KEGG   Dendrobium catenatum: 110106379
Entry
110106379         CDS       T05027                                 
Name
(RefSeq) L-arabinokinase isoform X1
Organism
dct  Dendrobium catenatum
SSDB
Motif
Pfam: GHMP_kinases_N GalKase_gal_bdg Glyco_trans_1_3 GHMP_kinases_C Glyco_transf_4 Glyco_trans_4_4
Other DBs
NCBI-GeneID: 110106379
NCBI-ProteinID: XP_020691924
Position
Unknown
AA seq 997 aa
MGIENAEAGGDSHPMRRLVFVYYVTGHGFGHATRVVEIVRHLIEAGHEVNVVTGAPEFVF
TGEIKSSNLKIRNVLLDCGAVQTDALTVDRLASLEKYRQTAVKPRDLILATEVEWLKSIK
ADLVVSDVVPLICRAAVDARIRSICVTNFSWDFIYAEYIMTEGFQHHSIVWQIAEDYSHC
EFVIRLPGYSPMPAFRDAIDVPLVVRRVHKSRSEVRMELGIGEDVKLLIFNFGGQPADWK
LQEEWLPSGWLCLVCGASDTQELPPNFIKVRKDAYTPDLIAASDCMLGKIGYGTFSEALA
YRLPFVFVRRDYFNEEPFLRNTLEYYEGGVEMIRRDFLAGQWIPYLSRALMLHPCYDGGI
NGGEVVAQLLQDTADGKNCSPVKSGARRLRDAIILGFQLQRAPGIDISIPDWYLLSENEV
GLNHTLPNVEMNGDISLTHVGVPNVEVLYGQLHGLSDTVAFLKSLSALNDIDLGKSSDKH
QLREQVAAAGIFNWEDEIYIARAPGRLDVMGGIADYSGSLVLQMPIREACHVALQRNNPN
KQRLWKHALARQKAKERFTPLLQIVSFGSELSNRAPTFDMDLSDFVDGEQLLSYEKAQKY
FAKDPSQKWAAYIAGTILVLMVELGVLFTDSISILVSSAVPEGKGVSSSAAIEVATMSAI
AAAHGLSIDPRDLALLCQKVENLVVGAPCGVMDQMASACGEANKLLAMVCQPAEVKELVT
IPTHIRFWGIDSGIRHSVGGTDYGSVRIGTFMGRKMIKSLASSLLSRSVENTAVPIDVGD
NELDVFEEENIELLRNEASLNYLCKLPTHRYEAAYAKKLPKLLTGQIFLEKYVDHDDTVT
VIDPGRSYAIRAPTKHPIYENFRVEAFKALLSAATAEEQLSALGELMYQCHYSYSDCGLG
SDGTDRLVELVQEMQHRNSPKQTNLFGAKITGGGSGGSVCVIGRNNIESSKEILEIQQRY
KNATGYLPIVFDGSSPGAGKFGYLKVRCRPSAKSSMD
NT seq 2994 nt   +upstreamnt  +downstreamnt
atggggatagaaaatgcagaggccggcggtgattctcatccgatgcgtcgacttgtcttc
gtctactacgttaccggccacgggtttggccatgccacccgcgttgtcgagattgtaagg
catctgattgaagcagggcatgaagttaatgtggttacaggtgccccggagtttgttttt
acaggcgagataaagtcttcaaatctgaaaatacgaaatgttttgttggactgtggggct
gtgcaaactgacgctttgacagtggatcgccttgcctctttggaaaagtaccgacaaaca
gctgtgaagccacgagatttaattctagcaactgaagtggaatggctaaagtcgatcaag
gctgatttagtggtctcggatgttgttcctcttatatgccgagctgcagttgatgccaga
attcgttctatttgtgtcactaacttcagttgggattttatttatgcagaatatatcatg
acagaaggatttcagcaccattctattgtttggcagatagctgaagactattctcattgt
gagtttgtgatcaggcttcctggttattccccaatgcctgctttcagggatgctattgat
gttccactggttgtcaggagagtacataaatcccgatcagaggtgagaatggagcttgga
attggagaggatgtcaagctattaattttcaactttggcgggcaaccagctgactggaag
cttcaggaagagtggttaccttctggttggctgtgcctggtatgcggtgcatccgataca
caagagcttcctccaaactttataaaagttagaaaagatgcttacacacctgatttgata
gcagcatcagattgcatgcttgggaagattggttatggcacattcagcgaagcattagca
tataggctgccatttgtctttgtacgaagagattattttaatgaagagccatttttaagg
aacacgcttgagtattacgaaggtggtgtggagatgatccggagagattttctagcagga
caatggatcccttacctttctcgtgcccttatgcttcatccatgttacgatggtggcatt
aatgggggcgaggtggttgcccagctgttgcaggatactgctgatggaaagaactgttca
ccagtaaagagtggggcaagacgtttgcgtgatgctataattcttggctttcaacttcaa
agagctcctggtatagatatcagcattccagattggtatttactttctgaaaatgaagta
ggtcttaatcacactttaccaaatgttgaaatgaatggagacatatctcttacgcacgta
ggcgttccaaatgttgaagttctttatggtcaacttcatggtctatctgatactgtagct
ttcttgaaaagcttatctgcacttaatgatattgatttgggaaagagttccgacaagcac
cagctgagagagcaggttgcagctgctggaatattcaattgggaggatgaaatttatata
gctagggctcctggaaggttggatgtaatgggcggaatagcagattattcaggaagtctg
gttttgcagatgccaatcagagaggcatgccatgttgctcttcaaagaaataacccaaat
aaacaacggctatggaaacatgcactggcacggcagaaggcaaaagaaagattcactcca
ttgctccaaattgtatcatttggatcagaattaagtaaccgggcaccgacctttgacatg
gacttatcagattttgtggacggtgagcaactgttgtcatatgagaaggcgcagaagtac
tttgcaaaggatccatcccaaaaatgggctgcttatatagctgggacgattcttgtacta
atggttgaactcggtgtgctgtttacagatagtatcagcatactggtttcttcagctgtt
ccagaaggcaaaggtgtttcttcctctgcagctattgaggtcgctaccatgtctgctatt
gccgctgcacatggcttaagcatcgacccgagagatcttgcattgctctgtcaaaaggtt
gagaaccttgttgttggggctccttgtggagtcatggatcaaatggcatctgcttgtggt
gaagccaacaagcttcttgcaatggtttgtcagcctgcagaggtgaaggaacttgtcaca
atccccactcacatacgcttttggggcattgattctggaatacgtcacagtgttggtggt
acagactatggatctgtaagaataggtacttttatgggtcggaagatgataaagtcttta
gcatcttcattgttatcccgttcagtggagaacacagctgtacccatagatgttggtgat
aatgaattggatgtgtttgaagaggagaatattgagcttcttaggaatgaagcttctctt
aattatttgtgtaaactccccacgcacagatatgaggctgcctatgcaaagaagcttcca
aagttattaactggacaaatattcttggagaagtacgttgatcacgatgatacagtcact
gtaattgatcccggacgaagctatgcaattagggcacctactaaacatccaatctatgaa
aatttccgtgttgaggcattcaaagcacttctaagtgcagctacagcagaagaacaactt
tctgctctaggagagctaatgtatcagtgtcattacagctacagtgactgtgggcttggc
tctgacggaacagacaggcttgtagagttggtgcaagagatgcagcatcgcaattcacct
aagcagacaaacttatttggtgcaaaaattactggaggtggctctggtggttctgtttgt
gtgattggaaggaataacattgaaagcagcaaagaaattcttgagattcagcagaggtac
aaaaatgccacaggctatctgccgattgtttttgatgggtcatctcctggtgcaggaaag
tttggctaccttaaagtgcgctgccgtccctcagcaaagagcagtatggattaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (30)   

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