KEGG   Nelumbo nucifera (sacred lotus): 104591440
Entry
104591440         CDS       T04131                                 
Symbol
GWD
Name
(RefSeq) alpha-glucan water dikinase, chloroplastic
  KO
K08244  alpha-glucan, water dikinase [EC:2.7.9.4]
Organism
nnu  Nelumbo nucifera (sacred lotus)
Brite
KEGG Orthology (KO) [BR:nnu00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    104591440 (GWD)
Enzymes [BR:nnu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.9  Phosphotransferases with paired acceptors
    2.7.9.4  alpha-glucan, water dikinase
     104591440 (GWD)
SSDB
Motif
Pfam: PPDK_N FERM_F2
Other DBs
NCBI-GeneID: 104591440
NCBI-ProteinID: XP_010248572
UniProt: A0A1U7Z5L9
Position
Un
AA seq 1464 aa
MSNTIGQGLLNQYLCHPITLEHQSKSVCYGISANSLFQALSVSQKALQIRKRLSTKFREN
SLSRTKSIVIKEKRSMVTRAVLTTDPASEQIKGKFNLDGSSELKIDVSSPTQGSRFRIDF
QVTNSSNSLILHWGGISDGQKNWVLPSRWPDGTKMYKNKALRTPFVKSGPDSFLKMEIDD
PKIQGIEFLILDESRNKWFKDNGENFRLLLSRKKNMSPHVSVPEDLVQIQAYLRWERKGR
QMYTPDQEKKEYEAARIELMEEIAKGVSVEELRAKLTKKDESKAKEPTVLESKRKIPDDL
VQIQAYIRWEKAGKPNYPPDKQIKELEEARKELQMELDKGTSLEEIRNKIVKGEIQTKVS
KQLKNKNYFTIERIHRKKRDFMQYLNKHAAESVKDLPVQLRALTTIEIFSKAKEEQDGGV
ILNKKIFKLGDKELLVLATKPSDKTKVYLATDLKESLTLHWALSRNGGDWETPPQSALPQ
GSVPLGNAVETQFAETYCGDPPQQVQALEIEIEDNFVGMPFVLVSNGNWIKNNGSDFYVD
FNTESKKVKKDVGDGKGTAKALLDKIAEMEGEAQKSFMHRFNIASDLTEWAKDAGELGLA
GILVWMRFMATRQLIWNKNYNVKPREISKAQDRLTDLLQNIYKNKPQYREILRMILSTVG
RGGEGDVGQRIRDEILVIQRNNDCKGGMMEEWHQKLHNNTSPDDVIICQALIDYIKSDFD
ISVYWKTLNSNGITKERLLSYDRAIHSEPNLRRDQKDGLLRDLGNYMRTLKAVHSGADLE
SAIANCMGYRSEGQGFMVGVQINPVPGLPSGFPELLEFVLDHVEDTNVEPLLEGLLEARQ
ELQPLLLKSYERLRDLLFLDIALDSMVRTAIERGYEELNKAGPEKIMYFISMVLENLALS
SDNNEDLINCLKGWSHALDMSKSRDDHWALYAKSVLDRTRLALASKAEHYQQVLQPSAEY
LGSLLGVDQWAINIFTEEIIRAGSAASLSSLLNRLDPILRKTAHLGSWQIISPVETVGCV
VVVDELLAVQNKSYGQPTILVAKRVKGEEEIPDGTVAVLTPDMPDVLSHVSVRARNSKVC
FATCFDTNVLSDLQAKAGKLLRLRPTSTDIIYSEAKDNELLKTSSNLKEDESLPSISLVR
KKFCGRYAISSEEFSSEMVGAKSRNIAYLKGKVPPWVGIPTSIALPFGVFEKVLTDDSNK
VVADTLQTLKKRLGGDFSILGEIRKTVLQLSAPPQLVQELKNKMKSSGMPWPGDEGEQRW
EQAWVAIKKVWASKWNERAYFSTRKVKLDHDYLCMAVLVQEIINADYAFVIHTTNPSSGD
SSEIYAEVVKGLGETLVGAYPGRALSFVCKKNDLNSPKVLGYPSKPIGLFIRQSIIFRSD
SNGEDLEGYAGAGLYDSVPMDEEEKVVLDYSSDRLITDGSFRHSILSSIARAGSAIEELY
GSPQDIEGVVRDGKIFVVQTRPQM
NT seq 4395 nt   +upstreamnt  +downstreamnt
atgagcaatacaataggccaaggcttactcaaccaatatctctgccatcctattacacta
gaacatcaaagtaaatctgtttgttatggaatctctgcaaattctttgttccaagccttg
tctgtgagccaaaaggcactacaaatacggaaacgcctttcaactaagttccgtgagaat
agtctcagcaggacaaaatcaatagtaatcaaagaaaagcgcagcatggttactcgtgcg
gtattaactacagatcctgcttccgagcagatcaagggaaaattcaatcttgatggaagt
tctgaattaaagattgatgtcagctctcccactcaagggtctcgtttccgaatagatttt
caagttacaaatagcagtaactctttgattcttcactggggtggaattagtgatggacaa
aagaactgggtacttccctctcgttggcctgatggaacaaaaatgtataagaacaaggct
cttagaactccatttgttaagtctggtcctgactccttcctgaaaatggaaattgatgat
cccaaaatacaaggcatagagtttctaatacttgacgagtcacggaataagtggtttaaa
gataatggtgagaacttccgccttcttttgtcaagaaagaaaaacatgagtccacatgtt
tcagttcctgaagatcttgtacagattcaagcatatttgaggtgggaaagaaagggtagg
cagatgtatacaccggatcaagaaaagaaggagtatgaagcagctcggatagaactaatg
gaagaaatagccaagggggtctctgtagaggaacttcgagcaaagctaacaaaaaaagat
gagtctaaggcaaaagagcctactgttctagaaagcaagagaaagatacctgatgatctt
gtacaaatacaggcttacatacgatgggagaaagcagggaagcccaactaccccccagac
aaacaaattaaagagcttgaagaagccagaaaagagctgcagatggaattagataagggc
acctctcttgaagaaatacgaaataagatagtaaaaggagagatccaaactaaggtttcc
aagcagttgaagaataaaaattattttactattgaaaggattcaccgcaagaaaagggat
tttatgcaatatctcaataagcatgctgctgaatctgtgaaagaccttcctgttcagcta
agggctctaacaacgattgagattttttcaaaggctaaggaagagcaagatggtggtgtc
attctgaataagaaaatttttaagcttggtgacaaagaacttttggtacttgcaaccaaa
ccttctgataagacaaaagtttatctggctacagatctaaaagaatcgctaacccttcac
tgggctctatcaagaaatggaggagactgggagacaccacctcaaagtgcattgcctcag
ggatctgttccactaggaaatgctgttgaaacacaatttgcagagacctattgtggagat
cctcctcaacaggtacaagccttagaaatagagattgaagacaattttgttggcatgcca
tttgtccttgtatctaatggaaactggataaagaataacggatctgacttttatgttgat
ttcaacactgagtctaaaaaagtaaaaaaggatgtcggtgatggaaaaggtactgcaaag
gctttgttggacaaaatagcagagatggagggtgaggcccagaagtcctttatgcataga
ttcaacattgcatcagatttgacggagtgggccaaagatgctggggaactgggtcttgca
ggaattcttgtgtggatgagatttatggctacaaggcagctcatatggaataagaactat
aatgtaaagccacgtgagattagtaaagctcaggataggcttacagacttgctccagaat
atatacaaaaataagcctcagtaccgggaaattttgcggatgatcttgtccactgtaggt
cgtggaggtgaaggtgatgttgggcagcgaattcgagatgaaatattggttattcagaga
aataatgactgcaagggtggaatgatggaggagtggcatcagaaactacataacaatact
agtcctgatgatgttataatctgtcaggcactcattgattatattaaaagtgactttgat
atcagtgtttattggaagactctgaattcaaatggaattacaaaagaacgtcttctaagt
tatgatcgtgctatacattctgaaccaaatttgaggagagaccagaaggatggtcttttg
cgtgatcttgggaattacatgagaactttgaaggcagttcattcaggtgcagatcttgag
tctgctattgcaaattgcatgggatacaggtctgagggtcaaggtttcatggttggagtg
cagataaatcctgttccaggcttgccatctggatttccggaacttctggaatttgttcta
gatcatgttgaagatacaaatgtagaaccacttcttgagggtttgctggaggctcgtcag
gagcttcaacctttgttacttaaatcctatgaacgtctgagggatcttctatttctggat
attgctcttgattctatggtaagaacggccattgagaggggatatgaagagctaaataag
gctggacctgagaaaattatgtacttcatcagcatggttcttgagaacttagctctttcc
tctgataacaatgaggatcttatcaactgcttaaagggatggagtcatgcattggacatg
tccaagagtagagatgatcactgggctttatatgcaaaatcagtccttgataggacccga
cttgctcttgcaagcaaggcagagcattaccagcaagttttgcaaccttctgcagagtac
ctgggatcacttcttggagttgaccaatgggcgataaatatattcactgaagaaatcatt
cgtgctgggtcagccgcttccttgtcatcacttcttaatcgacttgaccctattcttagg
aagacagctcatctgggcagttggcagataatcagtccagttgaaacagtcggctgtgtt
gtagttgtagatgaactacttgctgtccagaacaaatcatatggacaaccaacgatttta
gtggcaaaaagggtaaaaggagaggaagaaattccagatggcacagttgctgtgcttaca
cctgacatgccagatgtcctatctcatgtctctgtgcgagcaagaaatagcaaggtttgc
tttgctacatgttttgacaccaatgttctgtctgaccttcaagcaaaagcagggaagtta
ttacgcctaaggcctacttctacagatataatttatagtgaggccaaggacaatgagctt
ttgaagacaagttcaaatttgaaggaagatgaatctttgccatctatatctttagtcagg
aagaagttttgtggtagatatgccatatcatcggaggagttctccagtgaaatggttgga
gctaaatcacgtaatattgcatatctaaaaggaaaagtaccaccatgggtaggaattcca
acatcaatcgccctaccatttggtgtttttgagaaagtgctcacagatgattcaaacaag
gtggtagctgacacattgcagaccctgaagaaaaggttaggaggagatttcagcattctt
ggtgaaatccgtaagacagttttgcagctttcagcaccccctcagttggtgcaagagcta
aagaataagatgaaaagttcagggatgccttggcctggtgatgaaggtgagcaacgatgg
gaacaagcatgggtggcaataaagaaggtctgggcatcaaaatggaatgaaagagcttac
ttcagcaccagaaaggtgaaactagatcatgattatctctgtatggctgtccttgttcaa
gaaataataaatgctgattatgcatttgtaatccacaccaccaatccgtcgtctggagac
tcatcagagatatatgctgaggtggtgaaaggactgggagaaactcttgttggtgcttat
cctggccgtgctttgagctttgtctgcaagaaaaatgatcttaactctccaaaggtattg
ggttacccaagcaaacccattggcctctttataagacagtccattattttccgctctgat
tccaatggcgaagatctagaaggttatgcaggtgcaggactttatgatagtgtgccaatg
gatgaagaagagaaggttgtacttgattactcatctgaccgattaataacagatggaagt
tttcgccattcaatcctatcaagcattgcccgtgcaggaagtgcaattgaagagctttat
ggatctccacaggacattgaaggtgtagtgcgggatggaaagatttttgttgttcagaca
agaccgcagatgtaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (51)   

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