KEGG   Gossypium raimondii: 105802507
Entry
105802507         CDS       T04129                                 
Name
(RefSeq) uncharacterized protein LOC105802507 isoform X2
  KO
K01176  alpha-amylase [EC:3.2.1.1]
Organism
gra  Gossypium raimondii
Pathway
gra00500  Starch and sucrose metabolism
gra01100  Metabolic pathways
gra01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:gra00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    105802507
Enzymes [BR:gra01000]
 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
     105802507
SSDB
Motif
Pfam: Alpha-amylase Alpha-amyl_C2 AMT4_dom_C BING4CT
Other DBs
NCBI-GeneID: 105802507
NCBI-ProteinID: XP_012489645
UniProt: A0A0D2TBC5
Position
11:complement(57271534..57281035)
AA seq 966 aa
MGVFVLPSSAFGVLLPHFPVVSLGTPRGQFHLVLGGSSNRKRKNLLTGNWQCRPRIVVAS
NRDDSKDNVTDDEDGSLLGSYEMLEMKEDELVEARKALSEVKARQAALEKERDQLLEDFA
SSEAKQKEYVASVLHDKELAVSELESTKSLFHQKLQESVKEKFALESKLVLARQDAVELA
VQVEKLAEVAFRQATSHILEDAKLRVSAAETLAAESAFQIDEQIRKSTEGTIFSIIVESK
DAINKALDVAENAIDEATQAVAVFTDAVNPIDVIASAQSENIKLQGAVSDLEAQLLVSES
ELDRLKLELQQAQVQANAAELRSSNAEKALLEFQELSRKKALEQEEEIRSLLEKIKKEAV
ERKKVLSKAFKAELESIKAAVDASKEITCSRENAYMRRCEALQRSLRTSESALKLWRQRA
EMAQSLLLKERSEKEDDEDVIYIANGGRIDLLTDDDSQKWKLLSYGPRKEIPQWMARRIR
SIRPKFPPRKTDISKALNSNFKSLELPKLDEVWSIAQEKLREGDMLTEHVIEKEVIEKKR
KALERALQRKTVKWKRIPEETKIEPGTGTGREIVFQGFNWESWRRQWYQELAFKAADLSH
SGITAVWLPPPTQSVAPQGYMPSDLYNLNSSYGSVEDLKSCIEEMHSQELLALGDIVLNH
RCAHKQSPNGVWNIFGGKLAWGPEAIVCDDPNFQGRGNPSSGDIFHAAPNVDHSQHFVRK
DVKEWLYWLRNDIGYDGWRLDFVRGFSGTFVKEYIEASNPAFAIGEYWDSMAYEHGNLCY
NQDAHRQRIVNWINATGGTSSAFDVTTKGILHSALHDQYWRLIDPQGKPTGVMGWWPSRA
CTFLENHDTGSTQGHWPFPRDKLTQGYAYILTHPGTPVIFYDHFYEFGIRDVLTELIEAR
RRAGIHCRSSVKIYHANTEGYVAQVSNMLVIKLGHFDWNPSKENQLDGSWQKFIDKGADY
QIWLRQ
NT seq 2901 nt   +upstreamnt  +downstreamnt
atgggtgtttttgtattaccaagttcagcctttggggtgcttcttccccacttccctgtt
gtttcattaggcacgccacgtgggcagtttcatttagtcttgggaggctcttctaacagg
aaaaggaagaatttacttactggaaactggcagtgcagaccaagaatagttgttgcctca
aatagggatgattccaaagacaatgtcacagatgatgaggatggttctttgttggggagt
tatgaaatgttggagatgaaagaggatgagttagtggaggcgagaaaggctctttctgag
gttaaggccagacaagcagcccttgaaaaagaaagagatcaattgcttgaagactttgct
agttctgaggctaaacagaaggaatatgtggcttccgttttacatgacaaagaattggct
gtttcagaactggagtcgaccaaatctctattccatcagaagctgcaggagtcagtgaaa
gagaaatttgcgttggaatctaagttggttcttgcaagacaagatgctgttgaacttgca
gtacaagttgaaaagttagcggaggttgctttccgacaggccacatctcacatattagaa
gatgccaagctgagggtttcagctgcagaaaccttggctgctgagtctgcttttcaaatt
gacgaacagataagaaaatcaaccgaaggtactatattctcaattatagtggagtctaaa
gatgctataaataaggcccttgatgtggcagaaaatgccattgatgaggctacacaagct
gtagcagtattcactgacgctgtaaatcccattgatgttattgcttctgctcagtctgag
aatattaagttacaaggtgctgtcagtgatttagaagctcaactattggtttcagagagt
gagcttgataggttgaaactggagttgcaacaggcccaagtacaagcaaatgcagctgaa
ctccgatccagtaatgctgagaaggcattgcttgaattccaagagttgagtaggaaaaag
gctcttgagcaggaagaggagattaggtctttattggagaaaataaagaaagaagcagtt
gaaagaaagaaggttttgtccaaggcttttaaggctgagttggaaagcatcaaggctgct
gttgatgcttccaaagaaataacatgttcaagagaaaatgcctacatgagaagatgtgaa
gccctgcagaggtcactgaggacatctgagagtgctttaaagttgtggagacagagagca
gagatggcacagtcattgttgttgaaggaaagatcagaaaaggaagatgatgaagacgtc
atctatatagctaatggtgggaggatagaccttttgactgatgatgattcacagaaatgg
aaacttcttagttatggtccacgtaaggagatacctcagtggatggcaagaaggattagg
agcatccgtccgaagtttcctcctagaaagactgacatatctaaagccttaaattccaat
tttaaatcgttggaattgcccaaacttgatgaggtttggtctattgctcaagaaaagcta
agagaaggtgatatgcttactgaacatgttattgaaaaagaagtaatagagaagaaacgg
aaagctttggagcgagcactccagcgaaagacagttaaatggaagaggattccagaagaa
acaaaaatagagccaggaactggaacaggacgagaaattgtgttccaaggtttcaattgg
gaaagttggagaaggcaatggtaccaggagctagctttcaaggcagctgatttatctcat
tctgggataacagcagtatggctcccaccaccaacacaatctgttgcaccccaaggttat
atgccttctgatctttacaacttgaactcctcatatggatctgtcgaagacctgaaatct
tgtatagaggaaatgcattctcaggaacttctggcattgggagatattgtgcttaaccat
agatgcgcgcataaacagagtccaaatggtgtctggaatatttttggcggcaaacttgca
tgggggcctgaagctattgtttgtgatgatccaaatttccagggccgtgggaatccttca
agtggtgatatcttccatgcggcaccaaatgttgatcattcgcagcactttgtgcgaaaa
gatgtaaaggaatggttatactggctccgtaatgatattggttatgatgggtggcggctt
gactttgtgagaggcttctctggaacctttgtgaaagaatatatagaagcttcaaatcct
gcatttgctataggagaatattgggacagtatggcttatgaacatggtaacttatgttac
aatcaagatgctcaccggcaacggatagtaaactggatcaatgccactggtggtacttcc
tcagcttttgatgtcacgacaaaggggatactccactctgctttacatgatcaatactgg
agactgatagatcctcaaggaaaaccaacaggagtaatgggatggtggccttcacgcgca
tgtacgtttttagagaaccatgatacgggatctacccagggtcactggccttttccccgt
gataagcttacacaaggatatgcttacatcttgacgcatccgggaactcctgtgatattt
tatgaccacttctatgaatttggcatccgtgatgtcttgacggaattaatagaagctcga
agacgggctgggatccactgccgaagttctgtcaagatataccacgccaataccgaaggt
tatgttgctcaggtcagcaatatgctagtgatcaaactagggcatttcgattggaatcct
tcaaaggaaaatcagttggatgggagttggcaaaagttcattgataaaggagcagattat
caaatttggttaagacagtaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (34)   

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