KEGG   Nicotiana tabacum (common tobacco): 107832438
Entry
107832438         CDS       T04643                                 
Name
(RefSeq) NAD kinase 2, chloroplastic-like
  KO
K00858  NAD+ kinase [EC:2.7.1.23]
Organism
nta  Nicotiana tabacum (common tobacco)
Pathway
nta00760  Nicotinate and nicotinamide metabolism
nta01100  Metabolic pathways
nta01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:nta00001]
 09100 Metabolism
  09108 Metabolism of cofactors and vitamins
   00760 Nicotinate and nicotinamide metabolism
    107832438
Enzymes [BR:nta01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.23  NAD+ kinase
     107832438
SSDB
Motif
Pfam: NAD_kinase_C NAD_kinase
Other DBs
NCBI-GeneID: 107832438
NCBI-ProteinID: XP_016515767
UniProt: A0A1S4DQR8
Position
Un
AA seq 1031 aa
MELSIGLETGVDTPICSSGMAICFRYFPCHLEMGLTVAATGTHLHYCQLNYAKAISGPGF
GLRLSYGYRRVKFVVSAELSNAFSVNIDLDSQAGDTSQLPRMGPLPGDIAEIEAYCRIFR
AAEQLHNSLMDTLCNPLTGECNVSYDVPSDDKQILEDKLVSVLGCMVCLLNKGREEVLSG
RSSITDSFRDVDVHVTDDELPPLAIFRGEMKRYCESLHVALENYLTPDDPRSIIVWQKLQ
RLKNVCYDAGFPRGEKKPSHTLFANFSPVYLSTSNEETQSTTSEVAFWRGGQVTDEGLRW
LLERGFKTIVDLRAETVKDIFYEKVLDEAISSGEIELIELPVEVGISPSVEQVEKFAALV
SDLNKKPLYLHSREGIKRTSAMVSRWRQYITRYTPQVVASTYKTADSTGNSSRDARGTEE
TFMLPRSEEGTSFNDEVSSASDNQDGSLPKRSDDINSDVKDIKHISETTGLGKTEGDEVV
SSNRKSTVLESDSEVAPYINVNPLKSQLPPSNVFSRKEMSAYFRSRMVSPATYFTHERKR
LEVLSASRYSYKGVPKGNETTSIYSENGVMESQNLNGSSLNKHLTTNPSTSSSNTEMYAG
HSDSATPVLNGISNGEVQTSIKKVGIVDARDEIERTAESRVTTGERRNIEVSTPLLEDNL
EQIEGNMCASATGVVRVQSRRKAEMFLVRTDGYSCTREKVTESSLAFTHPSTQQQMLLWK
STPKTVLLLKKLGYELMEEAKEVASFLYSQEKMTVLVEPEVHDIFARIPGFGFVQTFYSQ
DTSDLHERVDFVACLGGDGVILHASNIFRGAVPPVISFNLGSLGFLTSHPFEDYKKDLRQ
VIHGNNTLDGVYITLRMRLQCEIFRSGKAMPGKVFDVLNEIVVDRGSNPYLSKIECYEHD
RLITKVQGDGVIVATPTGSTAYSTAAGGSMVHPNVPCMLFTPICPHSLSFRPVILPDSAR
LELKIPEDARSNAWVSFDGKRRQQLSRGDSVRIYMSQHPLPTVNKSDQTGDWFRSLIRCL
NWNERLDQKAL
NT seq 3096 nt   +upstreamnt  +downstreamnt
atggagttaagtataggactggaaactggagtagatacaccaatttgttcaagtggtatg
gcaatatgttttcgttattttccatgccatttggaaatgggtcttacagttgcagccact
ggaacccatcttcactattgccagctcaattatgcaaaggcgatttctgggcctgggttt
ggacttagattatcgtatggatatcgtcgtgtcaagtttgttgtcagtgctgaactatcc
aatgctttctccgtcaacattgacttggattctcaggctggtgatacttcacagttgccc
cgaatgggtccactacctggggacattgcagagatagaggcttactgtagaatctttcgg
gctgctgaacaacttcataattcattaatggacaccctatgcaatccactgaccggagaa
tgtaatgtctcgtatgatgtaccctcagacgataaacaaatacttgaagataaactagtt
tctgttctaggatgcatggtatgtcttctaaataaaggaagggaggaagtcctttctggg
agatcctcgattacagactctttccgtgatgttgatgtgcatgtgacggatgatgagctt
cctccacttgcaattttcagaggtgaaatgaagagatactgtgagagcttacatgttgct
cttgaaaactatttgacacctgatgatcctcgcagcattattgtgtggcaaaaactgcaa
agactgaagaatgtatgttatgatgccggatttcctcgtggtgaaaagaaacccagccat
acactgtttgctaactttagtcctgtttatttgtcaacatcaaatgaagagacgcagtct
acgacttctgaggttgctttctggagaggtggtcaggtaactgacgaaggtcttagatgg
ctgttggagagagggttcaaaaccattgtagatctcagagccgagactgtaaaagacatc
ttctatgagaaagtgctagatgaagccatttcgtcaggggaaattgaattaattgaacta
cctgttgaagttggtatatcgccttcagtggagcaggtcgaaaagtttgcagcattggtc
tctgatttaaacaaaaagcccttatatctccacagtagagaaggaattaagaggacatca
gctatggtctctagatggcggcaatacattactcgctatacaccacaagttgtagccagt
acatataagacagcagactcaactgggaactcatcacgtgatgctagaggaactgaagaa
acatttatgttgccaaggtcagaagaaggtacaagctttaatgatgaagtcagctctgca
tctgataatcaagacggatcactgcctaaaagatcagacgacataaattctgatgtgaaa
gatatcaagcacatttctgaaactacgggcctaggcaagactgaaggcgacgaagttgtt
tcatccaataggaaaagcacagtgctagaatctgacagtgaagtagcaccctacattaat
gtgaacccactcaagtctcagctgcctccctctaatgtcttctccagaaaagagatgtcc
gcatatttcagaagtaggatggtttcacctgcaacatattttactcatgaaaggaaaaga
ttggaggtgctttctgcttcaagatatagctacaagggagtgcctaagggaaatgaaact
acaagcatatacagtgagaatggagtgatggaatcacaaaatttaaatggttcgtctctc
aataagcacttaactactaacccttcaacttcctcgtcaaatacagagatgtatgctggt
catagtgactccgcaactccagtcttgaatggaatcagcaacggcgaagtacaaacctca
ataaaaaaagttggaattgttgacgcaagagatgagatagaacgtactgctgagtctaga
gtcactacaggggaaaggaggaatattgaggtctccacacctttgctggaagataacttg
gagcagattgaaggaaatatgtgtgcttcagccactggtgttgtaagagtgcagtcaaga
aggaaggcagagatgttcttggttcgcacagatgggtattcgtgcaccagagaaaaagta
acagaatcttccttggccttcactcatcctagcacccagcagcagatgcttttgtggaaa
tccacaccaaagactgtactgctattaaagaagctgggatacgaactcatggaagaagct
aaagaggttgcttctttcttgtattcccaagagaagatgactgttcttgttgaacctgag
gtgcatgatatttttgcacgaatcccaggctttgggtttgttcagaccttctatagtcaa
gataccagtgatcttcacgagagggttgactttgttgcctgtttgggaggagatggtgtg
atactccatgcgtcaaatatatttcgaggtgctgtcccacccgtcatctcatttaaccta
ggatcccttggatttctcacttcccatccatttgaagattataagaaggatcttagacaa
gtcatccatggaaacaacactctagatggtgtgtatataactctaagaatgcgtctccaa
tgcgagatattccgaagcgggaaagcaatgcctggaaaggtgtttgatgtcctaaatgaa
attgtagttgatcgtggttctaatccatacctgtccaaaatagagtgttatgaacatgac
cgcctcattaccaaggtgcaaggtgatggcgtcattgtggccactccaactggaagtaca
gcttactcgacagctgctgggggttccatggtgcatcccaatgttccatgcatgctcttt
acaccaatctgtccacattctctctcgtttaggcctgtcatacttccagattctgcaaga
ctagaactaaagattccagaggatgcacgtagcaatgcttgggtctcctttgatgggaag
agaaggcagcaactctctagaggagattccgttcgcatatatatgagtcagcatccacta
cctacagttaacaagtctgatcagacaggtgattggttccgtagcttgattcgttgtcta
aattggaacgaaagactagaccagaaagcactctga

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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 (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (2)   
   Pfam (2)   
All databases (33)   

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