KEGG   Yarrowia lipolytica: YALI0E10417g
Entry
YALI0E10417g      CDS       T01033                                 
Name
(RefSeq) YALI0E10417p
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
yli  Yarrowia lipolytica
Pathway
yli00520  Amino sugar and nucleotide sugar metabolism
yli01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:yli00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    YALI0E10417g
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:yli01003]
    YALI0E10417g
Enzymes [BR:yli01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     YALI0E10417g
Glycosyltransferases [BR:yli01003]
 Polysaccharide
  Structural polysaccharide
   YALI0E10417g
SSDB
Motif
Pfam: Chitin_synth_2 Cyt-b5 Glyco_tranf_2_3 Glyco_trans_2_3
Other DBs
NCBI-GeneID: 2912600
NCBI-ProteinID: XP_503779
UniProt: Q6C6D3
Position
E:1290713..1294750
AA seq 1345 aa
MRAIEGLGVDTELIQLILPFTHGLEPMVSVTIDRDERVLKSRVNVGEMYYDNYETIKGAF
AELYGSLTPQEREYLNVKPEFNDYTKADELCDFDVRHMLRQAFSKKQIRQLLSILSGLIL
LIHDQDDLEACSLIEIDPHVLQDAGMTRQQVIYAIYDKLLRFIVGSINAKLSQGTTNSSS
ASIHSGDTLNDADDSIAAVVHFLSITKSSSLVRQQMFDVNQGINAEMVGDGLKLKSSPEL
FGELSLHRPVDISDITSFTQSHLLTKEARKAYSLPDLFASSRLWTVFTRDHPPIDSWNAF
KQGNNFTTDFDHEEFVDRYYDAYPSLQSILPLDVCEHPLSYYIGLWARNNVGSASEIYVG
RDRVWISENTYRKLEAKYAEFSQTTPVQEQGEWAAQGGDEKAMLESHSHELHYDDKEIVD
ESLLKDVDPELGENVHVEEQTRQRRVWMTIVWAMTWWVPSGFLHHLGRLKRKEERIAWRE
KFAIFVLIFFLNCVVIFYMIFLGRILCPDFDKAWTAKEVGYHQGEDDFFVSIQGKVYDIT
KFYRQQHSDTSITTSAANMIPFAGQDMTSYFPNPLTSACQGLVDDPTVWLASNNTIYDPT
AIHYSGDYKTSDTGSALYNLTWYNDVFQPSIAQYYKGPLVAKSKELKENGEKGWNKWVVI
DGSIYDLTNYFYTLDQVEGYPNKDAYDFLHKDVKAMVDDNAGQDVTDIWKRMDLKPSERV
QNMECLKNAFYAGKPDFRQSARCQVSNYILLVVAILLCSVVLIKFLAAMQLGSLATPDTQ
NKYVVCHVPAYTEDEEALRRAIDSIAALEYPDSRKLLLVVCDGMIVGQGNDQTTPQIVLD
IVGHDPRAASEVIPYAFESIGDGAARLNYGKVYSGLYHYDGRNIPYCIVVKVGKESETSK
PGNRGKRDSQVLLMRFFNRVASNGAMNPLELEMFHHIGNVIGVDPGAYEYMFMVDADTRV
KEDSLNFLVADCVSDVNVVGICGETALQNENQSIWTMVQVYEYFISHHLSKAFESLFGSV
TCLPGCFSMYRLKNLIDNRVLEEYSTNKVNTLHMKNLLSLGEDRFLTTLMTKRWPKMRFT
FCRGAMAYTTAPDSFSVLVSQRRRWINSTVHNLVELLRINSMCGFCFFGMRFIVFIDLAG
TLMLPSVCVYLAYLIYVIAAHAGAFPLVSVIMFAAVYGLQAIIYIIKQEWQHIFWMIIYI
CAYPFHSFLLPIYSFWKMNDFSWGNTRIVVEKDGKQLVQSDIPRLSDKEFNALCPLDTWE
SHALRNNLPIFAPDDTATVYNEDYLDQPAYTPRASTFYTNTMTNTMRSNRMSLLEQQEQL
IEHRRNRFSQLGDRHNSMQSGFTGF
NT seq 4038 nt   +upstreamnt  +downstreamnt
atgcgcgccattgagggcctgggcgtcgacactgagctcatccagctgattctgcccttc
acacacggcctggagcccatggtctcggttaccattgaccgagacgagagagtgctcaag
agccgagtcaatgtcggtgaaatgtactacgataactacgagaccatcaagggcgctttt
gccgagctatatggctctctgactccccaggaacgggagtatctcaatgtcaagcccgag
ttcaacgactacaccaaggctgacgagctgtgtgactttgacgtgcgacacatgttgcga
caggcgttttccaaaaaacagattcgacaacttctttccattctctcgggtcttattctg
ctcatccacgaccaggatgacctggaagcctgttctctgatcgaaatcgatccccatgtt
cttcaggacgcgggcatgactcgacaacaggttatttacgccatctacgacaaactgctg
cgttttattgtgggatcgataaatgccaagctgtcccagggtaccacaaactcgtcttcg
gcttccattcactcgggagacactctcaacgacgctgacgactccatcgctgctgtggtc
cactttctgtccattaccaaatcatcttcgcttgtgagacaacaaatgttcgacgtgaac
cagggtatcaatgccgagatggttggcgacggactcaaacttaagtcttctcctgaactt
tttggagaactgtctctgcatagacctgttgatatctccgacatcacatccttcacacag
tctcatttacttaccaaggaggcacgaaaggcctactctctgccagatctgtttgcctcc
tctcgtctgtggaccgtattcacccgagaccatccccccatcgactcctggaacgccttc
aagcagggcaacaacttcaccaccgactttgatcatgaggagtttgtcgatcggtactac
gatgcatacccgtcgctacagtctattctgcccctggacgtctgcgagcatcctctgagt
tactatattggactatgggctcgaaacaacgtcggatctgcttctgagatctacgtcggt
cgagaccgagtctggatcagcgagaacacctaccgaaaactcgaagccaagtacgcggag
ttctctcagaccactcctgtgcaagagcagggtgaatgggctgctcagggcggtgacgag
aaggctatgcttgagagtcactctcatgagctccattacgatgacaaggagattgtagac
gaatctctgctcaaggatgtggatccggagcttggtgaaaatgttcatgttgaagagcag
acgcgacagcgacgggtgtggatgactattgtctgggccatgacctggtgggtaccttct
ggattcctccatcatcttggacgactcaagcgaaaggaagaacggattgcatggagagaa
aagtttgccattttcgtgctcatcttcttcctcaactgtgtcgtcattttctacatgatc
tttctcggtcgaattctgtgtcctgatttcgataaagcatggacagccaaggaggtggga
taccaccaaggagaagacgacttttttgtgtccatccagggaaaagtctacgatatcacc
aagttctacagacagcagcattctgatacctccatcaccacctctgccgccaacatgatt
ccctttgctggccaggacatgacctcgtacttccccaatcctctgaccagtgcctgtcag
ggtcttgttgacgaccctaccgtgtggctggcttccaacaacaccatctacgaccctact
gccattcactactctggagactacaagacctctgatactggatctgctctgtacaacctc
acctggtacaatgatgttttccagcccagcatcgctcagtactacaagggtcctctggtt
gccaagagcaaggagctcaaggagaatggagaaaagggctggaacaagtgggttgttatc
gacggctccatctatgacctgaccaactacttttacactctcgaccaggtcgagggttac
cccaacaaggacgcctacgactttttgcacaaggatgtcaaggcaatggttgatgataat
gccggccaggatgttactgacatctggaagcggatggatctcaagccgtccgagcgagtt
cagaacatggagtgtctcaagaacgccttctatgccggtaaacctgacttccgacagtct
gcccgatgccaggtgtccaattacattctgctggttgttgctattcttctgtgttccgtt
gttctcatcaagttcctcgctgccatgcaactcggttctctagctacccccgacactcaa
aacaagtacgttgtgtgccatgtccctgcttacactgaggacgaggaggctctgcgacga
gccattgactccattgctgctctcgagtaccctgattctcgaaagctgctgcttgttgtt
tgtgacggtatgattgttggacagggtaacgaccagaccactcctcagattgtgcttgat
attgttggccatgatcctcgagctgcttccgaagtcattccttacgcctttgagtccatc
ggcgatggtgctgctcgtcttaactacggtaaagtgtactctggtctctaccactacgat
ggccgaaacatcccctattgcatagttgtgaaggtcggtaaggagtcagagacttccaag
cccggaaaccgaggtaagcgagactcccaggttctgctcatgcggttcttcaaccgagtt
gcttccaacggagccatgaatcccctggagctcgaaatgttccatcatattggtaacgtg
attggagtggaccccggagcctacgagtacatgttcatggtggatgccgacacgcgtgtc
aaggaggactctctcaacttcctcgtggcagactgtgtttctgacgtcaacgtggtgggt
atctgtggagagaccgctcttcagaacgagaaccagtccatctggaccatggtccaggtc
tacgagtatttcatttctcaccacctgtccaaggctttcgagtctctgtttggttctgtt
acttgtctgcccggttgtttctccatgtaccgactcaagaatctgattgataaccgggtt
ctggaggagtactccaccaacaaggtcaacactctgcacatgaagaacttgctttctctt
ggagaagatagattcctgaccaccctcatgactaagcgatggcctaaaatgcgattcacc
ttctgccgaggagccatggcttacaccactgctcctgactccttctccgtactggtttct
caacgacgaagatggatcaactccactgttcataacctggttgagcttctgcgaatcaac
tccatgtgtggtttctgtttctttggcatgcgtttcattgtctttattgatctcgcaggc
accctaatgctgccctctgtatgtgtctacctcgcctacctcatctacgtgattgccgcc
cacgccggagccttccccctggtctcggtcatcatgtttgcggccgtctacggtctgcag
gccatcatctacatcatcaagcaggaatggcagcatattttctggatgatcatctacatt
tgcgcctaccccttccactctttccttcttcccatctattccttctggaaaatgaacgac
ttctcgtggggtaacacccgaatcgtggtcgagaaggacggtaaacagctcgtccagagc
gatattccccgtctgtctgacaaggagttcaacgccctatgccccctggatacctgggag
tcccatgcgcttcgcaacaacctccccatcttcgcacccgatgatacagccactgtatac
aacgaagactaccttgaccagccggcttacaccccccgggcttcaaccttctataccaac
accatgaccaacactatgcgaagcaaccgaatgtcgttgttggagcagcaggagcagctc
atcgagcaccgtcgcaaccgcttctctcagcttggagacagacacaactccatgcagtcg
ggcttcaccggtttctaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (62)   

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