KEGG   Camelina sativa (false flax): 104785312
Entry
104785312         CDS       T05044                                 
Name
(RefSeq) 4-alpha-glucanotransferase DPE2
  KO
K00705  4-alpha-glucanotransferase [EC:2.4.1.25]
Organism
csat  Camelina sativa (false flax)
Pathway
csat00500  Starch and sucrose metabolism
csat01100  Metabolic pathways
csat01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    104785312
Enzymes [BR:csat01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.25  4-alpha-glucanotransferase
     104785312
SSDB
Motif
Pfam: Glyco_hydro_77 CBM_20
Other DBs
NCBI-GeneID: 104785312
NCBI-ProteinID: XP_010508798
Position
5:complement(3686759..3692791)
AA seq 955 aa
MMNLGSLSLSTSKSSKPMVSLSFSIPYFTHWGESLLVCGSAPGLGSGNVKKGLLLKPSQH
DDQLIWSGSVSVPPGFSCDYCYYVVDDSKNVLRSEFGMKRKLVVPETLIGGESVQLRDLW
QTGDQALPFRSAFKDVIFHQSFEMKVEKPLGVFENKSDQDDSVVVQFKICCPDIGEGTSI
YVLGTPTKLGKWKVENGLRLNYVDDSIWEADCLIPKADFPIKYRYCKVQKEGSIGFESGG
NRELSLHSIGSKQEYIVMSDGLFRAMPWRGAGVAVPMFSVRSEDDVGVGEFLDLKLLVDW
SVDSGLHLVQLLPVNDTSVHKMWWDSYPYSSLSVFALHPLYLRVQALSECLPDAIKEEIE
KAKKQLDKKDVDYEATMESKLSIAKKIFDLEKDQTLNSSSFQKFFSENEGWLKPYAAFCF
LRDFFETSDHSQWGTFSDYTEDKLEKLISMDSLHYNTICFHYYIQYHLHVQLSEASEYAR
KRGVVLKGDLPIGVDRNSVDTWVYRNLFRMNTSTGAPPDYFDKNGQNWGFPTYNWEEMSK
DNYAWWRARLTQMGKYFTAYRIDHILGFFRIWELPAHAMTGLVGKFRPSIPLSQEELEKE
GIWDFDRLSKPYVQKKFLEETFGDFWPFIASNFLNETQKDLYEFKEDCNTEKKIAAKLKS
LAEKSLLLENEDKVRRDVFDILRNVVLIKDPEDARKFYPRFNLEDTSSFQDLDDHSKNVL
KRLYYDYYFQRQEDLWRKNALKTLPALLNSSNMLACGEDLGLIPSCVHPVMQELGLVGLR
IQRMPSESDVKFGIPSNYGYMTVCAPSCHDCSTLRAWWEEDEERRQHYFKEVIGVDEIPP
SQCVPEITHFILRQHVEAPSMWAIFPLQDMMALKEEYTTRPATEETINDPTNPKHYWRYR
VHVTLDSLIKDTDLKSTIKNLVSSSGRSVPGSTAGEDNNKNQGEVIANGSTKPNP
NT seq 2868 nt   +upstreamnt  +downstreamnt
atgatgaatttaggatcgctttcgttgagtactagcaagtctagtaaaccaatggttagc
cttagcttctcgataccgtatttcactcactggggagagagtttgctggtctgtggctcg
gctcctggacttggttccgggaatgtgaaaaaaggtttgctgcttaagccatcccagcat
gatgatcagctcatctggagtggctctgtctcggttccacctgggtttagctgtgattat
tgttactacgtggtggatgactccaagaatgtgctaaggtcggagtttgggatgaagagg
aagctcgttgtgcctgagacattgattggtggagagtctgttcagcttcgtgatctctgg
cagactggggatcaagctcttccatttagaagcgcatttaaagatgttatattccaccag
agtttcgaaatgaaagtagaaaaacctctaggggtctttgagaataagtcggatcaagat
gattcagttgttgtccaattcaaaatctgttgtccagacattggagagggaacatcgata
tatgttctaggcaccccaacaaagttggggaaatggaaagttgaaaatggacttagactc
aactatgtcgatgattccatatgggaagcagattgcttgatccctaaagcagactttcct
atcaaatatagatactgtaaagttcagaaggaaggcagcataggttttgaatctggtggc
aatcgggagttgtctcttcactccatcggtagtaaacaggaatacattgtcatgtcagat
ggcttgtttcgggcaatgccatggaggggtgctggtgttgcagttcccatgttctctgtt
agatcagaagatgatgttggtgtgggggaatttctcgatctgaagttgctggttgactgg
tctgtagattccgggttgcatctagtacaacttttaccagtaaatgacacatccgtgcat
aagatgtggtgggactcgtatccctacagctccttgtctgtgtttgcattgcatccatta
tatctaagagtacaggctctctctgaatgtttgccagacgctatcaaggaagaaattgag
aaggcaaagaagcaactggacaagaaggatgttgattatgaggctaccatggaatctaag
ctttcaattgccaagaagatctttgacctagagaaagaccagacgttgaactcaagctct
ttccagaaattcttctcggagaacgagggctggttgaaaccatatgcggctttctgcttt
ctccgtgatttttttgagacttcagatcatagtcaatgggggactttttctgactacaca
gaagacaagcttgaaaaattgatatccatggacagcttgcactataacaccatatgcttc
cactactacattcagtaccatttacatgtacaattgtcagaagcatcagaatatgcaagg
aagagaggtgtcgtgctgaaaggagacctacctattggggttgaccgaaacagtgttgat
acgtgggtttacaggaatctatttcgcatgaatacgtcaactggagcacccccagactat
tttgacaaaaatggtcagaattgggggtttcctacttataactgggaggaaatgtcaaaa
gacaactatgcttggtggcgtgctcgcctaacacagatgggaaaatatttcacagcatat
aggattgatcatatattaggtttcttcagaatctgggagcttccagctcatgctatgact
ggtttagtggggaagttccgtccatctattccgttaagtcaggaagaattggaaaaagag
ggcatatgggattttgaccggttaagcaagccctacgtgcagaagaaatttcttgaggag
acatttggagatttttggccttttattgcgtcaaactttctaaatgaaactcagaaggac
ttgtatgagttcaaggaagactgcaacacagagaagaagattgcagcaaagctgaagtca
ttagctgagaagtctttgttgctagaaaatgaggacaaagttcgccgtgatgtctttgac
atattacggaatgttgttctgatcaaagatccagaagatgcaagaaaattctatcctcgc
tttaatcttgaggatacttcaagcttccaggatttggatgatcacagcaaaaatgttctg
aagagactatactatgactactacttccaacgccaagaagatctatggaggaaaaatgct
ttgaaaaccttacctgctctgttaaactcatctaacatgctggcctgtggggaggatctg
ggtcttattccatcttgtgtgcatcctgttatgcaagaacttgggttggttggccttcgg
atccagcgcatgcccagtgagtccgatgtgaagtttgggatcccctctaattatggctat
atgacggtgtgtgctccatcatgccacgactgctctacactgcgggcttggtgggaagag
gacgaagagagaagacaacattacttcaaggaagtgattggtgtagatgaaatccctcca
agtcaatgtgttccagagataactcatttcattctgaggcaacatgttgaagctccatct
atgtgggctattttcccacttcaggatatgatggctctgaaagaggaatacactactcgc
cctgcaacagaggagacgatcaatgacccaacaaaccctaaacattactggagataccgc
gtacacgtgacgttggactcccttataaaagacacagacctgaaatcaaccatcaagaac
ctagtttcgagcagtgggagatctgttcctggtagtactgccggtgaagacaacaacaag
aaccaaggagaagttatagccaatggttcaacaaagccaaacccatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
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 (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (26)   

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