Gene
KWMTBOMO14028
Pre Gene Modal
BGIBMGA011359
Annotation
PREDICTED:_breast_cancer_type_2_susceptibility_protein_homolog_[Amyelois_transitella]
Full name
Glycogen [starch] synthase
Location in the cell
Nuclear Reliability : 4.102
Sequence
CDS
ATGGAAAAAACGGTAAAGGAAATTGAAGATTTTGAATTAATTTTACGAAACAAACGTAATAGAACACCAGTATTATACGGACACGATTTTCGCGATAGAGAACAGGCCAGCAAACCAAGGGACGTTATAAAGATTGTACAATCACAGATGAGAGCCATTCAGAAAGCTGATACGAATAATTTGACCAAAGTTGATAATACAACTAATAATTACTTTACGAAAAAGGAGTTTATCCCTGTGGCTGAGTTACCAGATTATCCCAAGGAATTACATGAAGAAAATATTTACCAATTTGAAACACAGTTTGTGTCTGATTCTCAACTGATTGCCTTAGTGCAGAATGCGGAGCATCCAGATACGAAAGTTTCAACACCAGAAAATATAACTCTTCATCACGTAATTGCCGAGATAGGCGACGGTAACACCACTGATACAGCAGACAATCACAGAGGAGTGCTAAGTAAGGAAGATAATAATGATAAGAGTTCACTCCTAAATGATTTAGAGGAGAGTGCGGAATCAATTGGTGTGAATGATGAGACAGACACTGTTGAAGTAAACGATAACATATTCAAAAGTCAAATATTTGAAATGGACAAAGTTGAAGTTTCCGAAACATTAGTGGCAGAAGAAAGCCGATCACCGAGTCCAGTGCTAAATTTTAAAAACAATAAAATACTGCCATTAGTGTTTGACCTGGAGAAGTTTGAAAGGTTTGAGAGAATAGCCTTTCCCATTGTCGAAGAAAACAAAGATCTAAACAGAGTCAAACATCTGATTAACTCTCAATTATCTGATGGAGAATTGAATATAGAAATCGAAGACAATCATATGTTCGTGTGTTTGGATAAAAAAAGTCCGATATTAAATATTGAAGACAAAATTGTTATGCCGACGACAGCATTAAATTATCTAAGGCAAAAAACAAATAGTTACATACAAGATGAAATATTATTTAGTAGCGATGAAGAAAGTGATAGAATGATTCAAGACTTACCTTTAACCTGCCCTTTTAAAACATCTACCTATGACAAAAATGATGTTTTAAACAAAAGTATGTATGTTGGATTCCAAACAGCCAGTAATAATCCCATACAAGTCTCTGAGGAGTCTTTTTGTAAAGCTAAGTCTATATTAAGCTTTGAAGACACAGACAAACTGAATTTCAATGAAATTGTTGAGGCCCGTGATGGTACGACGAACACGAATAAAGATGAGGATGAATTAAATAGGAATTCCGAAAATGTTGGCATTCTAGATATTGATATGGCCATAAATAATGATGATTCACTTAAGGTTTCCGGTAAAGCTGACAGCGATTATGTGCTGAAACCTAAGAAACGAAAGTACGACGGCTTTATAACGGCTAGTAACAAAAAAATTCAACTATCTAATAGTGCTTTACTGAGATGCAAAAAAGTATTCAAAGATATAGATCTGAATGAAGAATTTGATGAAAATTCGAATAATGGAAAGGATAAATTGAGCAATGTGTTTCATAATAACGAAAGTGATTTCAATGATAATGCCGACGATATAGTCATTGAGAAATCGAATTATCAAATTAAAGCAACAGAGTTGAATTTGGATTGCAATAAATCGAAACAGAGTTTTATGGAAGACTTGGAATCTGATTTGAATGACGAAAACATTATTAAAGAATTCGAGAACGTAGATATGACAATCGAAATTAATGATATTGTATCGAAGTATAACGAAAAAGAAAATTGTCATGTACAAGACTGTGTCAATAGAAAAAATGTTAAAAATAAACCAATGACAAATCATCAATCTAACATAATAAATTCTTTAGGCAGTGATTTTGTTGGCTTTAAAACTGCTAATAACATGATAATAGAAATTTCAAAAGAAGCATTACGTAAAACTAATGATGTGTTCAAAGACATTGATATTGGTGATAGGATTACAACTAATTCAGAATTTATAAAAAACAAAACTAAAAACATTGAAACACCAAATAAATTTTTTAAAAACGATCAGTTAAATACAGATTCTGCTGAGCCTCAAAAATGTATGACTAATAATACTGTTGGTATTTCCACTGGGAATCAGCCGTTGAGCAACACTCGGTTTGTTGGCTTCAAAACGGCTAACGACAGAAATATTACAATTAGCAGTCACTCACTAATTAAAAGTAAGGAAATATTCAAAGATATACAAGATTTAACGAATGAACGCGAAGAGAATACAAGCTTGGATGTTTTCAAAGGATTTAAAACGGCTAATAATAAAGTCGTGAAAGTATCCGAAGAATCATTAGTGAAAACGAAAAATATATTCAAAGATATAAATAATGAGAACGAACACCAAAACAAATTAGATCCGGTGAAAGAATTCCATGGAAGTAGGCTCTCGAAGAATTTCGAAGGTTTTAAAACAGCAAACAATAATGTGGTAAAAATATCAGAACGAGCCTTATCCAGGACGAAGAAGATTTTCGAGAAGATTTTCAATGCTAGTTCTGATGATAATCTCAATACTGGAAACGTAACACCCGAGCCGGATTTTAAAAGGTCGCCTAAAAACGACAAGGTCAATGTTGCGAACACATCTCTAGAGAAAGCGAAAATATTTGTGAAAAACCCACGAAATGCTAACATCATGGCCGAGGGAAGTACTGTAAATCGTTCTAAATCAGTCACTAAGACCAATTATAGAGAGCAAATCAAAGAAAACGTAAAAAATATTGACAGAGATGTCCTAAGAAATTCTTCAGTATACCCAGACGATTTGTTGTTTGCTGTACAAGAAGGTTTCAACGAAACACTGTACACGGAAGATTTTACAATATCAGCAACAAGATCAACAAGATCTACAAGTCCTATTTTGTTATGTCCCAAAGCTAAACGACTCAAATTCGAAGCTCCACACAAGAATCTTAAACATACACAAACTACAGAAATTATCGAACAAAAAAAACCACTTTTAAATTTCAAAAAAGATTATAAAAAAACGAAAACATACAAACTGAAAGATTTGTGTGATTTAGAAAAGAGATATGAAGAGAAATCTGTTGCAATTGATTACGACATGGATAATCTAATGGATTTCATTTTTGAAAAACAAAGAAATGATGTTACGGAAACTGTAGTGAATGTGGAACACGTCCAGAGAATGTTTTTGAGTTCGGTTAATGCGAAACTGATACCAAAGGGCTGGTTGGAAAATCACATAAAATTGATATTGTGGAAACTGTTGTCGTACGAAATTAAATTTCCTAACGTCATGGCGAATGTCTGTACTGTCGGCAATGTCATAGACCAATTGAAATATAGATACGACAAAGAGTTGTATAATGCTGAAAGGCCGGCCTTGAGGAAGATCTTGGAGAAAGACGATGTCCCTTCTAATACTTTGGTACTTTGTGTCGCCGGGATTTTTGTTGACGGAGTTGAAGTGAAAAGTGTCCCAAATACGAACAACATAGAACTGTTAGTGAGTGACGGTTGGTATTCGGTGAAGGCCACCACTGACCGGCTCCTGGCCCGGATGGTGCGGAGCGGTAAAATCGTGGTCGGAACCAAAGTGATGACCTGTGGGGCTGAGCTGTTGAATTGCGAGGGGGTGTCGCCTTGGGAGGACGTATCCTCAGTACGTCTAAAGCTGTCCGGAAACTCGACCAGTCGATGTCCCTGGTATGCGAGGCTGGGGCAGCACCGCGCGCGACCGGCCCGCGCCCTGCGGCACGTGGACGCGCAGGGCGGGCGGGTGGCGCGCCTCCGGGCCCACGTGGCCAGGGTCTACCCGCCGCTGTACGTCGAGAAGCTGGGAGACGGCACCACCGTGACTCGCTCGGAGCGTCTGGAGCAGCTGCAGCAGACGCGGCTCGAGGCGGCGCGCCAGGCGCTGGCCGAGGAGCTGCAGCGAGACGTGGAGCGCGCGTGCTGCGAGCAGGAGTCGCAAGATGTGGATTCTCAGGAGATGTCCTGCAGGAGAGATTCAGATAGCGGCTCCCAGCTGTATCGACAAATGAAGAGAAGTACAGACCCCGGCGAGTTCCGTAGCGACCTCACGGCGTCTCAAAACCACATTCTGCAGCAACACCTGGATTCGCGTCGAGATGCAGTCGTCGCCAGGTTGCAGAGCGAGTTCCGTGCGAGGGCGGAGGGCACCTTGGCGCGGAGGAATGTGGCAGTCGTACTGCGGGTCAGGGTCCTCGATCCAGGACCGGACTGCGCTACCAGAGGCACGCTGTCGGTGTGGAACCCCACGGAGGAGGTCCTGGAGCTGCTGCAGGAGGGGAACTCGATAGAAGTGACGAACGTCACACCAACAGCTGTCAGATATTCCGAAATCCAGCTCTCGGCCGGCAGGCAGTCTGCGTTCACGGCGTGTCGTCTGAAGGAGTCCACCGCGGCTCAGTTCCGGAGGAGGGCGTGCGCCCTGGACGAGCTGGTGCGGAGCCCGGCCGCGCAGACCCCGTACGGCGAGGTGGACACGGCCGGGCTCATAGTGCGAGTCGAACCTAAGACAACGGTTCTCAACAACACGGTGCACTTCCAAAACGTTTACTTGTCGGATTTCGAAAGGAACATTGTCAGTATCAACTTCTGGGGCGGCCTCGAAAAGTTCGGCTACGATAACCTCCTGGACACGGGACAGGTCGTGGCCTGCGTCAACGTGCAGAGGCGCGCGGGCAGCACCGCCCGAAGCATCCCCCAGTACAGGGCCACGGAGATCAGTTATTTCACGAAATCTCCCAAGATAGCGGACCTCAAAAAGTTAGTGGTAGAATTGAATGAAAAATTTAAATCTTGCAACATTCAACGTTTTTGCGAGGATTGCGTAGACGTTATAGAGAATAAAAAAAGGAAAAGTACTCGCAATGAAAATGTTACTCCATACAAGACTAGTGATGTAAATTTAACAAAGACAACGTCTGTTTCGACACCATTAACAGTAAATAAAAATGACTTCAAAAATTTAACAAATGAGTCGGACCGTGAGTCGCCATCGCCCAAAACGTTGTTGCGTAGGCAGCAGATCAAAGCGAAAATTGAAAAATTAAAAAGATACGGCGAACCTCCACCCCTGAACCCTATAACGATAGTGAACAAAACTACAAACGCAATGGCGGCGTACAGAAGTCCGGTCAATGTAGCCGGATCGAAAAAAAATATTGATTGTAGTAGTTTTAGTGATACTTCATCAGTCAGCAAGGCTAATGACAAAACTGTTGTTCCTGTTAAACTGAATTTTGATGTAAGCACGGAAGAGGGTGATCCGTTTGCAGAAGAGCTCGATCCCAGCTTACCGTTGAGTCTAGAATAG
Protein
MEKTVKEIEDFELILRNKRNRTPVLYGHDFRDREQASKPRDVIKIVQSQMRAIQKADTNNLTKVDNTTNNYFTKKEFIPVAELPDYPKELHEENIYQFETQFVSDSQLIALVQNAEHPDTKVSTPENITLHHVIAEIGDGNTTDTADNHRGVLSKEDNNDKSSLLNDLEESAESIGVNDETDTVEVNDNIFKSQIFEMDKVEVSETLVAEESRSPSPVLNFKNNKILPLVFDLEKFERFERIAFPIVEENKDLNRVKHLINSQLSDGELNIEIEDNHMFVCLDKKSPILNIEDKIVMPTTALNYLRQKTNSYIQDEILFSSDEESDRMIQDLPLTCPFKTSTYDKNDVLNKSMYVGFQTASNNPIQVSEESFCKAKSILSFEDTDKLNFNEIVEARDGTTNTNKDEDELNRNSENVGILDIDMAINNDDSLKVSGKADSDYVLKPKKRKYDGFITASNKKIQLSNSALLRCKKVFKDIDLNEEFDENSNNGKDKLSNVFHNNESDFNDNADDIVIEKSNYQIKATELNLDCNKSKQSFMEDLESDLNDENIIKEFENVDMTIEINDIVSKYNEKENCHVQDCVNRKNVKNKPMTNHQSNIINSLGSDFVGFKTANNMIIEISKEALRKTNDVFKDIDIGDRITTNSEFIKNKTKNIETPNKFFKNDQLNTDSAEPQKCMTNNTVGISTGNQPLSNTRFVGFKTANDRNITISSHSLIKSKEIFKDIQDLTNEREENTSLDVFKGFKTANNKVVKVSEESLVKTKNIFKDINNENEHQNKLDPVKEFHGSRLSKNFEGFKTANNNVVKISERALSRTKKIFEKIFNASSDDNLNTGNVTPEPDFKRSPKNDKVNVANTSLEKAKIFVKNPRNANIMAEGSTVNRSKSVTKTNYREQIKENVKNIDRDVLRNSSVYPDDLLFAVQEGFNETLYTEDFTISATRSTRSTSPILLCPKAKRLKFEAPHKNLKHTQTTEIIEQKKPLLNFKKDYKKTKTYKLKDLCDLEKRYEEKSVAIDYDMDNLMDFIFEKQRNDVTETVVNVEHVQRMFLSSVNAKLIPKGWLENHIKLILWKLLSYEIKFPNVMANVCTVGNVIDQLKYRYDKELYNAERPALRKILEKDDVPSNTLVLCVAGIFVDGVEVKSVPNTNNIELLVSDGWYSVKATTDRLLARMVRSGKIVVGTKVMTCGAELLNCEGVSPWEDVSSVRLKLSGNSTSRCPWYARLGQHRARPARALRHVDAQGGRVARLRAHVARVYPPLYVEKLGDGTTVTRSERLEQLQQTRLEAARQALAEELQRDVERACCEQESQDVDSQEMSCRRDSDSGSQLYRQMKRSTDPGEFRSDLTASQNHILQQHLDSRRDAVVARLQSEFRARAEGTLARRNVAVVLRVRVLDPGPDCATRGTLSVWNPTEEVLELLQEGNSIEVTNVTPTAVRYSEIQLSAGRQSAFTACRLKESTAAQFRRRACALDELVRSPAAQTPYGEVDTAGLIVRVEPKTTVLNNTVHFQNVYLSDFERNIVSINFWGGLEKFGYDNLLDTGQVVACVNVQRRAGSTARSIPQYRATEISYFTKSPKIADLKKLVVELNEKFKSCNIQRFCEDCVDVIENKKRKSTRNENVTPYKTSDVNLTKTTSVSTPLTVNKNDFKNLTNESDRESPSPKTLLRRQQIKAKIEKLKRYGEPPPLNPITIVNKTTNAMAAYRSPVNVAGSKKNIDCSSFSDTSSVSKANDKTVVPVKLNFDVSTEEGDPFAEELDPSLPLSLE
Summary
Description
Transfers the glycosyl residue from UDP-Glc to the non-reducing end of alpha-1,4-glucan.
Catalytic Activity
[(1->4)-alpha-D-glucosyl](n) + UDP-alpha-D-glucose = [(1->4)-alpha-D-glucosyl](n+1) + H(+) + UDP
Similarity
Belongs to the glycosyltransferase 3 family.
Uniprot
EC Number
2.4.1.11
EMBL
Proteomes
Pfam
Interpro
ProteinModelPortal
PDB
1IYJ
E-value=2.35738e-46,
Score=474
Ontologies
GO
Topology
Length:
1763
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00000
outside
1 - 1763
Population Genetic Test Statistics
Pi
224.448221
Theta
191.597255
Tajima's D
0.866702
CLR
0.182544
CSRT
0.624268786560672
Interpretation
Uncertain
