Rhizoctonia solani: RhiXN_06245
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Entry
RhiXN_06245 CDS
T09256
Name
(RefSeq) papain cysteine protease family protein
KO
K13950
para-aminobenzoate synthetase [EC:
2.6.1.85
]
Organism
rsx
Rhizoctonia solani
Pathway
rsx00790
Folate biosynthesis
rsx01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
rsx00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00790 Folate biosynthesis
RhiXN_06245
Enzymes [BR:
rsx01000
]
2. Transferases
2.6 Transferring nitrogenous groups
2.6.1 Transaminases
2.6.1.85 aminodeoxychorismate synthase
RhiXN_06245
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Gene cluster
GFIT
Motif
Pfam:
Chorismate_bind
GATase
Aminotran_4
Anth_synt_I_N
Peptidase_C26
Motif
Other DBs
NCBI-GeneID:
67028524
NCBI-ProteinID:
XP_043181493
UniProt:
A0A8H8NW88
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All DBs
Position
7:join(245680..245749,245800..245951,245999..246475,246528..247356,247410..248887,248935..249112,249163..249443)
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AA seq
1154 aa
AA seq
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MTTSNSPLDMAYPLTTMLYDPNQGGFYLLDRHYARLDSGAKALFSSSEQMPSLEHFKKAL
RECVDALGHDIRQRIRVVLDSDYQFNVTATALPKTDTRLLPLRLDTVPTPITPMATHKST
ARDVYDIARTRVHADYASNGPLCDRPFDVLMWNPSGNITETSIANFAVYLRGPELLSAVP
TWNRGPRELAKGTYVTPSLCKGLIAGVMRTELLEKGMIVEGTITRDDVMRYSKNPDSYNM
ICFNAVRGSYPVYLMDGQPEFQHTRAGLFQKAKHNYLAPPNLSIPAPNFSIGLRTGDTTP
GTTPPLTPISSIRPSSSSSPPLVGSEVDFLPETLLPPADLTPHTPFLWRRGVIIDCYDSY
TNNLLQLFEQETNTPAGFDATLSAHVAILRADQISWPEFRSQVLPNLDFVILSPGPGSPH
VPADIGVAGDLLLALTAKELAIQPIPVLGICLGHQALAALLGGRVVSSGELVHGRTVPIQ
HNGTGVFKGMTPRRVLHMIRYNSLTVDPATLPSELDIVAVNPEDGEVMGLQHKTLPLYGV
QFHPESISSRRSNYNIDAGKLIVRNFMDIVDDFWVANGRPQRLPLPLDVRKLCVLNTVDS
ALDDSSIIENLVARDPIYSVKRYDIGSIIPSFAQSRPDLIFEVTTYSPHAPFFWLDSAAA
APGDKYARFSYMGLTSFDRCISYDLSSDRVTYGSGKYIQLKEGDTFWQWMDRIQVDLSAL
VQIEEGAEGLQCGFVGYFGYEMKVGSLPGYDRASLSDSSAPHAPDAQFMFADRLIAYDHW
NKTWTAFGLVRTGTEDRIKPILEQETEMQVGMSDSEFSGWLEDIKQRFSKLASAGEPTSP
QSQTEPLPLSFTYDSGSEVYKSSIQACKSHIADGNSYELCLTGQFSASARGHNLDYWAVY
KHFRVQNPASHAAFVSFPMTQTTIISCSPELFIRFDGANGRQAAMKPIKGTLKRSKCACG
GLCKIPMCGSRKAECDASRYKMDKERVRAFVNDPKETAENLMIADLIRANLLEFCGTSSV
DVPKLNALETYENVYSLVSTITGELLPSVGTVEGVRRCFPPGSMTGAPKLRSVQLLDGLE
TTSRRGIYSGCLGFLSLDNRAVFSVVIRTLVAYQDQLTYGAGGAITWLSDVDGEWNEVVL
KARSVLKDRVLESN
NT seq
3465 nt
NT seq
+upstream
nt +downstream
nt
atgactacatccaactctcctctagatatggcttaccctttgaccactatgttatacgat
cctaatcaaggcgggttttacttattggaccgccattatgcgcggctagactctggggcg
aaagcccttttttctagttctgagcagatgccaagtttggaacatttcaagaaagcgctc
cgggaatgtgtcgacgccttgggccatgatattcgtcagcgcattcgagtggttttggac
agtgattatcaatttaatgtcacggccacggcactgcctaaaaccgatactagactactg
cctttacgactcgacacggtcccaacgcccatcactcccatggccacccacaaatctact
gcgagggatgtctacgacatagcacgaactcgcgtccatgctgattatgcctcgaatggt
ccgctctgcgatcgtcccttcgacgtattaatgtggaatccgtcgggcaatatcactgag
accagcattgccaattttgctgtttatttacgtggccctgaactgctatcagcagtgcca
acctggaatcgcggtcctcgagagctggcaaaaggcacatacgtaacgccaagtttatgt
aaaggcctaattgccggtgttatgcgtacagaactcctggagaaaggaatgattgtggaa
gggacgatcaccagagacgacgtgatgaggtactccaagaatcccgactcgtataacatg
atttgtttcaatgccgttcgtggatcgtacccggtctacctgatggatggacaaccagag
tttcaacatactcgcgccggtcttttccagaaagctaaacacaattatctcgctccaccc
aatctcagcatccctgcaccgaacttttctattggcctacgtaccggtgacaccacccct
ggtaccacgcctccattgacgcccatttcttccatacgtccctcgagctcgtcgtctcct
cccttggtcggctctgaagtagacttcctacctgagacacttttaccaccggcagacctc
accccgcatactccatttctatggcgccgaggcgttataattgactgctacgattcgtac
acaaacaacctacttcagctatttgaacaagaaaccaacactccagctgggttcgacgct
accttgtctgctcacgtcgccattctccgagcggatcaaatatcgtggcccgagttccgc
tctcaagtgctcccaaatttagactttgtgattctttctcctggccccggttcgcctcat
gtgcctgctgatataggagttgctggagatcttttgttagccttgactgcgaaggaattg
gccatccagccgatacccgtccttggtatttgcttaggccaccaggcactagctgctctc
ctcgggggaagagtggtatcttctggagaattggttcatgggcgtactgtacctattcag
cacaacggaacgggggtattcaaaggcatgactcccaggcgggtccttcatatgatcagg
tacaacagcctcacagtcgatcccgcaactctcccttctgagctggatattgtcgctgtt
aacccggaggacggggaagtcatgggcttacagcacaagacgctaccgttatatggtgtt
cagtttcaccccgagtcaatttcttcccggagatccaactataatatcgacgccggaaag
cttattgtccgcaacttcatggatatagtagacgacttctgggttgccaatggtcgaccc
cagcgcttacccttgcctcttgatgtccgaaagctctgcgttttgaatacggtagactcc
gcccttgacgactcgtcgatcatcgaaaacctcgttgctcgtgatccaatctactcggtc
aagcgatacgatattggctctattatcccctcctttgcccaaagtcgcccagatcttatt
tttgaagtaactacatattctcctcatgcgcccttcttctggcttgactcagcagctgcc
gcgcctggagacaaatatgcacggttttcgtacatgggattgacatccttcgaccgctgc
atatcgtacgacctgtcttcagaccgagtgacttatggatcaggcaaatatatccagctg
aaggaaggcgacacgttctggcaatggatggatcgtattcaggtcgacctatcggctctt
gttcagatcgaagagggtgccgagggcttacagtgcgggtttgtggggtactttgggtac
gaaatgaaggttgggtcactaccagggtatgaccgcgcatctctcagtgattcctccgcg
ccccacgcgcccgatgctcaattcatgtttgctgatcgactcattgcttatgatcactgg
aacaaaacttggactgcgtttggtctcgtacgcaccggaaccgaggatcgtatcaaaccg
atactcgaacaagaaacagagatgcaagtcggaatgtctgactcggagttctctggttgg
ttagaagatatcaagcaacgcttctcgaaacttgcttcggctggtgaacccaccagccca
caatctcagaccgagcctttgcccttgtctttcacatatgactctgggtccgaagtgtac
aaatcgtctattcaagcttgcaagtctcacatagcggatggaaactcgtacgaactttgt
ctcactggccagtttagtgcatcggctcgcgggcacaacctcgattactgggcagtgtac
aaacatttccgcgtccaaaaccccgcatcacacgctgcctttgtgtctttccccatgacc
cagacgacgattatatcgtgttctcccgagctgtttattcgattcgatggagctaacggt
aggcaagctgcgatgaaacccatcaagggtacgttgaagagaagtaaatgcgcgtgtggc
gggttgtgcaagatacccatgtgcggttctcggaaggcggaatgcgatgcatcgaggtac
aagatggacaaagagcgcgttcgtgcatttgtgaatgatcctaaggagacagcagagaat
ctaatgatcgcagacttgattcgagccaaccttctcgagttttgcgggacatctagtgta
gatgttcccaaattgaatgctcttgaaacctatgagaatgtttactcgctcgtgtcaacc
atcacaggtgaactactcccatcggttggtactgtggaaggtgttaggagatgcttccct
cctggctctatgacgggtgctcctaagctacgctcggtacagctattggacggtctcgaa
acaacctcgcgtcggggaatatattctggttgtttgggtttcctaagcctagataaccga
gcagtgttcagtgtcgtcattcgaactctggtagcctatcaggaccagctcacttacggt
gcgggaggagcaatcacctggctatccgatgtggatggggaatggaacgaggtggttttg
aaggctcgctccgtgttgaaggatcgggttttggaatctaattag
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