Saccharomyces cerevisiae (budding yeast): YBR023C
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Entry
YBR023C CDS
T00005
Symbol
CHS3, CAL1, CSD2, DIT101, KTI2
Name
(RefSeq) chitin synthase CHS3
KO
K00698
chitin synthase [EC:
2.4.1.16
]
Organism
sce
Saccharomyces cerevisiae (budding yeast)
Pathway
sce00520
Amino sugar and nucleotide sugar metabolism
sce01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
sce00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
YBR023C (CHS3)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
sce01003
]
YBR023C (CHS3)
Enzymes [BR:
sce01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.16 chitin synthase
YBR023C (CHS3)
Glycosyltransferases [BR:
sce01003
]
Polysaccharide
Structural polysaccharide
YBR023C (CHS3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Chitin_synth_2
CHS4
Glyco_trans_2_3
Glyco_tranf_2_3
Glyco_transf_21
Glycos_transf_2
Motif
Other DBs
NCBI-GeneID:
852311
NCBI-ProteinID:
NP_009579
SGD:
S000000227
UniProt:
P29465
Structure
PDB
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Position
II:complement(284428..287925)
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AA seq
1165 aa
AA seq
DB search
MTGLNGDDPDDYYLNLNQDEESLLRSRHSVGSGAPHRQGSLVRPERSRLNNPDNPHFYYA
QKTQEQMNHLDVLPSSTGVNPNATRRSGSLRSKGSVRSKFSGRETDSYLLQDMNTTDKKA
SVKISDEGVAEDEFDKDGDVDNFEESSTQPINKSIKPLRKETNDTLSFWQMYCYFITFWA
PAPILAFCGMPKKERQMAWREKVALISVILYIGAIVAFLTFGFTKTVCSSSKLRLKNNEV
STEFVVINGKAYELDTSSRSGIQDVEVDSDTLYGPWSDAGKDASFLFQNVNGNCHNLITP
KSNSSIPHDDDNNLAWYFPCKLKNQDGSSKPNFTVENYAGWNCHTSKEDRDAFYGLKSKA
DVYFTWDGIKNSSRNLIVYNGDVLDLDLLDWLEKDDVDYPVVFDDLKTSNLQGYDLSLVL
SNGHERKIARCLSEIIKVGEVDSKTVGCIASDVVLYVSLVFILSVVIIKFIIACYFRWTV
ARKQGAYIVDNKTMDKHTNDIEDWSNNIQTKAPLKEVDPHLRPKKYSKKSLGHKRASTFD
LLKKHSSKMFQFNESVIDLDTSMSSSLQSSGSYRGMTTMTTQNAWKLSNENKAVHSRNPS
TLLPTSSMFWNKATSSPVPGSSLIQSLDSTIIHPDIVQQPPLDFMPYGFPLIHTICFVTC
YSEDEEGLRTTLDSLSTTDYPNSHKLLMVVCDGLIKGSGNDKTTPEIALGMMDDFVTPPD
EVKPYSYVAVASGSKRHNMAKIYAGFYKYDDSTIPPENQQRVPIITIVKCGTPAEQGAAK
PGNRGKRDSQIILMSFLEKITFDERMTQLEFQLLKNIWQITGLMADFYETVLMVDADTKV
FPDALTHMVAEMVKDPLIMGLCGETKIANKAQSWVTAIQVFEYYISHHQAKAFESVFGSV
TCLPGCFSMYRIKSPKGSDGYWVPVLANPDIVERYSDNVTNTLHKKNLLLLGEDRFLSSL
MLKTFPKRKQVFVPKAACKTIAPDKFKVLLSQRRRWINSTVHNLFELVLIRDLCGTFCFS
MQFVIGIELIGTMVLPLAICFTIYVIIFAIVSKPTPVITLVLLAIILGLPGLIVVITATR
WSYLWWMCVYICALPIWNFVLPSYAYWKFDDFSWGDTRTIAGGNKKAQDENEGEFDHSKI
KMRTWREFEREDILNRKEESDSFVA
NT seq
3498 nt
NT seq
+upstream
nt +downstream
nt
atgaccggcttgaatggagatgatcctgatgactactatctgaaccttaatcaagatgaa
gagtctctacttaggtcaagacacagtgtcggctcaggagcacctcatagacaaggctct
ttagtgcggcccgaaagaagccgactgaacaatcctgataatccacatttttattatgcg
cagaaaacgcaggagcagatgaatcacctggatgttttaccatcaagtaccggtgtaaac
ccaaatgcaactcgtcggagtggctccctgcgctccaaaggctcagtgagaagcaaattt
agtggccgcgaaacggatagctatcttttacaagatatgaatactactgacaagaaggct
tccgttaaaataagtgatgaaggtgttgcggaagacgaatttgataaagatggtgatgtg
gacaatttcgaagaaagctccacgcagcccataaataagtctatcaaaccattaagaaag
gaaacgaatgatacattgtcattttggcagatgtactgttatttcattacgttttgggca
cctgctccaattcttgctttctgcgggatgccaaagaaggaaagacaaatggcgtggaga
gaaaaggttgctttaatttctgtcatcttgtacattggtgcgattgtggctttcctgact
tttggtttcactaaaaccgtttgtagtagttcgaaactacgtttgaaaaacaacgaagta
tcaacagaatttgtcgtaattaacggtaaggcttatgaattggatacttcctcgcgttcc
ggtatacaagacgttgaagtagattcagacaccctttatgggccctggtcagatgctggt
aaagatgcttcgttcttgtttcaaaatgtgaatggtaactgtcataaccttataactcca
aagagtaattcttccattccccatgacgatgataataatttagcatggtattttccttgt
aagttaaagaatcaagatggctcttcgaagccaaacttcacagttgaaaattacgcagga
tggaactgtcatacgtctaaagaagatagggacgcattttacggtttaaagtcgaaagct
gatgtttacttcacttgggatggtataaagaactcttctagaaacttgattgtttataat
ggcgacgttttggatttagatcttcttgattggttggaaaaggatgacgttgactatccc
gttgtattcgatgacttgaagacttcaaatttacaaggttatgatctttcgttggttttg
tcaaatgggcatgaaagaaaaattgcgagatgtttgagcgaaattattaaagttggtgaa
gtagactccaaaaccgtcggttgtattgcctctgatgtcgttttgtatgtttctctggta
tttattctttcagtggtgataattaaattcataattgcctgctacttccgttggactgta
gctaggaaacaaggtgcatatatcgtggacaataaaacaatggataaacacacaaacgat
atcgaggattggtctaataatattcaaacaaaagctcctctaaaggaagtagatcctcat
ttgaggccaaagaaatactcaaaaaagtcgttgggacacaagcgtgcttcaacctttgac
ttgctgaaaaaacacagctccaaaatgtttcaatttaacgaatctgtgatagatctagac
acctccatgagcagttcactacaatcttctggttcatacagaggaatgacaacaatgacc
actcaaaatgcttggaaactctcgaatgaaaacaaagctgtacattcccgtaatccatct
actttgttgcctacatcctcgatgttttggaataaagcgacttcctctcctgtaccagga
tcatcgctgattcagagtcttgattcgacgattatacatcccgatatcgttcaacaacca
ccactggattttatgccatacgggttcccattgattcatactatctgttttgttacttgt
tattctgaggatgaagagggtttaagaaccactttagactctctttctaccacagattat
ccaaattcccataaactactgatggttgtttgtgatggtttaattaagggctcgggcaac
gataagactactccagagatagcgttaggaatgatggacgactttgtcaccccacctgat
gaagttaaaccttactcctatgtggcagtggcatcaggctctaaaagacacaatatggcc
aagatatatgcgggtttttacaaatatgacgattctacaattccaccagaaaatcaacaa
cgtgtcccaatcattacaattgtgaagtgcggtactcctgcagagcagggggccgccaaa
cccggtaacagaggtaagcgtgattctcaaattattctgatgtcctttttagaaaaaata
acatttgatgaaagaatgactcaattggaatttcagcttttaaaaaatatttggcagatt
acggggctaatggcagacttctacgaaacggtacttatggttgatgctgatactaaagtc
tttcccgatgctttaactcatatggtcgctgaaatggttaaagatcctttgattatgggt
ctttgtggtgagaccaagatcgctaataaggcacaatcttgggtaactgcaattcaagtg
tttgagtactatatttcgcatcatcaggctaaagcttttgaatctgtcttcggttcggta
acttgtttgccgggatgtttctcaatgtatcgtataaaatctcctaaaggttcagatggt
tattgggtacctgtattggcaaatccagatattgttgaaagatattcggataatgttaca
aacactttgcataagaagaacttattattacttggtgaagatagatttttatcttcatta
atgttaaagactttccctaagagaaagcaagtatttgttccaaaagctgcttgtaaaact
attgcccctgataaattcaaagtcttactttcccagcgtcgaagatggattaattctacg
gtacataacctttttgaattagttctaatcagagacttatgtggcactttctgtttttcc
atgcaatttgtgattggtattgaattgattggtactatggtactgccgttagccatttgc
tttactatttatgtcattatttttgccattgtatcaaaacctacacccgtaatcacttta
gttttactggcaattattcttggtctgcccggcttaattgttgttataactgctacgaga
tggtcgtacctatggtggatgtgcgtatatatttgtgctttgcctatttggaatttcgta
ctaccttcatatgcgtactggaaatttgatgacttctcatggggtgatacgagaactatt
gcgggaggtaataaaaaggcacaagacgagaatgaaggtgaatttgatcactcaaagatt
aaaatgaggacatggagggaatttgaaagggaagatattctcaatcggaaggaggaaagt
gactccttcgttgcatag
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