Macrosteles quadrilineatus (aster leafhopper): 129001532
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Entry
129001532 CDS
T09739
Name
(RefSeq) probable ATP-dependent RNA helicase kurz
KO
K14780
ATP-dependent RNA helicase DHX37/DHR1 [EC:
5.6.2.6
]
Organism
mqu
Macrosteles quadrilineatus (aster leafhopper)
Brite
KEGG Orthology (KO) [BR:
mqu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
mqu03009
]
129001532
Enzymes [BR:
mqu01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.6 RNA 3'-5' helicase
129001532
Ribosome biogenesis [BR:
mqu03009
]
Eukaryotic type
90S particles
Helicases
129001532
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DHX37_C
OB_NTP_bind
Helicase_C
HA2_C
DEAD
HA2_N
AAA_19
AAA_22
ResIII
ATPase
nSTAND3
AAA_16
Flavi_DEAD
TsaE
Motif
Other DBs
NCBI-GeneID:
129001532
NCBI-ProteinID:
XP_054284834
LinkDB
All DBs
Position
Unknown
AA seq
1155 aa
AA seq
DB search
MGKKGYNWKARQVVNTVVENSSNSKVQLELTTKKNEPYDDCNTLVIPSKKRKTVKTKTNG
PVVTKVLSKTQRKKLEKIVERKKKKENRSTILEALSKVQAPEELLNKLTTIASLQTKGLK
RHNNEEQKAINSIAGSRKKRMKLLQEEAKGQSSLLTDDPNIVGFDPSDTDSSADEDVDIK
EEPEDIDQVKVTNTELQKDLINTNETKSENLNSVTIDITDDNEINNKVTHKDNTLKLKEE
KDKVIKVESVPSIFIPVNRDEKIQEGRLKLPILGEEQAIMEAIRENPIVLLAGETGSGKT
TQVPQFLYEAGYASNNKLIGITEPRRVAAIAMSKRVGQELNMSEDKVSYLIRFEGNTTPN
TQIKFMTDGVLLKELQTDFLLNKYSVIILDEAHERSVYTDILIGLLSRIVPVRNKRGNPL
KLIIMSATLRLTDFTENTRLFKTPPPVIKVESRQFPVTIHFNKQTPQDYVKEAYRKACKI
HTQLPEGGILIFLTGQQEVNLVVKKLRKAFPLRSQKQNNLVSDKTEEKDKEDVEEDEVDE
DLKDAMKKAKQSKRKQKKSPAPLPVINLDNYELNPQDDTEGDMLDDGSEAEEGWEEEETF
TTVQPLWVLPLFSLLPSHKQAKVFEPPPEGCRLCVVATNVAETSLTIPNVKYVVDCGKVK
TRLYDAHTGVSTFDVLWTSKASANQRAGRAGRTSAGHCYRLYSSAVFNDEFCEWAVPEMQ
RRPVDELLLQMKSLGIDRVVNFPFPSPPDVTQLQTAEHRLTLLGALQPPKKKDACSSKLT
PLGQTMSMFPVAPRFAKMLCLSHQSGLLGYTLAIVAALSVQEFLLSGDKHWLKLRRQWAG
MGNSLLLGDVMVLLRAVGAAEYANSNSHLERFCTLHGLRHKAVVECRKLRLQLTNQLNLQ
LPGLSLVVDPKMIPPTDTQARQLRQIVLAGMVDQVALKLTDEELTSRGLRKGKPVYQTPE
MEEVVHMPSTSALYKAAPEWIVYQEIFQTDKMYFRGVTAIEPEWLPVFAPTLCNLSSPLT
EPPPRYNEDTGVVYCHFSGSFGKRGWPLPVTELEFPEGLDRYKWFAVFFLNGSVCPKLKK
YSKNLLSTPQTMVKSWAGLQPRTEILLKTLVAAQVDSKSSLLEKWEDEPKYLLNAYQSWL
PESAHNEVAVLWPPL
NT seq
3468 nt
NT seq
+upstream
nt +downstream
nt
atggggaagaaaggctacaactggaaagcgcgacaagtggttaatactgtggttgaaaat
agctccaattcaaaggtacaattggaactgacaacgaagaaaaatgagccttatgatgat
tgtaacacacttgttattccatcaaagaaaaggaaaacagttaaaactaaaaccaatgga
cccgttgtgacaaaagttttatccaaaactcagaggaaaaaattggaaaaaatagtcgaa
cgtaaaaagaaaaaagaaaaccgctcaacaattttagaagctctttccaaagtacaagcc
cctgaagaattgctaaacaaactaacaacaatagcctctttacaaactaaaggtttgaag
cggcataataatgaagaacaaaaggcaatcaattcaatagctggcagcaggaaaaaaagg
atgaaactgttgcaggaagaggctaaaggacaaagttctctcctgacagatgaccccaat
attgttgggtttgatccatcagacacggattccagtgctgatgaagatgttgatattaaa
gaagagcctgaggacattgatcaagtaaaggtaactaacacggaactgcaaaaagattta
ataaacacaaatgaaaccaaatccgaaaatttaaatagtgtcacgatagacattacagac
gataatgaaataaacaataaagtaacacataaggataatactttaaagttgaaagaagag
aaggataaggttatcaaagttgaaagtgtcccttcaatttttattcctgttaatcgagat
gagaaaattcaagaaggacgattgaaactgccaatccttggagaggaacaggctatcatg
gaagccatccgggaaaatccaatagtcttgttggccggagaaacaggcagtgggaagact
acgcaggttccacagtttttgtatgaagctggctatgcaagcaacaacaagctgatcgga
ataacggagccgagaagggttgcggccatagctatgtctaagcgggttggtcaggagctg
aatatgagcgaagataaagtctcctacctgataagatttgaaggaaacacgacaccaaac
acgcaaatcaagtttatgacggacggtgttctcttgaaagaactgcagactgattttctg
ctgaacaaatactcagtcattatcctagatgaagcccacgagcgcagcgtgtacacggac
attctgattggtctgctatctcggattgtacctgttaggaacaagcgagggaaccctctc
aaacttataatcatgtctgccactcttcgacttactgacttcacggaaaacactcgactc
ttcaaaactccccctccagttatcaaggttgaatcacgacagtttcctgtaacgattcat
ttcaacaaacagacacctcaagactatgtgaaagaagcttatcgcaaggcttgtaaaata
cacactcagctgcctgaaggagggatactcatatttctcacaggtcaacaagaagtgaac
cttgtggttaaaaagttgaggaaagcttttccgctgcggtctcaaaagcagaataatctg
gtcagtgataaaacagaggaaaaagacaaggaagatgttgaagaggatgaggttgatgaa
gatttgaaagatgctatgaaaaaagcaaagcaatcaaaacggaaacaaaagaaatctcct
gctcctttgccagtgattaatttagacaactatgaactgaaccctcaggacgacacagag
ggagacatgttggatgatggctctgaagcagaagaagggtgggaggaggaggagacgttc
actacagtacaaccactctgggtcctgcctttgttctccttgctgcccagtcacaaacag
gccaaggtttttgagcccccaccagagggttgtagactttgcgtggttgcgaccaacgtt
gctgagacttccctgaccatccctaatgtgaagtacgtcgtggactgcggcaaagtcaag
acacggctgtatgacgctcacactggcgtgtctacgtttgatgtgctctggaccagcaaa
gcgtcggccaatcagagagcgggaagagctgggcgaacaagtgctggtcattgttataga
ctgtactcctcggctgtgttcaatgatgagttttgtgagtgggctgtgccggaaatgcag
cgtcggcctgtagatgagttactgctgcagatgaagtctctcggcatcgatagagtggtc
aacttccccttcccctcccccccagacgtcacgcagctacagactgctgaacacaggctg
acactgcttggggcgctgcagccgcccaagaaaaaagatgcttgcagttccaagttgacc
cctctgggacagaccatgtctatgttccctgtggctccaaggtttgccaagatgctgtgt
ctgagtcaccagtcaggtctacttggttacacattggctattgtggctgcattgtccgtt
caggagtttctactctccggggacaaacactggctgaaattacgacgacaatgggccgga
atggggaactcactcttgcttggtgatgtgatggtgctgctgagagcagtaggagctgcc
gaatacgccaactccaacagtcatctggagaggttctgtaccttgcatggtctgagacac
aaagctgtggtagagtgtcgtaagttacgactacagttgaccaatcagctgaatctacag
ttgccggggttgtctctggtggtggatcctaagatgattcctcccaccgatacacaggca
agacaactacgacagatagtactggcaggtatggtggaccaagttgccctcaaactgaca
gatgaagaactgacttccagaggactacgcaagggcaaacctgtctaccaaacacccgag
atggaagaggttgtgcacatgccgtcaacctctgcattatacaaggctgctccagaatgg
attgtttaccaggaaatattccagacagacaagatgtacttcagaggagtgacagctata
gagcctgaatggctgccggtgtttgcaccgactttatgtaacttgtcgtctccgctcacc
gaacctccacccagatacaacgaggacactggcgtggtgtattgtcacttctctggctcg
tttggcaagaggggttggccactgccggtgaccgagcttgaatttccagaaggtcttgat
cgctacaagtggttcgctgtcttctttctcaacggatctgtttgtccaaaactcaaaaag
tactccaaaaatctcctctccacgcctcagaccatggtcaagtcctgggcaggattacaa
ccaaggactgagattttattgaagacacttgttgctgcccaagtagattcaaagtcgtct
ctacttgaaaaatgggaagacgaaccaaagtatctcctgaacgcttatcaaagttggctc
cccgagtctgcccacaatgaagttgcagttttgtggcctcctttataa
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