Camellia sinensis (tea plant): 114267889
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Entry
114267889 CDS
T07364
Name
(RefSeq) ATPase family AAA domain-containing protein At1g05910 isoform X1
KO
K22531
ATPase family AAA domain-containing protein 2 [EC:3.6.1.-]
Organism
csin
Camellia sinensis (tea plant)
Brite
KEGG Orthology (KO) [BR:
csin00001
]
09190 Not Included in Pathway or Brite
09191 Unclassified: metabolism
99980 Enzymes with EC numbers
114267889
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
AAA
Bromodomain
AAA_lid_3
IstB_IS21
AAA_2
AAA_5
nSTAND3
AAA_16
AAA_18
AAA_22
TIP49
AAA_30
RNA_helicase
Mg_chelatase
AAA_25
AAA_14
AAA_33
AAA_7
Sigma54_activ_2
ABC_tran
NPHP3_N
Parvo_NS1
PhoH
AAA_28
RuvB_N
AAA_19
Sigma54_activat
Motif
Other DBs
NCBI-GeneID:
114267889
NCBI-ProteinID:
XP_028064767
LinkDB
All DBs
Position
Unknown
AA seq
1200 aa
AA seq
DB search
MYSKRSGEGVGPVSKPVRTSDRLRRRPKIYGRPYLYYAPAIIRPKRSKTKTRTAASQIAK
MLRPGNRPVRAPTNDSVATNLRRSTRKRRISVNLEDYTDSSGTEDNDLMRPTYRRSRNRI
DNSASQDDFSSHKRKKVLETRSLPRREGLRPRRSKAVAREQLIIESDDEQDTSDEKVGQD
ETENGNDVEDNDADDGEGQDDGDGEGDGEDEREGEDEGEEDGDDEEGEEQEGRRRYDLRN
RTDVRRFSLEEGKQRPRSPRRVLQQGMGTKVGRDGRRGGTRIHKRHRLTRAEDSDDSLLV
DELDQGPPIPWGRGGSRSGPPWLLGGLDMQGTTAWGLNVAASGWGHQSDALVNLSSGVQT
AGPSSKGGADIQPLQVDESVSFDDIGGLSEYIDALKEMVFFPLLYPDFFASYHITPPRGV
LLCGPPGTGKTLIARALACAASKAGQKVSFYMRKGADVLSKWVGEAERQLKLLFEEAQRN
QPSIIFFDEIDGLAPVRSSKQEQIHNSIVSTLLALMDGLDSRGQVVLIGATNRVDAIDGA
LRRPGRFDREFNFPLPGCEARAEILDIHTRKWKQPPPKELKLELAASCVGYCGADLKALC
TEAAIRAFREKYPQVYTSDDKFLIDVDSVKVEKYHFVEAMSTITPAAHRGSIVQSRPLSS
VVAPCLQRHLKKAMNIISDIFPALEVSSELAKLSMLSYGSAVPLVYRPQLLLYGGEGVGL
DHLGPAILHELEKFPVHSIGLASLLSDPSAKTPEEALVHIFSEARRTTPSILYLSQFHLW
WENADEQLKAVLLTLLEELPSDFPILLLGTSSVSLDQLDGGHTVFPRINVYQLDKPSTED
RSMFVDRLVEVALSIQSEGLRKKSEKTVSLSELPKAPKIDTGPKASELKAKAEAEQHALR
RLRMCLRDVCNRVLYDKRFTAFHYPVLDEDAPNYRTIIQNPMDMATLLQRVDSGKYITSK
AFLEDFDLILINAKKYNGDDYNGSRIVSRAYELRDAVHGMLSQMDPALVAFCEKIVAEGG
PVPVPDELAGSSFPETPVVQLATVTRASARLRNFQPEVNLDRSYEALKRPKKNVDAAHAV
EEETRAPESEDPKSFCEPEADDTNPQRSESSFTDAFELETSEKATGPDVEMSDGDISEKI
ASVKRIFVERTEDYGIPQLERLYTRILKGVFETKASLTGDDLKSSILSYLLKFAECVENF
NT seq
3603 nt
NT seq
+upstream
nt +downstream
nt
atgtattctaagcgatctggtgaaggtgttggacctgtttctaagccagtacggacgagt
gataggctcaggagaaggccaaagatatatggccgcccatacctgtattatgctccagcc
attattcgccctaagagaagcaagacaaagacaagaacagcagcttctcagattgccaag
atgttgcgccctggtaatcggccagtgcgagccccaaccaatgattcagttgcgaccaac
cttcggcgttctacaaggaagaggaggatttctgtaaatctggaagattacacagatagt
tctggaacggaggacaatgacctaatgagacctacatatcgacgttccaggaaccggatc
gataatagtgcaagtcaagatgatttttcatctcataagcgtaaaaaagtcctcgagact
agatcattgcctcggcgagaaggattgcgacctcgccgttcaaaagcagttgcaagagaa
caattaattatagaatctgatgatgaacaggatacttctgatgagaaggttggccaagat
gaaaccgaaaatgggaatgatgttgaggataatgatgcagatgatggggagggtcaagat
gacggtgatggtgagggtgatggagaggatgagagagagggtgaagatgaaggagaagaa
gatggtgatgacgaagagggtgaagaacaggaaggtaggaggcgatatgatcttcgtaat
cgtacagacgttcgcaggttctctctcgaggagggcaagcaaagacctagatctccacga
agagtattacaacaaggaatggggaccaaggttggcagggatgggaggaggggtggaacc
cgaattcataaacgtcatcgtctgacaagagccgaagattctgacgactcgcttcttgtg
gatgagctggaccaagggccccctataccttgggggagaggtgggagcagatctggtcca
ccttggcttttggggggattagatatgcaagggacaacggcatgggggttgaatgttgct
gcatctggttggggtcatcagagtgatgctttggttaatttatcttctggggtccaaact
gcggggccaagctccaagggaggtgcagatattcaacctttacaggttgatgagagtgta
agttttgatgacataggtgggctttctgaatatattgatgctttgaaagaaatggttttc
tttcccttactgtacccagatttttttgcgagttaccacattacccctccaagaggagta
ttgttatgtggtccccctggtacgggaaaaacactaattgcaagagcattagcttgtgct
gcttctaaggctggccagaaggtcagcttttacatgcgaaagggtgctgatgtgcttagc
aaatgggttggtgaggctgaaagacaattgaaactgctatttgaggaagcccaaaggaat
caaccatccattatcttctttgatgaaatagatggacttgctcctgtaaggtctagcaaa
caagagcaaattcacaactccatcgtttcgactttgcttgccttgatggatggtcttgat
tcccgggggcaagttgttttgattggagctaccaacagggtcgatgccattgatggagca
ttgcggcgccctggtagatttgatcgtgaattcaattttcctttgcctggttgtgaggca
cgtgccgaaatattagacattcacactaggaagtggaagcagccacctccaaaggagcta
aaattggagcttgcagctagttgtgtgggatactgtggtgctgatttaaaggccctgtgc
actgaagctgctattcgtgcgtttcgtgaaaaataccctcaagtttacactagtgatgac
aaatttctgatagatgttgattcagtgaaggtggagaagtatcattttgtagaagccatg
tcaacaatcactcctgctgctcatagaggttcgattgtacaatctaggccattgtcatca
gttgttgcaccatgtctgcagagacatctcaagaaagccatgaacattatttcagatatt
tttcctgctctggaagtttcatcagaattggcgaagctctctatgctctcatatggttct
gctgttcccctcgtgtataggcctcaacttctgctatatggtggtgaaggtgttgggctg
gatcatctggggccagcaattttacatgaactggagaaatttcctgttcactctattgga
cttgcatctcttctttctgatcctagtgcaaagactcctgaggaggcattggttcatata
tttagtgaagcaaggagaaccacaccatcaatattgtatttatctcaattccatctttgg
tgggagaatgccgatgaacagcttaaggctgttctgctgactctgttggaagaattgcca
tctgacttccccatattattattggggacatcatcagtttcacttgatcaactagatggc
gggcatacagtatttcctcgcattaatgtctatcaattggacaagccatcgactgaagat
aggtctatgtttgttgaccggctggttgaagttgctttgtcaatacaatcagagggtttg
agaaaaaaatcagagaaaacagtttccctttctgaactcccaaaagcaccaaaaatagat
acgggcccgaaggcctctgagttaaaagccaaggcagaagctgagcagcacgccctgcgt
cgattgcgaatgtgtcttcgtgatgtttgcaaccgggttttgtatgataaaaggttcact
gcctttcattatccagtattggatgaggatgcaccaaactatcgcacaatcatccagaac
cccatggacatggcaactctgctgcagcgtgttgacagtggaaagtatattacatccaaa
gcattcttagaagattttgatctcattttgatcaatgcaaagaagtataatggagatgac
tacaatggatctaggatcgtgagtagagcttacgagcttcgagatgcagtgcatggaatg
ctgtcacagatggaccctgcactggtggcattctgtgaaaagattgttgctgaagggggt
ccagtgcctgtgccggatgaattggcaggctcttcatttccagaaactccggttgttcag
ctggcaacagttaccagagcaagtgctcgacttcgtaatttccaaccagaggttaatttg
gaccgaagctatgaagcactgaaacgtcccaagaagaatgtcgatgctgcacatgcagtt
gaagaagagacacgtgctccagaatcggaagatccaaagtcattttgtgaaccagaagca
gatgatacaaatccacaaaggtcagaaagctccttcaccgatgcctttgagcttgaaact
tctgaaaaggccactggtccagatgtcgaaatgtcagatggagacatttctgagaaaatt
gcgtctgtcaagcgtatttttgtggagcgtactgaggactatggcattccacagcttgag
aggctatacactcgtatattgaagggtgtttttgaaaccaaagctagtctaactggggat
gatcttaaatcttccattctgagctatttgttgaagtttgcggagtgtgtggaaaatttt
tga
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