Rhizoctonia solani: RhiXN_00162
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Entry
RhiXN_00162 CDS
T09256
Name
(RefSeq) plasma membrane H+-transporting ATPase
KO
K01535
H+-transporting ATPase [EC:
7.1.2.1
]
Organism
rsx
Rhizoctonia solani
Pathway
rsx00190
Oxidative phosphorylation
rsx01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
rsx00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
RhiXN_00162
Enzymes [BR:
rsx01000
]
7. Translocases
7.1 Catalysing the translocation of protons
7.1.2 Linked to the hydrolysis of a nucleoside triphosphate
7.1.2.1 P-type H+-exporting transporter
RhiXN_00162
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GFIT
Motif
Pfam:
E1-E2_ATPase
Hydrolase
Cation_ATPase_N
Hydrolase_3
Cation_ATPase
Motif
Other DBs
NCBI-GeneID:
67022444
NCBI-ProteinID:
XP_043178993
UniProt:
A0A8H8NUP4
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Position
4:complement(join(587291..589544,589595..590007,590066..590251,590302..590324,590378..590513))
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AA seq
1003 aa
AA seq
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MSEPIVEKEAGPPAAAPTTGAGGTPTEEKKKREYKDFGHDEEKATHAKVDMAQIELKAED
LYDKDKVDLETVVLDDVFTLLQCTEEGLSESESKRRIELFGPNKLESKEQNPFLQFLGFM
WNPLSWVMEGAALVAIALSNGGGRAPDWPDFVGIVLLLLINSAIGFYEERGAGNAVKALM
DSLAPKAKVRRDGKWSEIESADLVPGDMVAFKIGDVVPADCRLTEAINVSIDQAALTGES
LPVGKKTGDQCFSGSTCKQGEAEGVVIATGANTFFGRAASLVGQDDDTTGHLQKILAQIG
SFCLVSIGLFVVLEIVILYPRFHYTYRRGLDNILVLLIGGIPIAMPTVLSVTLAVGAQQL
AKHKAIVTRITAIEELAGVTILCSDKTGTLTTNKLTIDKELVKTYGPFAPQDVILLAAYA
SRTENQDAIDQCVVGTLDDPARARAGIKLLDFKPFNPVDKRTEITYREESSGRLKRVTKG
MTGIIIELCTRNKTDEVENQLEADVTEFASRGLRALAVAYEELDHDNHEGEGNGFELIGL
LAIFDPPRDDTKQTIDDAIALGVKVKMVTGDQLAIAKETGRRLGLGDHMYPAKVLQDGPP
PGGKHMSLDEMIMDADGFAGVFPEHKYEIVKRLQGLGHLCAMTGDGANDAPALSRANVGI
AVEGATDAARGAADIVLTEPGLSTIVHAIRGSRQIFQRMRNYAIYACAVTIRIVVCFAIL
AFAYQFDFPPFMVLIIALLNDGTIMTLSVDRVLPSNTPDAWDLAEIFAFAVAYGLYLTLS
TIVLVIVILETDFFENKFGVSLESERDGVTGRKNHNDRQLHMIIYLQVAMISQALIFVTR
SHGFFFMERPSTALLGAFAIAQLVSSIIAAYADWGFTDIHSVSGGWIGIVWVWNIVWFFP
LDWIKFAMKATVIRWFRARRERKAHEAARASGGEVPLTRTTSRAASIHESLYSNRVSFLK
RAARRAGFGDKRVRMSQGELQRFSSIQAAQTGATLARNPSRPH
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atgtctgagccgattgtcgaaaaggaggctgggcccccagcggccgcccccactactggt
gctggcggtactccaaccgaagaaaagaaaaagcgcgagtacaaggactttggccacgat
gaagaaaaagccactcacgcaaaggtcgacatggctcagatcgagctcaaagccgaagat
ctgtacgacaaggacaaggtcgatctcgaaaccgtggttctcgacgatgtcttcaccctc
ctccaatgcactgaggagggtctttccgagtctgaatccaagcgtcgtatcgaactcttc
ggtcctaacaagctggaatccaaggaacaaaaccccttccttcagttcttgggcttcatg
tggaatcctctctcctgggtcatggagggtgctgcgcttgtcgctattgccctgtccaac
ggtggtggtcgcgcccccgattggcctgatttcgtcggtatcgtcctcttgcttttgatc
aactcggccattggtttctacgaagagcgtggtgccggtaatgccgtcaaggcgcttatg
gactcgctcgctcccaaggcaaaggtccgccgcgatggcaaatggtctgaaatcgaatcc
gccgatctcgttcccggtgatatggttgccttcaagattggtgatgtcgtccccgccgat
tgccgtctcactgaggccatcaacgtctcgatcgaccaggctgctcttaccggcgagtct
cttcccgttggtaagaagaccggtgaccaatgcttctctggttctacttgcaaacagggt
gaagccgagggtgtcgttattgccaccggtgccaatactttcttcggtcgtgctgcttcc
ctcgtcggtcaagatgacgataccaccggtcacttgcaaaagattctcgctcagatcgga
tctttctgcttggtttccatcggtctcttcgtcgtcctcgaaattgttatcctctatcct
cgcttccactacacctaccgtcgcggtctcgataacattctcgtgcttttgatcggtggt
atccccattgccatgcctactgtcttgtccgtcactcttgctgtcggtgcccaacagctc
gccaagcacaaggctattgtcactcgtatcactgccattgaagaattggccggtgtcacc
atcctgtgctctgacaagaccggtactttgaccaccaacaagctcaccatcgacaaggaa
ctcgttaagacctatggtcccttcgctcctcaggatgtcattctcctggccgcctatgct
tctcgtaccgagaaccaggacgctatcgatcaatgcgttgttggcactcttgacgatccc
gctcgtgctcgcgccggcatcaagctcctcgacttcaagccattcaaccctgttgacaag
cgtaccgagatcacctaccgcgaggagtcttctggccgcctcaagcgtgtcaccaagggt
atgactggtatcatcatcgagctttgcacccgcaacaagaccgacgaagtcgagaaccag
ctcgaggctgacgttactgaattcgctagccgtggtctccgtgctctcgctgtcgcatac
gaagagctcgaccatgataaccacgagggtgaaggcaacggcttcgagctcatcggtctc
ctcgccatcttcgatcctccccgtgacgataccaagcagaccattgacgatgctattgcc
ctcggtgtcaaggtcaagatggttactggtgatcagctcgctattgcaaaggaaaccggt
cgtcgtctcggtctcggtgaccacatgtaccccgccaaggttctccaggacggtccccca
cccggcggcaagcacatgtctctcgacgagatgatcatggatgccgatggctttgctggt
gtcttccccgagcacaagtacgaaattgtcaagcgtctccagggtctcggccacttgtgc
gccatgactggtgacggtgccaacgatgctcccgctctgtcccgtgccaacgtcggtatt
gctgtcgagggtgccactgatgccgctcgcggtgccgctgatatcgtcttgactgagccc
ggtctgtctaccatcgtccacgccatccgcggctctcgccagatcttccaacgtatgcgc
aactacgccatctacgcctgcgctgtcaccatccgtatcgtcgtctgcttcgccatcctc
gcctttgcctaccagttcgacttccctccgttcatggttcttatcattgcgctcctcaac
gacggtaccatcatgactctctccgttgaccgtgtcttgccctcgaacactccggatgct
tgggacttggccgagatcttcgccttcgccgtcgcctacggtctctacctcaccctctcc
accatcgtccttgtcattgtcatcctcgagaccgacttcttcgagaacaagttcggtgtt
tccctcgagtctgagcgtgatggtgttaccggccgcaagaaccacaacgatcgtcagctc
cacatgatcatctacctccaagttgccatgatctcccaagctctcatcttcgtcacccgt
tcccacggcttcttcttcatggagcgtccttcgactgccctgctcggtgccttcgccatt
gcccagctcgtctcttccatcattgccgcctacgccgactggggcttcactgacatccac
tccgtctctggtggctggatcggtatcgtctgggtctggaacattgtctggttcttccct
ctcgactggatcaagttcgccatgaaggctaccgtcatcaggtggttccgtgcccgccgc
gagcgcaaggctcacgaggctgctcgtgccagcggtggcgaggtccctcttacccgtacc
acctcgcgcgctgcttcgatccacgagtcgctctactcgaaccgtgtcagcttcctcaag
cgtgctgcccgccgcgccggctttggtgacaagcgcgtccgcatgtcccagggcgagctc
caacgcttctcgtctatccaggctgcccagactggtgcgacattggcgcgcaacccgagc
cgcccccactag
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