KEGG   Manihot esculenta (cassava): 110604394
Entry
110604394         CDS       T05761                                 
Name
(RefSeq) glycogen phosphorylase 1
  KO
K00688  glycogen phosphorylase [EC:2.4.1.1]
Organism
mesc  Manihot esculenta (cassava)
Pathway
mesc00500  Starch and sucrose metabolism
mesc01100  Metabolic pathways
mesc01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:mesc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    110604394
Enzymes [BR:mesc01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.1  glycogen phosphorylase
     110604394
SSDB
Motif
Pfam: Phosphorylase
Other DBs
NCBI-GeneID: 110604394
NCBI-ProteinID: XP_021598237
Position
17:complement(24653914..24667565)
AA seq 1013 aa
MSPITLPLSQSKLLFPSFTGVSLSSVSASSNKHSSISIPYNASHFNFPRLASTSGSLRAP
SAASTTTITTSVVDGTEDDHSDLGGGATAFVIHSRKRIGLLQVIIRVFKVLGLIVEKATV
EYEGDYFTKTFYVTDSSGNRIEDAESLDKIKKVLMQAIESGERGAAEVKTGSTGRGIVVR
RPGLRLGENRAKVERMFGLMDRFLKNDPATLQNDIVNHVEYTVARSRFSFDDFEAYQALT
HSVRDRLIERWHDTQICFRRKDPKRLYFLSLEYLMGRSLSNSVINLGIRDQYADALSQLG
FDFEVLAEQEGDAALGNGGLARLSACQMDSLATLDYPAWGYGLRYQYGLFRQVILDGYQH
EQPDYWLNFGNPWEIERIHVTYTVKFYGTVEEENFKGGKHKVWVPNETVEAVAYDNLIPG
YGTRNTITLRLWAAKPSDQNDMESYNTGDYINAVVNRQRAETISSILYPDDRSHQGKELR
LKQQYFFVSASLQDIIRRFKDTHSNFDDFPEKVALQLNDTHPSLAIAEVMRVLVDEENLS
WSRAWDISCKIFTFTTHTVLPEASEKIPVDLLGSLLPRHLQIIYEINFRFLEELKKRIGL
DYDRLSRMSIIEEGAVKSIRMANLSIVCSHTVNGVSKMHAELLKTRVFKDFYELWPHKFH
YKTNGVTQRRWVVVSNPSLCALISKWLGTEAWIRDMDLLVGLQEYATNGDLHEEWKMVRK
VNKMRLAEYIEAMSGVKVSVDAMFDVQLKRIHEYKRQFLNILGIIHRYDCIKNMEKKDRR
NVVPRVCIIGGKAAPGYEIAKKIIKLCHAVAEKINNDPDIGDLLKLVFIPDYNITVAELV
IPGADLSQHLSTAGHEASGTGCMKFLMNGCLLLATADGSTIEIIEEIGADNMFLFGAKVS
EVPVLRKKAPNLKVPLQFARVVRMVRNGYFGFEDYFESLCDSVEVDNDFYLLGADFESYL
EAQAAADKAFIDEEKWTQMSILSTAGSGRFSSDRTIDDYAEKTWGIERCRCPA
NT seq 3042 nt   +upstreamnt  +downstreamnt
atgtctccgatcacattgcctctctcccaatccaaactcttatttccatccttcaccggc
gtttctctctcctccgtttccgcttcctctaacaaacactcctccatttccatcccttac
aatgcttctcattttaacttccccaggctcgcttccaccagtggatctctccgcgcccca
tctgcagcctctaccaccactatcaccacctccgtcgtcgacgggactgaagatgaccac
tccgatcttggcggtggagcaaccgccttcgtcatccattcccgtaaacgaatcggcctc
ctccaggtcattattcgtgtattcaaagtacttggccttattgtcgagaaggccactgtt
gaatatgaaggggattattttacgaaaacgttttatgttaccgattccagtgggaataga
attgaggacgctgagagcttggataagattaagaaagtgttgatgcaggcgatcgaaagt
ggagaacgtggagccgccgaggtgaagacggggtccacgggaagaggtatagtggtgagg
aggcctggattgaggctaggagagaatagagcaaaagtggagagaatgttcggcttaatg
gatcggtttttgaagaacgatccggctactctacaaaatgatattgtgaatcacgttgag
tatacggtggccaggtcacgctttagtttcgacgattttgaagcttaccaggctttgaca
catagcgtgagagatcgtttgatcgaacgttggcatgatacccaaatatgcttcaggagg
aaagatccaaagcgtttatacttcctctcacttgagtatcttatgggtcgctccttgtca
aatagtgtcatcaatcttggcattcgagaccaatatgcagatgcattatctcagcttggt
tttgattttgaagttttggcagagcaggaaggggatgctgcccttggtaatggtggcctt
gctcgtctttcagcttgtcaaatggattccttagctacgttggactatcctgcatggggt
tatgggctgcgataccagtatgggttgttccgccaggtcatattggatggctatcaacat
gagcaacctgattattggttaaattttggaaatccttgggagatagaacggattcatgta
acttatactgtgaagttctatgggactgtcgaagaggaaaattttaaaggtggaaagcat
aaagtatgggtccccaatgaaacggttgaagctgtagcgtatgataatctaatacctggc
tatggaacaaggaataccattacacttcgcctctgggctgctaaaccaagtgatcaaaat
gacatggagtcgtataatactggagactacatcaatgccgttgtcaatagacagagggca
gaaaccataagtagcattttataccctgatgaccgctcacatcaggggaaggaactacgg
ttgaaacaacaatatttttttgtctctgcgtcattgcaagacattattcggaggtttaaa
gacactcacagtaactttgatgacttcccagaaaaggttgccctgcagctgaatgatact
cacccgtctcttgcaatagctgaggtcatgagagtgctcgttgacgaagagaatttgagt
tggagcagagcatgggacatttcatgcaagatttttacttttaccactcacacagtgttg
cctgaagcatcagagaaaatacctgttgatctactgggaagtcttctaccacgccattta
caaataatatatgaaataaactttagattccttgaagagttgaagaagcgaattggttta
gattatgaccgactttccaggatgtcaattattgaggaaggtgcagtgaagagtattcga
atggcaaatctatcaattgtctgctctcacactgtgaatggtgtctctaaaatgcacgca
gagttattaaaaacaagagtgttcaaggacttctatgagttgtggcctcacaaatttcat
tacaagacaaatggagtaacccagcgtcgctgggttgttgtcagcaacccaagtttgtgt
gctcttatctcaaaatggcttggaacagaagcttggattcgtgatatggacctattagta
ggtttgcaagagtatgcaacaaatggtgatctacatgaagaatggaagatggtgaggaag
gttaacaaaatgaggcttgcagaatatattgaagcaatgagtggagtcaaggtcagtgtg
gatgcaatgtttgatgtgcagttaaagcgaatacatgagtacaaaagacagtttctcaat
atacttggcatcatccacagatatgattgcattaagaacatggagaagaaagacaggaga
aatgttgttcctcgagtttgcataattgggggaaaagctgctcctggttatgaaattgca
aagaagattatcaaactatgtcatgctgtagcagaaaagattaacaatgacccagatatt
ggagatcttttgaagctggtttttatcccagattacaatatcactgttgctgagttggta
attccaggggctgacctctcacaacacttaagcactgcgggacatgaggcatcgggaacc
ggctgcatgaagtttttgatgaatggatgtttacttttagctactgcagatggttcaacc
attgaaattatagaagaaataggcgcagataacatgtttttgttcggtgcaaaagtcagc
gaagttccagttttgcgcaagaaagcacctaatcttaaagtacctcttcaatttgctcgt
gttgtaagaatggttcgaaatggctactttggcttcgaagactattttgaatcgttatgt
gacagcgtggaggttgacaatgacttttacctcctaggtgctgattttgagagctatctg
gaggcacaggccgcagcggacaaggcatttattgatgaagagaagtggactcaaatgagc
attcttagcacagctgggtctggaagatttagcagtgatagaacaatcgacgattatgca
gagaagacttggggaattgaacgctgcagatgcccagcctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
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 (1)   
   Pfam (1)   
All databases (19)   

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