Saccharomycodes ludwigii: SCDLUD_004419
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Entry
SCDLUD_004419 CDS
T08289
Name
(RefSeq) hypothetical protein
KO
K00706
1,3-beta-glucan synthase [EC:
2.4.1.34
]
Organism
slud
Saccharomycodes ludwigii
Pathway
slud00500
Starch and sucrose metabolism
slud01100
Metabolic pathways
slud04011
MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:
slud00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
SCDLUD_004419
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
SCDLUD_004419
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
slud01003
]
SCDLUD_004419
Enzymes [BR:
slud01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.34 1,3-beta-glucan synthase
SCDLUD_004419
Glycosyltransferases [BR:
slud01003
]
Polysaccharide
Structural polysaccharide
SCDLUD_004419
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glucan_synthase
Motif
Other DBs
NCBI-GeneID:
70109736
NCBI-ProteinID:
XP_045932931
LinkDB
All DBs
Position
VI:<58423..>61884
Genome browser
AA seq
1153 aa
AA seq
DB search
MDVQYKPKLLISQVWNAVVISMYREHLLSIDHVRRLLYQQVDSVMPGKKTLKSPTFFVAE
DDSTFKSTEYFQENSEAQRRVSFFAQSLSTPITEPIPVECMPSFTVLIPHYSEKIVLSLR
EIIKEENANTKITLLEYLKQLYPHEWECFVRDTKLLAFESGYISSDKAKRGNLDQEEKED
DSHANNSPNLTNNDNDYDFIQNRINDLPFYSVGFNSSNAEFTLRTRIWASLRTQTLYRTI
SGFMNYAKAIKLLYRIENPSMVQVYGEDQEGLDLELEGMANRKFKMVVSMQRLEKFTPNE
LEATNFLLRAYPHLRIAYLEENKQDSHIYSCLIDGFCDIDAETGKRIPMYRVRLSGNPIL
GDGKSDNQNHAIIFYRGEYIQVIDANQDNYLEECLKIRSVLSEFEELEMDNTLPYIPGVE
YHYDKAPVAIVGAREYIFSENIGVLGDIAAGKEQTFGTLFARTLAEIGAKLHYGHPDFIN
AIFMTTRGGLSKSQKGLHLNEDIYAGMTAICRGGRIKHSDYYQCGKGRDLGFCQILNFTT
KIGAGMGEQLLSREYYYIGTQMPIDRFLSFFYAHPGFHLNNLFITMSVQLFFLLLLNIGS
MNHELIKCVYNKDIPITDVEKPIGCYNLEPVLHWVTIFVLSIFIVFFISFAPLLIQELLE
RGIWKSISRFFHHILSMAPFFEVFVCQIYSNSLMSDVTFGGARYISTGRGFAVTRIEFYQ
LYTRFSTTSIYSGCKLFLMLLFSMVSMWQPALLWFCITLISMCLAPFIFNPHQFSFVDFF
VDYRELLRWFSHGYGAYSPNSWTSYTKVSRARYTGFKKKMISDESEKNLPDIKKPYFKNL
FVAEFLKPVFTFIFSFTAYTFINAQTGVRMVQPTNSVLRLVIVGLMPILVNQIVLAFLFA
VALFTGPTTSCFCNKTGDLMAGISHTVSVFIYLLDFQVIWFLEGWDFTRTLLLLIVIINL
HDVIFKFITIFMLTREFKNNKSSIAWWSGNWYRTGMGWATITQPMREYTIQIMESSYFTA
DFLCSHLLLSLQVPFVFIPFFDRCHSMILFWLKPNILNTQKFIYTKKQLIRRKKIVRRYI
FIYFVILTSLLTFLVLPIFTAKYIPDISGTLSKTTFEGLIQPKMQHNNDTGENAPKTFLL
KAPEPGPIIKTVR
NT seq
3462 nt
NT seq
+upstream
nt +downstream
nt
atggatgttcaatataaaccgaaactattaatatcacaggtatggaatgctgttgtaatt
tccatgtatcgagaacacttgttgagtattgatcatgtcaggagattactttaccaacag
gtggattctgtgatgccggggaaaaaaactttgaaatcacccactttttttgtggcagaa
gatgattcaacgtttaagtcgaccgaatacttccaagagaattccgaagcacaaagaaga
gtctctttctttgctcaatctctatcaactccgatcactgagccgatccctgttgaatgc
atgccgagtttcactgtattaatccctcactattcagaaaaaattgttcttagtttaaga
gagattattaaggaagaaaatgccaacacgaaaatcactttgctagaatatttgaaacag
ttatatccgcatgaatgggagtgttttgtaagagatactaagctattggcctttgaaagt
ggttacatatcttcagacaaagccaaaaggggaaatcttgatcaagaagaaaaagaagac
gatagccatgcgaacaacagtccaaatctaacgaacaacgataatgactacgactttatt
caaaatagaatcaatgatttgccattttacagcgtcggctttaattcttctaatgctgag
tttacattgagaacgcgtatatgggcttctttgaggacccaaactctttacaggaccatt
tctggctttatgaattatgctaaagccataaagttgttatataggatagaaaacccgtca
atggtccaagtttatggggaagatcaggaaggactagatttagaattggaaggcatggca
aatagaaagtttaaaatggttgtttccatgcaacgtttggaaaagtttacgccgaatgaa
ctagaggccactaattttcttctaagagcatatccacatttgagaatagcttacttggaa
gaaaataaacaggactcacatatatattcatgtttgattgatggcttctgcgatattgat
gcagaaacaggtaaaaggattccaatgtatagagtgaggttatctggcaacccgatattg
ggcgacggaaaatctgacaaccaaaaccacgcaattattttttatcgtggcgagtatatt
caggttattgacgcaaaccaagacaattatttagaagaatgtttaaaaattaggtctgtt
ttaagtgagtttgaagaactagagatggataacactttgccatatattcctggtgtcgag
tatcattatgacaaggctccagtggccatagttggagccagagagtatatattttccgaa
aacataggcgtgttgggagatatagctgctggtaaagagcaaacttttggcacattgttt
gcaagaacattagctgaaataggtgccaaattgcattacgggcaccctgattttattaac
gcgatctttatgactactagaggcggactatcaaaatcacagaaaggattacatttgaat
gaggacatatacgctgggatgacggccatttgtaggggaggaagaattaaacacagtgat
tattatcaatgtggcaaaggcagagacttaggattctgtcagattttaaatttcaccact
aaaattggtgctggcatgggtgagcaattgctttccagagaatattattatattgggact
caaatgccaattgataggtttttatcttttttttacgcgcatcctgggttccatttaaat
aatttattcattaccatgtcggtacaactatttttcttattgttattaaacatagggtct
atgaatcatgagttgataaaatgtgtgtacaacaaagatattccgattactgatgtggaa
aaacctattggttgctacaatctagaacctgttttacattgggtaacaatctttgtttta
tctatatttatcgttttcttcatttcttttgcaccgttgttgatccaggaactattagaa
agaggaatttggaaatcaatatccaggtttttccatcacattttatccatggccccattt
tttgaggtttttgtttgccaaatttattcaaattctttgatgtccgatgtaacgtttggt
ggtgccagatacatttcaacggggcgtggttttgctgtcacaagaattgaattttaccaa
ttatacaccagatttagcacaacttccatctattcaggatgcaaattatttttaatgttg
ttgttttccatggtctccatgtggcaaccagccctcttgtggttttgcataaccttgatt
tccatgtgcttggccccctttatatttaatccccatcaattttcatttgttgattttttt
gttgattacagagagttgttgcgctggttttctcatggatacggcgcatattcacccaat
agctggaccagctacaccaaagtgtcaagggcaaggtacacagggttcaaaaagaaaatg
ataagtgacgaatcagaaaaaaacttgccggatattaaaaaaccatattttaaaaattta
tttgtggctgagtttttgaaacctgtatttacttttatattttctttcactgcttacaca
tttatcaatgcgcaaacgggtgtgaggatggtgcaaccaactaactcagttttgagattg
gtaattgttggtttaatgccaatcttggtaaatcaaattgtgttggcgtttttattcgcg
gtggctttgtttactggaccaactacttcatgtttttgtaataaaactggtgatctaatg
gctggaatttcacatacagtgtctgtttttatttatttgctagatttccaagttatctgg
tttttggaaggttgggattttaccagaactttgctactgttgattgttatcataaattta
catgatgtaatttttaagtttatcactatatttatgttgaccagggagtttaaaaataac
aagtccagtattgcttggtggtccgggaattggtatagaacgggtatgggatgggccact
ataactcagcctatgagagaatacactatacagataatggaaagcagttatttcactgct
gattttttgtgtagccatttacttttgtcgcttcaagtaccgtttgtatttattccattt
tttgatcgctgccattccatgattttattttggttaaaacccaatattttaaacactcaa
aagtttatctacacaaaaaaacaattgataagaagaaaaaaaattgtcagaagatatatc
tttatttattttgttattttaacatctttgttgacatttttggttttaccgatttttacg
gcaaaatacattcctgatataagcggaacgttaagcaaaacaacttttgaaggattaata
cagcctaaaatgcaacacaataatgatactggtgagaacgcacccaaaacgttcttatta
aaagcaccagaaccaggccctattatcaaaacagtgagatag
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