Sclerotinia sclerotiorum: SS1G_04263
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Entry
SS1G_04263 CDS
T01071
Name
(RefSeq) hypothetical protein
KO
K00698
chitin synthase [EC:
2.4.1.16
]
Organism
ssl
Sclerotinia sclerotiorum
Pathway
ssl00520
Amino sugar and nucleotide sugar metabolism
ssl01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ssl00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
SS1G_04263
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
ssl01003
]
SS1G_04263
Enzymes [BR:
ssl01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.16 chitin synthase
SS1G_04263
Glycosyltransferases [BR:
ssl01003
]
Polysaccharide
Structural polysaccharide
SS1G_04263
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Chitin_synth_2
CHS4
Glyco_trans_2_3
Glyco_tranf_2_3
Glycos_transf_2
Glyco_transf_21
Motif
Other DBs
NCBI-GeneID:
5491004
NCBI-ProteinID:
XP_001594456
UniProt:
A0A1D9PWF2
A7EG22
LinkDB
All DBs
Position
Unknown
AA seq
1218 aa
AA seq
DB search
MSPPRRPDNSESNRSQHYRSHSRRAQVQDEETVYYTLPAASPTHESRPSKSSFSDTASSP
LTPTMSRDPISPTRTTAPATGVSRKRSLIRPERNRIDENHPNYHYRQHAANMDTQPSTTG
NDPIMEDIEADAANTETSGLRTSGEAESDITPPVKRPRRGHGAGPEDLASNEKAGYASES
RGGNKLKRERVQKMSKEEKERQKALDTVKPPSLWNVYCAIVTFWCPGFVLKCFGFRSKAQ
QRAWREKMGLISIILSIMAFVGFLTFGFTATVCGTGGGLRLQVNHVDSGYMIFHGRAYDL
SKSHHPAATGITSGANVLYDLPQKYGGMDGSFLFQNVNGKCKGLITLADGSDVPTNSDKD
LAWYFPCHAFNQDGSSSPNETVGAYFGYACHLQAEARSSFYKLNSAGDVYFTWGDIKNSS
RNLMVYSGNVLDLDLLKWFNTTQVTVPSRFTALADTTTAANEAVRGRDVTHAFQSSEDKR
IAQCFEQIIKVGSVDTETVGCIASKVVLYVSLAFILAIVLTKFVLALIFQWFIASKYAAS
KTSQSSDPKKRQQQIEEWSDDIYRAPVRMAGDIGSSAPGSGSERPSKRASVFLPTTSRFS
NPYAAADRSSRVGRPQPTTMASQNSTAQLIPPNPMFRNQNSSRNSLLRTDGANDYDGPNP
ASFVHELVVPQPPKEWEPYGFPLAHAILLVTAYSEGELGIRSTLDSLATTDYPNSHKTIL
VICDGIIKGEGEPRSTPDVVLGMMKEFVTPVEEVPAFSYVAVERGSKRHNMAKVYAGFYD
YGADSTINANRQIRVPMVCIVKCGTPDEATHRKPGNRGKRDSQIILMSFLQKVMFDERMT
ELEFEIFNGFYQITGIFPDMYEVILMVDADTKVFPDSLTHMVSAMVKDPEIMGLCGETKI
ANKRASFTTAIQVFEYFISHHSVKSFESIFGGVTCLPGCFSMYRIKAPKGGNYWVPILAN
PDVVEHYSDNVVDTLHKKNLLLLGEDRYLSTLMLRTFPKRKQVFVPQAVCKTQVPDSLWV
LMSQRRRWINSTVHNLMELVLVRDLCGTFCFSMQFVVFIDLVSTLVLPAAIAFTIYVVII
SIIRRPVQVIPLVLLALILGLPAVLIVITAHRWVYVLWMMIYLVSLPIWNFLLPTYAFWK
FDDFSWGDTRKTAGEKTKKAGIEYEGEFDSSKITMKRWKEFEKERILRSNSSWINSNTSV
NKENHRWQQHQYDDYADS
NT seq
3657 nt
NT seq
+upstream
nt +downstream
nt
atgtctcctccgaggcggcctgataatagtgagtcaaatagatctcaacattatcgaagt
cattcgcggcgcgcacaagttcaagatgaagaaactgtctattacaccctaccagcagct
tcacctacacatgaaagtcgaccttcaaaatcttccttctctgatacagcatcgtcgcca
ctcactccaacgatgtctcgtgatcctatttcgccaacgcgaaccacagcaccagcgact
ggggtgtcgagaaaacgaagtctcatccgcccggaacgtaatagaattgatgaaaaccac
cccaattaccattaccgtcagcatgccgccaacatggatactcagccctcaacgactggc
aacgatccaataatggaagatatagaggcagatgctgcaaataccgagacatcgggcctg
cgaacatcaggagaagcggaatccgatattacacctcccgtaaaacgacctagacgcggc
cacggagctggaccagaagaccttgcctcgaacgaaaaggccgggtatgcttcagagtct
cgagggggaaacaagctgaagagagagagggtgcagaagatgtccaaagaagagaaagaa
aggcagaaggctctcgatactgtgaaaccacctagtctgtggaatgtttattgcgccatt
gtaactttctggtgtccaggttttgttctgaagtgttttggttttcggtccaaggcacag
caaagagcctggagagaaaagatgggtttgatcagcataattctctccatcatggcattt
gtggggttcttgacatttggatttacggcaacagtatgtggtactggcggaggtctgcga
ttacaagtcaaccacgtcgattccggatacatgatcttccacggtcgcgcatatgatctc
tctaaatcacaccatcctgctgcaacaggcattacatctggtgcgaatgttttatatgat
ctgcctcaaaaatatgggggtatggacggaagcttcttattccagaatgtcaatggcaaa
tgtaaaggcctgattactttggctgatggatcggacgttccaaccaattctgacaaggat
cttgcgtggtactttccttgtcatgctttcaaccaagatggctcaagctccccaaatgag
accgttggtgcttattttggatacgcatgccatttacaagcagaggcacgctcatcattt
tacaaactcaatagcgctggagatgtctattttacttggggcgatatcaagaattcttcg
agaaacctcatggtatactctggcaacgtgcttgatctggacctcctgaaatggttcaac
accactcaagtcactgttccatctaggtttactgccctcgccgacactacaaccgccgcc
aacgaagccgtacgcggtagggatgttacacacgcattccaatcatcagaggacaagaga
attgcgcaatgtttcgagcagattatcaaagttggaagtgttgataccgagactgttgga
tgtatcgcttccaaagtagtcctttatgtatccttggcattcattcttgccatcgtcctg
acaaaattcgtgttagctttgatattccaatggttcattgcttccaaatacgctgcttca
aaaacttctcagtcatccgaccctaagaagcgccaacaacagattgaggagtggtccgat
gatatttaccgggcgcctgtaagaatggccggtgatattggtagctccgctcccggatca
ggatctgaaaggccaagcaaacgagccagtgtgtttttgccaacgacttctcgattctca
aatccttatgctgctgctgaccgatcatctcgcgttggacgccctcagcctacaaccatg
gctagtcaaaactctacagctcagttaattcctccgaaccccatgttccgaaatcagaac
agtagccgaaacagccttttgcgaacagatggtgcaaatgactacgatggtcctaaccct
gcaagcttcgtccacgagctagtagttcctcaaccaccaaaggagtgggaaccatacgga
ttccctttggctcacgcgatccttctagtgaccgcctactcggaaggtgaacttggtatt
cgttcgactctcgactctctcgctacaactgattatccaaatagtcataaaactatccta
gttatttgtgatggtatcatcaagggtgaaggcgaaccaaggtcaacgcctgatgttgtt
cttggtatgatgaaagaatttgtaactcctgttgaagaagtcccggctttctcttatgta
gcagtggaaagaggatccaaaagacataacatggccaaggtctatgctggattctacgac
tatggtgctgattctaccatcaatgccaacagacaaatccgagttccaatggtgtgtatc
gtcaagtgtggtactcctgatgaggctacacatcgcaaacctggaaaccgaggcaagcgt
gacagtcaaattatcttgatgtctttcttacagaaagtcatgttcgatgaacgtatgact
gaacttgagtttgaaatctttaatggattctatcaaattactggtatatttccggatatg
tatgaagttattctcatggttgacgcagacacaaaggtgtttcccgatagtttgacacac
atggtatcagcaatggtaaaagatcctgagatcatgggactttgcggcgagacaaagatt
gcgaacaaacgtgccagtttcacaaccgccattcaagtgttcgaatacttcatttcgcat
cactctgtgaaatcctttgagtccatctttggtggcgttacttgtcttccaggttgtttc
tccatgtacagaattaaggctccaaagggtggcaactattgggtacctatcttggccaat
cctgatgtcgtcgaacattactccgataacgtggtggatactttacacaagaagaatttg
ttgcttttgggagaggatcgatacctttcaacgctcatgcttcgaactttccccaagcgt
aaacaagtattcgtcccacaagctgtttgcaaaactcaagtaccagactccctctgggtt
ctcatgtcacaaaggcgtagatggattaacagtactgtccacaatctgatggaattggtt
ttggttagagatctttgcggtaccttctgcttcagtatgcaatttgtcgtctttatcgat
cttgtcagtaccttggttcttccggccgctatagccttcacaatctacgtcgtaattatt
tcaattattcgtcgccctgtccaagtcattccgctcgtacttttagctttgattcttggt
ttgccggcagttttgattgttataactgctcatcgttgggtctacgttctttggatgatg
atctatctcgtctccttacccatttggaatttcttattaccaacatacgccttttggaaa
ttcgatgatttctcatggggagatactcgtaagactgcgggtgaaaagactaagaaagct
ggaattgaatacgagggagaattcgatagttcaaagattactatgaagcgatggaaagag
tttgagaaggagaggatattaaggagtaattcaagttggattaactcaaatacctctgtg
aacaaggagaaccatcgttggcagcaacatcaatacgatgattatgccgatagttaa
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