KEGG   Tarenaya hassleriana (spider flower): 104810997
Entry
104810997         CDS       T04125                                 
Name
(RefSeq) L-arabinokinase
  KO
K12446  L-arabinokinase [EC:2.7.1.46]
Organism
thj  Tarenaya hassleriana (spider flower)
Pathway
thj00520  Amino sugar and nucleotide sugar metabolism
thj01100  Metabolic pathways
thj01250  Biosynthesis of nucleotide sugars
Brite
KEGG Orthology (KO) [BR:thj00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    104810997
Enzymes [BR:thj01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.46  L-arabinokinase
     104810997
SSDB
Motif
Pfam: GHMP_kinases_N GalKase_gal_bdg Glyco_trans_1_3 GHMP_kinases_C Glyco_transf_4 Glyco_tran_28_C
Other DBs
NCBI-GeneID: 104810997
NCBI-ProteinID: XP_010535813
Position
Unknown
AA seq 966 aa
MSESEPASRRLVFAYYVTGHGFGHATRVVEVVRHLISSGHQVHVVSAAPEFVFTLEIQSP
DLFIRKVLLDSGSVQADALTVDRLASLEKYSQIAVEPRDSILAAEVEWLKSIKANLVVSD
VVPIACRAAADAGIRSVCVTNFSWDFIYAEYVMAAGHHHRSIVWQIAEDYSHCEFLIRLP
GHCPMPAFHDVIDIPLVVRKFRKTRQEVRRDLGIPDNVKLLIFNFGGQPTGWTLKEEYLP
AGWLCLVCGASENQKLPPNFIALPKNTYTPDAISASDCMLGKIGYGTVSEALAYKLPFIF
VRRDYFNEEPFLRQMLEHYEGGVEMIRRDLLTGCWAPYLERAVTLKPCYDGGINGGEVAA
KILQDTARGKKRLNLNLSGARRLRDAIILGFQLQRAPGRDISVPEWYQVAENEAGMARDD
QTQKTTKSVEGFEIVQGDHQGLSDTISFLNSLAELGNVGGAPERQARENLAAARLFNWED
DIFVARAPGRLDVMGGIADYSGSLVLQMPTREACHAAVQRNHPSKQKLWKHAEARRHARD
SPILEIVSFGSELSNRGPTFDMDLSDFMEDGKPISYEKACQYFSRDPSQKWAAYVAGTIL
VLMRELGVRFEDSISILVSSTVPEGKGVSSSASVEVATMSAVAAAHCLEISPRDVALLCQ
KVENYVVGAPCGVMDQMASACGEANKLLAMICQPAEILGLVEIPPHIRFWGIDSGIRHSV
GGSDYGSVRIGTFIGRTLIKSVASGLSSRSSPQFNSEEIEEESLGLIEAEASLDYLCNLP
PHRYEALYSSKIPGNMTGEEFIEKYGDHGDSVTTIDRKTTYEISAATRHPIYENFRVQAF
KALLSAAPSEEQIIGLGEMMYQCHYSYSACGLGSDGTDRLVRLVQNMQHSKVSRSENGTL
YGAKITGGGSGGTVCVIGRNSLRSSEHILQIQKKYREATGFMPYVFEGSSPGAGKFGYLK
IRKISS
NT seq 2901 nt   +upstreamnt  +downstreamnt
atgtctgaatccgaacctgcttctcggcgtctcgttttcgcctattatgtaactgggcac
ggatttgggcacgccactcgtgttgtcgaggtggttcgccatctcatctcgtctggacat
caagttcatgtcgtctctgcagctccagaatttgtcttcaccctcgaaatccaatccccg
gatttgttcattcgcaaggtgctcttggacagtggatcagtgcaagccgatgctttaacc
gttgatcgtcttgcctctttggaaaagtattctcagatcgcggttgaacctcgagactct
attttggcggcagaggttgaatggttgaagtccatcaaagccaacctagtggtctcggat
gttgtccctatcgcatgccgtgcagcagcagatgctggaatccgttctgtttgtgtcacc
aactttagctgggactttatctatgcagagtatgtgatggcagcaggacatcatcatcga
tccatagtatggcagatagccgaggattattcgcactgcgagtttctgatacggctgcct
ggacactgtcctatgccggcttttcatgatgtcattgatatccccctcgtcgtaaggaaa
tttcgcaagaccagacaagaggtcagacgagatcttgggattccagacaatgtgaaacta
ctaatcttcaactttggtgggcagccaactggatggacattaaaggaggagtatttaccg
gctggttggttatgtctggtctgtggagcttccgagaatcagaagctccctccaaatttt
attgcactaccaaagaatacttatacacctgatgcgatttcagcttcagactgcatgctc
ggaaaaattggatatggaactgtcagtgaagctcttgcatacaaattacccttcatattt
gtgcgaagggactatttcaatgaagaaccgttcctaagacagatgctcgagcactacgaa
ggaggagttgaaatgataaggagggatctactgactggatgctgggcaccgtatcttgaa
cgtgcagttacgttgaaaccgtgttatgacggaggcatcaatggcggtgaggtggcagcg
aaaatacttcaggataccgcacgggggaaaaaacgtttgaatctcaaccttagtggagca
agaaggttacgggatgcaatcatactcggcttccagcttcagagagcacccggtagagat
atttctgttccagaatggtaccaagttgctgaaaacgaagccgggatggctcgggatgat
cagacgcagaaaaccaccaaatcggtagaaggcttcgagattgttcagggagaccaccaa
ggcctttctgatacgatcagcttcttgaacagcttagcagaactaggtaacgtaggtggc
gcccccgagcgtcaggcaagggaaaatttggcggctgcaaggttatttaactgggaggac
gatatattcgtggcaagagccccgggtaggcttgatgtaatgggagggattgctgattat
tcgggaagtcttgttcttcagatgccaactagagaggcatgtcatgccgctgttcagagg
aatcatccgagtaaacagaaactctggaagcacgctgaggctcggcgccacgcaagagat
tcgccgattcttgaaatcgtttcgtttggatccgagctgagcaacagagggccaacattc
gacatggacctgtcggatttcatggaagatggaaaaccaatatcctacgagaaagcctgc
caatacttttcccgggatccatctcagaagtgggcggcttatgttgcgggtaccattctc
gtactaatgagagaactgggtgttcggtttgaagacagtattagtatactggtttcttca
acggttccagaagggaaaggagtatcgtcctctgcctcggttgaagttgcaaccatgtca
gctgttgctgctgctcattgtctggaaatttctcctcgcgatgtggctttgctttgccaa
aaggtcgagaactacgtcgttggagcaccgtgtggagtgatggatcaaatggcttccgct
tgtggagaagctaacaaacttcttgcaatgatatgtcagcctgccgagatactcggactc
gtcgaaatacctcctcatatacgattttggggcatcgattccggaatacgacacagtgtc
ggtggttcagattacggttctgtaaggataggcacttttatcggcagaacgctcataaag
tctgttgcctcgggattgtcttcacgttcttctccgcaatttaactcggaagagattgag
gaagagagcttggggttaattgaagctgaggcatccttggattacttatgcaacctccct
cctcatagatatgaagccctctattcaagcaagatcccgggaaatatgacgggagaagag
ttcatcgagaagtacggggatcacggggattcagtcactaccatagacagaaaaaccacg
tatgagatcagtgcagccacccgacatccgatttacgagaatttccgcgttcaggctttc
aaagcattgttgagtgcagctccgtcagaggagcagatcatcggtcttggggaaatgatg
tatcagtgtcattacagttacagcgcgtgcgggttaggctcggatgggacggatagactg
gtcagactggtgcagaatatgcagcattctaaggtgtcgagatctgagaacgggactcta
tacggggccaagatcacgggaggcggcagcggaggcacggtctgcgtaatcggaaggaac
agcttgagaagcagtgaacacattctacagatacagaagaagtacagggaggcgacaggg
ttcatgccgtacgtgttcgagggttcttctccaggcgccggcaagtttggatacctcaag
attcgcaagatctcttcttaa

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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 (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (35)   

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