Rhizoctonia solani: RhiXN_02224
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Entry
RhiXN_02224 CDS
T09256
Name
(RefSeq) Glycolipid 2-alpha-mannosyltransferase
KO
K10967
alpha 1,2-mannosyltransferase [EC:2.4.1.-]
Organism
rsx
Rhizoctonia solani
Pathway
rsx00514
Other types of O-glycan biosynthesis
Brite
KEGG Orthology (KO) [BR:
rsx00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00514 Other types of O-glycan biosynthesis
RhiXN_02224
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
rsx01003
]
RhiXN_02224
Glycosyltransferases [BR:
rsx01003
]
Glycan extension
Yeast mannan chain
RhiXN_02224
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_transf_15
P5CR_dimer
F420_oxidored
DAPDH_C
Motif
Other DBs
NCBI-GeneID:
67024506
NCBI-ProteinID:
XP_043187866
UniProt:
A0A8H8T387
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All DBs
Position
16:join(2988683..2988714,2988765..2988829,2988911..2989356,2989416..2989468,2989525..2989661,2989719..2989811,2989863..2990142,2990872..2991129,2991182..2991627,2991693..2991764,2991826..2991992)
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AA seq
682 aa
AA seq
DB search
MLDCVAKLADSLIPSDQDDDPNEICFSGAGSTVTHEDYKNATSINRLKSWSSGGPPYNQA
IPPSPANATERVNAAFVVLARNGDLAGILESIKQMEDRFNKKYQYPYVFLNEEPFSEEFK
KWTTEVVGSKTVYGQIPHDHWFQPDWIDEEKATKARLKMIEEKVIYGHSVPYRNMCRFNS
GFFFKHELLKDYDYYWRIEPNVKFFCDLDYDPFKVMKDGNKVYGFTISLYEYVATIPTLW
NATKEFIQANPQYLAKDNAMGFLSDNNGETYNNCHFWSNFEIGDLNFWRGEAYTKYFEHL
DSKGGFYYERWGDAPVHSIGAGLFARKDQIHFFNDIGYKHEPFMHCPQGDAHARGKCWCD
AKQNFDYECPQLPPVSNGMSTPNLPGTMTPNVNVDELPDASIPSRFLACVNRAESAKRLK
ATFRSTVGLMAAEQIEIMWGENLRAVQESNVVLLCCKPQMAASILSAPGMATALEGKLLI
SILAGVTIQQLTGMVPASTRVVRAMPNTPCRIREGMTVVSAIPSSSSPTPSALDLQRELD
RAIILAIFSSIGRCRFLEEKHFDACTALSGSGPAFACIVLEAMADGGVMMGLPRTEALEL
AAQTLQGTARMVLQSGQHPAQVKDSVTTPGGCTIAGLLTLEDGRVRSTIARAIQVATDRA
SVLGQPAPGTIRKGTGSPEARD
NT seq
2049 nt
NT seq
+upstream
nt +downstream
nt
atgcttgactgcgttgctaagcttgctgattcgttgattccttcggaccaggatgatgac
cccaatgagatatgtttttctggtgctgggagtactgttacacacgaggactataaaaat
gcgacatcgataaatcgattaaagtcgtggtcgtccggcggtccaccatacaatcaagct
atccctccttcgcccgctaacgcgactgagcgagtgaatgccgcgttcgttgtccttgcg
cgcaacggtgaccttgctgggattttggaaagtatcaaacagatggaggaccgtttcaac
aagaaataccagtatccctatgtgttcttgaacgaagagccattctctgaagagttcaaa
aaatggactaccgaagttgtgggatccaagactgtctatggccagatcccacacgatcat
tggtttcagcctgattggatagacgaggagaaggcaactaaggcccgtcttaagatgatc
gaggaaaaggtcatttacggccacagtgtcccatataggaacatgtgccgattcaacagt
gggttcttctttaagcacgagcttctcaaggattacgattactactggcgtattgagccg
aacgtaaagtttttctgcgatctcgactatgacccattcaaagtcatgaaggatggaaat
aaggtttatggcttcacgatctccctttatgaatatgttgctaccattcctacgctttgg
aatgccactaaagagttcatccaagccaatcctcagtacctggcaaaggataatgcaatg
ggattcctctctgacaataacggcgagacctacaacaactgccacttctggtcgaacttc
gagataggcgaccttaacttctggcgtggcgaagcttacacaaagtactttgagcatctc
gactctaagggtggattctattatgagcgttggggcgatgcaccagttcactcaatcggt
gctgggctcttcgcgcgcaaggatcaaatccatttcttcaatgacattggatacaaacat
gagccattcatgcactgtccacagggtgatgctcatgctcgtggcaagtgttggtgtgat
gccaagcaaaacttcgattacgaatgcccacagctcccacctgtctcaaacggcatgtcg
acccctaacttgccgggtacaatgacacccaacgtaaatgtcgatgagctcccagatgca
tcaattccgtctcgatttttagcatgcgtaaaccgcgcagagtctgcaaagaggctcaaa
gcgacgttccgatctaccgttggtctgatggctgcggagcagatcgaaataatgtgggga
gaaaacttgcgggctgtccaagagtcgaacgtcgtcctactctgttgcaagcctcaaatg
gcagcctcgattctaagtgcgcctggaatggcgactgctctcgagggaaagctcttgatt
agcattctcgcaggggtgaccattcaacagctgactggtatggtccctgcttcaacgcgg
gtagtccgcgcgatgccgaatacgccttgccggattcgcgaagggatgactgtcgtgtct
gcaattccttcttcatcttctcctaccccatcagcgctagacttacagcgtgagcttgac
cgagctattattctggccattttttcgagtatcggaaggtgtaggtttttagaagaaaag
catttcgatgcttgcacagcgctgagcggaagtggtcccgcgtttgcttgtatcgtattg
gaggctatggcggatgggggtgttatgatgggattaccaagaacggaggcattggaactg
gctgcgcaaacactacaaggcactgcgaggatggttttgcagtctggtcagcacccagcc
caagtcaaagactcggttacaacaccgggaggatgcacaatcgctggtttgctgacgcta
gaggatggtcgagttcgttccaccatcgcccgggcaattcaggtcgcgaccgatcgtgcc
agtgtacttggacaaccggcgccagggacaataagaaaaggcacgggtagtccggaggcg
agagattag
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