KEGG   Rosa chinensis (China rose): 112187044
Entry
112187044         CDS       T06020                                 
Name
(RefSeq) uncharacterized protein LOC112187044
  KO
K01176  alpha-amylase [EC:3.2.1.1]
Organism
rcn  Rosa chinensis (China rose)
Pathway
rcn00500  Starch and sucrose metabolism
rcn01100  Metabolic pathways
rcn01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:rcn00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    112187044
Enzymes [BR:rcn01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.1  alpha-amylase
     112187044
SSDB
Motif
Pfam: Alpha-amylase Alpha-amyl_C2 AMT4_dom_C
Other DBs
NCBI-GeneID: 112187044
NCBI-ProteinID: XP_024181438
Position
2:80792774..80800880
AA seq 974 aa
MGVISLPDMAAGVIPNLAASYSGGRCKHDRTLFLRRRPLVFRTNSNRKKKLSLTEHWLCK
SRTSIFSSLDDSSVTDVVDNSDSFSSGRNEMLSVEEDELMTAKLALSEAHARQEAIEKER
DQLLEELACFEAKQQEYVATILHDKDMAVSELEAAKSLFNQKLQESVQEKFSLQDKLVLV
KQDAVQLAVQVERLAEIAFQQATSHILEDAQLRVSAAETTAAEASYRIEKQIKDMTEGTI
LSIVEQSKNAIEKALDVAEKAGDHASKAASAFNDSMSPLDELASVQSKNIMLQGAVNDLE
SQLLLTKSDVAKLKLELEKAHAYANLLEVRATDAEKALVEFQESSSKESLQREQEIMSLM
EQMKKDSSERNQAASGAFNVELQSIRDAVAAVKETVHSKDDAYLRRCEALQRSLKSSEAA
TKMWRQRAETAESLLLKERQPGDQEEDSIFVVNGGRIDLLTNDDSQKWKLLSDGPRREIP
QWMARRICTIRTKFPPRKIDVAEALSSEFRSLNLPKPDEVWSIALEKPKEGDTLIEHAFE
KETIEKKRKALERVLQRKTTQWQRTEEQTKLEPGTGTGREIVFQGFNWESWRKQWYLDLA
PKASDLSKIGVTSVWFPPPTESVAPQGYMPSDLYNLNSAYGTKEELQHCIAEMHAHDLLA
LGDVVLNHRCAHKQSPNGVWNIFGGKLAWGPEAIVCDDPNFEGRGNPSSGDIFHAAPNID
HSKDFVRKDIKEWLNWLRSDIGFDGWRLDFVRGFSGTHVKEYIEASNPAFAIGEYWDSLA
YENGSLCYNQDAHRQRIVNWINATGGSSSAFDVTTKGILHSALHNQYWRLIDPQGKPTGV
MGWWPSRAVTFLENHDTGSTQGHWPFPREKLTQGYAYILTHPGTPTIFYDHLYDFGLHEI
LSELIEARRRAGIHCRSAVKIYHANNEGYVAHIGDTLVMKLGHFDWNPSKENHLEGSWQK
FVDKGADYIVWLRQ
NT seq 2925 nt   +upstreamnt  +downstreamnt
atgggtgttatttcattgcctgatatggcagctggggttattcccaacctcgccgcgtca
tattcaggtggacgttgcaaacatgataggactttattcctgcggcggcgccctcttgtt
ttcagaacaaactcgaatagaaaaaagaaactatccctcacagaacattggctatgtaaa
tcaaggacaagcatattttcaagcctggatgattccagtgttacagatgttgttgacaac
agtgacagtttttcttcaggaagaaatgaaatgttgagtgtagaggaggatgagttaatg
acagctaaattagcactttctgaggctcatgctagacaagaagccattgagaaagagagg
gatcaattgcttgaagagttggcatgttttgaggcaaaacaacaggaatatgtagctacc
atattgcacgacaaggatatggctgtttcggaacttgaggctgcaaaatctttgttcaat
cagaagctgcaggaatcagttcaagagaagttcagcttgcaagataagttagtccttgtg
aaacaagatgctgttcaacttgcggtacaagtagagaggctagcagaaattgcttttcag
caggcaacatctcacatactagaagatgcccagttgagggtttccgctgctgaaactaca
gctgctgaagcatcttatcggatagaaaagcaaattaaggatatgactgaaggtacaata
ttgtcgattgtggaacagtcgaaaaatgctatagagaaggccctggacgtggcagaaaaa
gctggtgaccatgcatcaaaagctgcgtcagcatttaatgacagtatgagtccacttgat
gagcttgcttcggtccagtcaaagaacatcatgctacagggtgctgtgaatgatttagaa
tctcagttattgcttacaaaaagtgatgtcgctaagttgaagttggagttggaaaaggcc
catgcatatgcaaatttgcttgaggtccgagctactgatgctgagaaagcattggttgaa
ttccaggagtcaagcagcaaagagagtctccagagagagcaggaaatcatgtcattgatg
gagcagatgaagaaagattcatcggaaagaaaccaggctgcttcaggggctttcaatgtt
gagttacaaagcattagggatgctgttgcagctgtgaaagaaacagtacattccaaagat
gatgcctacttgagaagatgcgaagcactgcaaagatcgttgaagtcatctgaagctgct
acaaagatgtggagacagagagcagaaactgcagaatccttgttattgaaggaaaggcag
ccaggtgatcaggaagaagattccatttttgttgttaatggtggaaggatagaccttttg
accaatgatgattcacagaaatggaaacttttaagtgatggtcctcgcagagagataccc
caatggatggcaaggagaatatgtactatccgtaccaagtttcctccaaggaagattgat
gtagctgaagccttgagttcagagttcagatctttgaacttgccaaagcctgatgaagta
tggtcaatagctctggaaaagccaaaggagggggatacacttattgagcatgcttttgag
aaagaaacaatagagaagaaaaggaaggctcttgagcgtgttcttcagcggaagaccaca
caatggcagaggactgaggagcaaacaaaattagagccaggaactggaacaggacgtgag
attgtgtttcaaggtttcaattgggaaagctggagaaagcagtggtaccttgatttagct
cctaaagcttctgatttatctaaaattggggtaacatcagtgtggttcccaccaccaacg
gaatccgttgctcctcaaggttatatgccttctgacctttacaacttgaactcggcatat
ggtactaaggaagaacttcaacactgcattgcggagatgcatgctcatgatcttctggcc
ttgggagatgttgtcctgaatcatcgatgtgctcataaacagagtccaaatggtgtttgg
aacatctttggtgggaagcttgcttgggggcctgaagcaatcgtttgtgatgatccaaat
tttgagggccgtggaaacccttcgagtggggatatattccatgcagcacccaatattgat
cattcaaaggactttgtaagaaaagatataaaggagtggctaaactggcttaggagtgat
attggttttgatggatggcgccttgattttgtaagaggcttctctggtacccatgtaaag
gaatatattgaagcttcgaatccagcattcgctattggagaatattgggacagtttagct
tatgaaaatggaagtttgtgttacaatcaagatgctcatcgccaaaggatagttaattgg
atcaatgcgacaggcggcagttcctcagcatttgatgtcacaactaagggaattctccat
tctgctcttcataaccaatattggaggttaatagatcctcagggtaaaccaactggagtt
atgggatggtggccctcacgtgctgttacatttttggagaaccatgacacaggatcaacg
cagggtcattggccatttccacgagaaaagcttacacagggatatgcatacattttgacc
catcctggaacacctaccatcttttacgaccatttatacgactttggtcttcatgagatc
ctaagtgagctcattgaggctcggagaagggcagggatccattgccggagcgctgtgaag
atataccatgcaaacaatgaagggtatgttgcacatataggtgacactctagtaatgaag
ctaggacatttcgactggaatccctcaaaggaaaaccatttggaagggagctggcagaag
tttgttgataaaggagcagattacatagtgtggttacgacaatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (23)   

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