif
Pfam: NAD_kinase_C NAD_kinase
Other DBs
NCBI-GeneID: 111808826
NCBI-ProteinID: XP_023550793
Position
LG13:complement(6107541..6112824)
AA seq 987 aa
MNCSLPASVTHSYFLRHLFPSCNSARFPGFQLQTWWPIRRRLKFACTAELSKSVSLNFGS
ELQSPWMGPVPGDIAEVEAYCRIFRTAERLHSCLMDTLCNPLTGECSVSYDVTPGENPII
EDKIVSVLGCLVSLLNKGKEDVLSGRSSAMNSFHVTNLDSMEDNLPPLASFRSEMKRCCE
SLHVALENFLTPGDDRSLDLWRKLQRLKNVCYDSGFNRGEDWPCHTLFANWNPVYLHNFK
EETSAKDSDVAFWSGGQVTEEGLKWLIDKGFKTIVDLRAETVKDEFYSASIHGAIGSAKV
KVIKIPVEVGNAPTVDQVEKFASLVSDGSNGLIYLHSKEGVWRTSAMISRWRQYATRSGA
QIVSNHTIVPGDILLRDASSKLAHNQNGAKESLETSTVGKTFPHEEDGQSLLLESAHHSS
INGKNYAETDKVSLNMNGTYNGSIPTQDLSSLRAVDNGEEHHPLKAQIPPRNSFSRKEMS
NFFRTKKITQNYLHHQLKTKEKSSTELPASSVQRFSVGDSDLKSGIVEAGNSNNSPRVND
TSSKIQFSSTTKMKYVNVDSPVPANPILNRLVASTSVGDKFPSKSETNGLKSNGQATSVS
SDVDVEYVEGNMCASATGVVRVQSRRKAEMFLVRTDGFSCAREKVTESSLAFTHPSTQQQ
MLMWKSTPKTVLLLKKLGQELMEEAKEVASFLYHQEKMNVLVEPDVHDVFARIPGFGFVQ
TFYSQDTSDLHEKVDFVACLGGDGVILHASNLFRGAVPPVVSFNLGSLGFLTSHTFDSCR
QDLRHVIHGNDSLDGVYITLRMRLQCEIFRNGKAIPGKLFNILNEAVVDRGSNPYLSKIE
CYEHDRLITKVQADGVIVATPTGSTAYSTAAGGSMVHPNVPCMLFTPICPHSLSFRPVIL
PDSARLELKIPEDARSNAWVSFDGKRRQQLSRGDSVRISMSKHPLPTVNKCDQTGDWFRS
LIRCLNWNERLDQKALRSHTINFISNQ
NT seq 2964 nt   +upstreamnt  +downstreamnt
atgaattgctcacttccggcctccgtgacccattcctatttccttcggcatctctttcct
tcctgtaacagtgccagatttcccggattccaattgcagacatggtggccgatcaggagg
cggcttaagttcgcttgcacggcggagctctcgaagtctgtatctctcaattttggctcg
gaacttcagtcaccatggatggggcctgttcctggcgatattgcagaagttgaggcatat
tgtagaatctttagaactgctgaacggctccactcttgtctgatggatactctttgtaat
cctttgactggtgaatgtagcgtttcatatgatgttacaccaggggaaaatccaataatt
gaggataaaatagtctctgttcttggatgtttagtatcacttcttaacaaaggaaaggag
gatgtactttctggaagatcatccgccatgaattctttccacgttacaaatttagattca
atggaggataatcttcctccactggcttcttttcggagtgagatgaaaaggtgttgcgaa
agcttgcacgttgctcttgaaaacttcttgactccgggcgatgaccgtagtttggattta
tggaggaaacttcagaggctgaagaatgtttgttatgattctggttttaatagaggggag
gattggccctgccatacattgtttgctaattggaatcctgtttatctacataatttcaag
gaagaaacatcagcaaaagattctgatgtagccttctggagtggtggtcaggtaacagaa
gaaggtctgaagtggttaatcgacaaaggatttaaaacgattgttgatcttcgagcagag
acggtgaaggatgaattctacagtgcatccatacatggtgctattggttctgcaaaagtt
aaggtgatcaaaattcctgttgaagttggtaatgcaccaacggtggatcaggtcgagaag
tttgcatcgttggtttcggatggcagcaatgggttgatctatcttcatagtaaggagggt
gtgtggaggacatcagccatgatatctagatggaggcaatatgctactcgcagtggagca
cagatcgtctctaatcatactatcgttccgggcgatattctccttagagacgcctcttcc
aaattagcacataatcaaaatggagcaaaagagtcgctggaaacttctaccgttggaaaa
acatttccacatgaagaagacggccaatctttgctgctagaaagtgcccatcatagttca
atcaatggaaaaaattatgcagaaactgataaagttagtctgaatatgaacggaacgtac
aacgggtctattcctacacaagatctgtcatctttaagagcagttgataatggggaagag
catcaccctctgaaagctcagattcctccacgcaatagtttttcaagaaaagaaatgtcc
aacttttttaggaccaaaaagattacccaaaactacttacaccatcaattgaaaacaaaa
gaaaagtcttctaccgagttacctgcaagcagtgttcaaagatttagtgttggtgatagt
gatcttaaatctggcattgttgaagcaggaaattctaacaacagcccacgtgtgaacgat
acgtcctcgaagatccaattttcatctactacaaagatgaagtatgtcaatgttgatagt
cctgtaccagccaatcctattcttaatagacttgtagcttctacttctgttggagataaa
tttccctctaaatcggaaacaaatggcttaaagagcaatggtcaagcaacttcggtttct
agcgatgtcgatgtggaatatgtggagggaaatatgtgtgcttctgccactggtgttgta
agggtgcaatcaagaaggaaggccgagatgtttttagttcgaacggatggtttttcatgt
gctcgagaaaaagtgactgaatcctctttggcctttactcatcctagtacacaacaacag
atgcttatgtggaaatccactcctaagactgtattacttctcaaaaagttgggtcaagag
ctcatggaagaagctaaagaggttgcctcgttcttgtatcatcaagagaagatgaatgta
cttgtcgaacctgacgttcatgacgtattcgcaagaattcccgggtttggatttgtccaa
actttttatagccaagacaccagtgacctgcatgagaaagttgattttgtggcatgcttg
ggtggtgatggggttattctccatgcttcaaatttatttagaggtgctgttcccccagtt
gtttcgtttaatctcgggtctcttggatttttgacttcccacacttttgatagttgtagg
caggacttaagacatgtcattcatggaaatgattcactagatggtgtctatataactcta
agaatgcgtcttcagtgcgaaattttccgaaatggcaaagctattcctgggaaattattt
aatattcttaatgaggctgttgttgatcgaggttcgaatccgtacctttccaaaatcgaa
tgttacgaacatgatcgactcattacaaaggtccaggccgatggagtcattgtggctaca
cctactggaagcactgcttactctaccgcagcagggggttctatggtgcatccgaacgtt
ccttgcatgctttttactccaatctgtccccattctctctcatttagaccagttatactt
cccgattctgcacgactcgagttaaagatcccggaggacgcacggagtaacgcttgggtt
tccttcgatggaaagagaaggcagcagctctcaagaggcgattcggttcggatatccatg
agcaagcatccactcccaactgtaaacaagtgtgatcaaactggtgattggtttcgcagc
ttgattcgctgtctgaactggaatgaaaggcttgaccagaaggcccttcgaagccatacc
attaacttcatttcaaatcaataa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (20)   

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