KEGG   Ricinus communis (castor bean): 8285074
Entry
8285074           CDS       T01087                                 
Name
(RefSeq) uncharacterized protein LOC8285074 isoform X2
  KO
K01176  alpha-amylase [EC:3.2.1.1]
Organism
rcu  Ricinus communis (castor bean)
Pathway
rcu00500  Starch and sucrose metabolism
rcu01100  Metabolic pathways
rcu01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:rcu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    8285074
Enzymes [BR:rcu01000]
 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
     8285074
SSDB
Motif
Pfam: Alpha-amylase Alpha-amyl_C2 AMT4_dom_C Tfb5
Other DBs
NCBI-GeneID: 8285074
NCBI-ProteinID: XP_002526120
UniProt: B9SJF1
Position
5:complement(9145439..9155146)
AA seq 972 aa
MGGILLPGAVSGIPPSYHYFCSASLDKNVPHSSILHHPLIFPSSYTWKRRLFYNGSWHCK
SRTVVLSSMEESNDTFTGVVNSGDDLSSQRAQVLEDEENELVAAKKALSDVRSKQETLEK
ERDLLLEELARSEAKQKEYVATILQDKELAISELEAAKSLFHQKLQKTVEEKFALESRLV
LAKQDAVELAVQVEKLTEIAFQQATSHILEDAQMRVAAAETTAAEAAFQIEEQIRNATEG
TIFTIVQQSKDAIDKALDVAEKAGDHAAKAVAIFSDGANPFDEIASIKSENIRLEGVVND
LESHLLITRSEIDKLKAELDQVRSQAKASEVRANNAEKTLLEFQKSNREKAMQQEEEISS
LLEKMRKDASERKKAASKAFKSEVESIKAAIEAAKETARSRENAYMRRCESLQRSLRASE
SALKMWRQRAEMAESLILDAEKDEDSISIVNGGRIDLLTDDDSQKWKLLSDGPRREMPQW
MARRIRTIRPKFPPRKTNISEALTKNFRHLDLPKPDEVWSIAQEKPKVGDTLIEHVMEKE
TIEKKRKALERVLQRKTIQWQRTPEHTKLEPGTGTGREIVFQGFNWESWRRQWYVELATK
MADLSQCGVTAVWLPPPTESVAPQGYMPSDLYNLNSAYGTEEELKYCIEEMHSHDILALG
DVVLNHRCAQKQSPNGVWNIFGGKLAWGPEAIVCDDPNFQGCGNPSSGDIFHAAPNIDHS
QDFVRRDIKEWLNWLRNHIGFDGWRLDFVRGFSGTYVKEYIETSNPAFAIGEYWDSLAYE
HGSLCYNQDAHRQRIINWINATGGTSSAFDVTTKGILHSALHNQYWRLIDPQGKPTGVMG
WWPSRAVTFLENHDTGSTQGHWPFPRDKLAQGYAYILTHPGTPVIFYDHFYDFGVRDIIT
ELVEARKRAGIHCRSSVKIYHANNEGYVAQIGDTLVMKLGDFDWNPSKENNLDGSWQKFV
DKGADYQLWLRQ
NT seq 2919 nt   +upstreamnt  +downstreamnt
atgggaggcattttgttgcctggtgcagtttctggtataccgcccagctatcattatttt
tgttcagcttcacttgataagaatgttccacattctagtatcctccatcatcctcttatc
tttcccagctcctatacatggaaaaggagactattttataatggcagttggcactgtaaa
tcaagaaccgttgttttatcaagtatggaggaatccaatgacacctttacaggtgtggtc
aacagtggcgatgatctttcatcacagagagctcaagtattggaggatgaagaaaatgag
ttagtagcagctaagaaagctctttctgatgtccgatccaaacaagaaacacttgagaaa
gaaagagatctgttacttgaagaattggctcggtctgaggctaagcagaaagagtatgtg
gctaccatattgcaggataaggaattggcaatttcagaacttgaggctgctaagtctctg
ttccatcagaagctgcagaagacagtagaagagaagtttgctttagaatctaggctggtc
cttgcaaaacaagatgctgtggaacttgcagtgcaagttgaaaagttgacagagattgct
tttcagcaagcaacatctcacattctggaagatgcccaaatgagggtcgctgctgctgaa
actactgctgctgaagcagctttccagattgaagaacaaattaggaatgcaactgaaggt
accatattcacaattgttcaacagtcaaaagatgccatagacaaggccttggatgtggca
gaaaaagctggtgaccatgcagcaaaagctgtggctatcttttctgatggtgctaatcca
tttgatgagattgcttccatcaaatcagagaacattagattagaaggtgttgtaaatgat
ttagaatctcacttgttgattacaagaagcgagattgataagttgaaggctgagttagac
caagttcgttcacaagcaaaagcctctgaagtccgagctaacaatgctgagaaaacatta
cttgaatttcaaaaatcaaacagggaaaaggctatgcagcaggaggaggaaattagctct
ttgctggagaaaatgaggaaggatgcttcagaaagaaagaaggcagcatctaaggccttt
aagtctgaggtggaaagcatcaaggctgccattgaagctgctaaagaaacagcacgctca
agagaaaatgcatacatgaggagatgtgaatcattgcagagatcattaagggcctctgaa
tctgctttaaagatgtggaggcagagagcagaaatggcagagtcactaattttagatgca
gaaaaggatgaagattccatctctatagttaatggtgggcgtatagatcttttaacagat
gatgattcacagaaatggaaactgttgagtgatggccctcgtagagagatgcctcaatgg
atggccaggaggatcaggactatccgtcccaagttcccaccaagaaagactaatatatct
gaagcattaacaaaaaactttagacatttggatttgcccaaacctgatgaagtatggtca
attgctcaagaaaagccaaaggttggggatacactgattgagcatgtaatggagaaagaa
accatagagaaaaagagaaaggctttagagcgggttcttcaacggaagaccatacaatgg
cagaggaccccagaacataccaaattagaaccaggaaccggtacgggacgtgagattgtg
tttcaaggtttcaattgggaaagctggagaagacagtggtatgtggagttagctactaaa
atggctgatttatctcaatgtggagtaacagcagtgtggctcccacctcctacagagtct
gttgctcctcaaggttatatgccttcagacctctacaacttgaactcagcctatggtact
gaggaagaactgaaatattgcatagaggaaatgcattctcatgatattctggccttggga
gatgttgtactaaatcatcgatgtgcacagaaacagagtccaaatggtgtatggaatatt
tttggaggcaaacttgcgtgggggcccgaagcaatagtttgcgatgatccgaactttcag
ggttgtggaaatccttcaagcggcgatatctttcatgcagctccgaatattgatcattcc
caagactttgtgcggagagacataaaggaatggcttaattggcttcgaaatcatattggt
tttgatgggtggcgccttgactttgtaagaggtttttctggcacatatgtcaaagaatat
attgagacttcaaatcctgcatttgctataggagaatactgggatagtttagcgtatgaa
cacggtagcttgtgttacaatcaagatgctcatcggcaaaggataatcaattggatcaat
gccactgggggtacttcctcagcctttgatgtcacaacaaagggcattctccactctgct
ctgcataaccaatattggaggttaattgatcctcaaggaaagccaacaggagtgatggga
tggtggccttcacgtgctgtcacatttttagagaaccatgatacaggatcaactcaggga
cactggccatttccaagagataaactagcacaaggatatgcatatattttgacccatcct
ggaacgcctgtgatattttatgaccatttctacgattttggggtccgagatatcataacc
gagctggttgaggctagaaaacgagctggtatccattgtcggagctctgtcaagatatac
catgccaataatgaaggttatgttgcacagattggtgatacactagtcatgaagcttgga
gattttgattggaatccctccaaggaaaataatctggatggaagctggcaaaagtttgtt
gacaaaggagcagattatcagctgtggttaagacagtag

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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 (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (60)   

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