Miscanthus floridulus: 136467357
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Entry
136467357 CDS
T10264
Name
(RefSeq) ATP-dependent DNA helicase MER3 homolog isoform X1
KO
K15271
ATP-dependent DNA helicase HFM1/MER3 [EC:
5.6.2.4
]
Organism
mflo Miscanthus floridulus
Brite
KEGG Orthology (KO) [BR:
mflo00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
mflo03036
]
136467357
Enzymes [BR:
mflo01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
136467357
Chromosome and associated proteins [BR:
mflo03036
]
Eukaryotic type
Meiosis-specific proteins
Others
136467357
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
SNRNP200_wHTH
Helicase_C
ResIII
HHH_5
AAA_22
Cdd1
Motif
Other DBs
NCBI-GeneID:
136467357
NCBI-ProteinID:
XP_066322135
LinkDB
All DBs
Position
7:complement(95684984..95695901)
Genome browser
AA seq
1295 aa
AA seq
DB search
MGSLADPYALRCVSDLPPPFRSVFRFRYFNSLQSECFHVCFFSDVNMVISAPTGSGKTVL
FELCILRLLSRFLSPDWRFNLNKGTLKTIYIAPSKALVQEKLRDWNMKLGPLGINCLEMT
GDSEFYDNKAIHDADLILTTPEKFDSMSRHGIKSGRLGFFCDIALVLIDEVHLLNDPRGA
ALEAVVSRIKMLSRHDNMKSFPLANVRFIAVSATIPNIEDIAQWLLAPPEGIKRFGEEMR
PVKLTTKVFGYAPAKNDFLFERRLQSFIYDILMQHSRGKSALIFCSTRKGAQEAAQCLSQ
TGASLGYSNPFMKSMQQYEHLKEASLTCSDKQLQACIVHGVGFHNGGLCLKDRGLVEGLF
LKGDLQVLCTTNTLAHGINLPAHTVVIKSTQFFNKEKGLYVEYERSMVLQMCGRAGRPPF
DDTGTIIIMTRKETVHIYENLLNGCEMVESQLLPCAVEHLNAEIVQLTVSDIILAVEWIK
CSYLYTRIRKNPENYGVKGGTPQDLLEKQIQDICVQKIHELVDYGLIWTDEGAFVLQPLE
PGRLMAKFYLKFDTMKLIVKASACCSLENLLHVICHSAEITWIQLRRKDKKILNDINADK
DGRLLFHIVMENGKRKKRVQTREEKIFLLANDCLTGDPLIHDLSLNQETNSICSNGCRIA
KCMREYFIYKKNYRSAINSMILANSLHQKLWESSPFLLKQLPGIGIVTAKALKTAGIYSF
ETLATADARKIESATGRNYPFGNHIKDSMSSLPPKIDIDIEETGNRLGKATITVTLTRLS
QAVRSSKRSCADMVVASEEDNVILFHENIRTREFHSPYSVKVFVPCPQNARVTLKVDLIF
EEYVGLDVHKKHVVSREDGLYVTKEHVIDKLEPAYNLPSEICLVSSRTTQTSRSQSHTEQ
SPLSKEVYVIEDDGIAVSALEKADNVLGTRKFNNLASLEVPSFDLLPEEEYGAASAPGPE
QAECKSATDNTIFDHIRKKSKEFPTLMVSKSMDSSYEPLILKKMKISRDQFEVEHGCLHA
DEATTMDFEPVEPRVSPTNTAEKCRGILGRSSEKSHMLFGIMDSPSEKSKMLSTTPDKSS
LQNAGGKESPLEKSKVLSTSAENSLQFAARRVSSSEKSKMLTTPDKSSLVFAGGKESPLE
KSEVLSTSAENSLQFAARRVSSSEKSKMLTTPDESSPGFVGGKDSSLEKSKIRISTPVEY
PLKKGNPGENPFKTGTPVENSPQFAAQRDSPSKKRKSCISSPLPCFQAVQCTEQVRVAAQ
PFDIQEYVKEISRSRRNSQGGDPFAGYKSIFSFLY
NT seq
3888 nt
NT seq
+upstream
nt +downstream
nt
atgggttctctcgccgatccgtacgcgctacgctgtgtctccgacctgcccccgccattc
cgctccgtgttcaggttcagatacttcaattccttgcagagcgagtgctttcatgtgtgc
ttcttctcggatgtgaacatggttatctcggcacccacggggagtgggaagaccgtactc
tttgaactctgcattctgaggctcctctcaaggttcctttcaccagattggaggttcaat
ttgaataaaggaactctgaaaacaatctacattgcaccctccaaggcattggtgcaggaa
aagctgcgggactggaacatgaagttgggcccattggggataaattgcttggagatgact
ggtgacagtgaattttacgacaataaagccatacatgatgctgatttaatcctcaccact
cctgagaagtttgattctatgagtcgacatggtataaaaagtggtagattgggtttcttc
tgtgatattgctctcgtccttattgatgaagttcaccttcttaatgatccacgtggagct
gcattagaagcagttgtcagtaggataaaaatgctttcgcgacatgacaacatgaaatct
tttcctctggctaatgttcgattcatagctgtttctgctactatccctaatattgaggac
atagcgcagtggctcctagcacccccagaaggaatcaaaagatttggagaagaaatgagg
ccagtgaagttgacaaccaaggtctttggttatgctccagctaaaaatgacttccttttt
gagaggaggttgcaaagttttatttatgatatactgatgcaacattcaagagggaagtct
gcacttattttctgttctacaagaaaaggtgcacaagaagcagcacagtgcctttcacaa
actggagcatcacttggctattcgaatccatttatgaaatcgatgcagcagtatgaacat
ctaaaggaggcttccctaacctgtagtgacaagcaactgcaggcttgcattgtacatgga
gttggttttcataatggtggtctttgcttaaaagaccgaggtcttgttgaggggcttttc
ctcaagggtgatcttcaagtcctttgcacaacgaatacgttggcacatggcatcaactta
cctgcacatacagttgtgataaagtcaacacagtttttcaacaaggagaagggcctatat
gttgaatatgagaggtccatggtgcttcagatgtgtggaagggctggacgtccaccattc
gatgatactggaacaattataatcatgacaagaaaagagacagttcatatctatgagaac
cttctaaatggttgtgaaatggtggagtctcagttgctgccatgtgcagtggagcatcta
aatgcagaaatcgttcagctgacagtatctgacattattctggcagttgagtggatcaag
tgctcgtatttgtacaccagaataaggaagaatcctgagaactatggagttaaggggggg
actcctcaagatctccttgaaaagcaaattcaagatatatgtgtccagaagattcatgag
ttggtggactatggactgatttggacagatgaaggagctttcgttctacaaccactagaa
ccagggaggctgatggcaaaattctacctgaagtttgatacaatgaagcttatcgtgaaa
gcttctgcctgttgcagtttggaaaatttattgcatgtcatctgtcactctgcagaaata
acttggatccaactacgccgaaaggacaagaagattctaaatgacataaatgccgacaaa
gatggtagactcctatttcatattgtcatggagaatggaaaaaggaagaagcgtgttcag
acaagagaagagaaaatattcttgctagcaaatgactgcttaactggagaccccctaatc
catgatttatccctcaaccaggaaacaaattcaatatgctcaaatggatgtaggattgcc
aaatgcatgcgagaatattttatatacaaaaagaactacagatccgccataaattctatg
atccttgcaaatagtctacatcaaaagctttgggagagcagtccatttctgctgaaacaa
ctgcctgggattggaattgtaacagcaaaggctctgaagactgctggaatttatagcttt
gagaccttggcaactgctgatgcgagaaagatagaatcggccacaggacgcaattatcca
tttgggaatcatatcaaagattcaatgtcatcattaccacccaaaattgacatagacata
gaagaaactggaaacagacttgggaaagcgaccattactgtaacattaactcgtctatca
caggcagttcgatccagtaaacgcagttgcgctgacatggttgtggcctcagaggaagac
aatgtgatcctctttcatgagaatataaggactcgagaattccacagcccatattctgta
aaagtttttgtgccatgcccccagaatgcacgggtcactctgaaggttgatctaatattt
gaagaatatgttggtcttgatgtgcacaagaagcatgtagtaagcagggaagatggtttg
tacgtgaccaaagagcatgtgatagataagcttgaacctgcatacaatctcccttcagag
atttgtttggttagctccaggacaactcaaacaagccgatctcaatctcacactgaacag
agccctctttccaaagaggtttatgtcatagaagatgatggcattgctgtcagtgctcta
gagaaagctgataatgtactgggaaccagaaaatttaacaacttggcttcactggaggtc
ccaagctttgatctactgcctgaagaagagtatggagctgcatcagctcctggaccagaa
caggcagaatgcaaaagtgccacagacaacacaattttcgatcacatacgcaagaaatcc
aaagagttccccactctgatggtatcgaaatccatggatagctcttatgaacctcttata
ctgaagaagatgaagatatcaagggaccagtttgaagtagagcatggctgtctgcatgcg
gatgaggccaccacaatggattttgagcctgttgagcctagggtctctccaaccaatact
gctgagaagtgtcgcgggatcctgggtagaagttcagaaaagagccacatgctgtttgga
ataatggatagcccatctgagaagagcaagatgctgagcacgacaccagacaaaagctct
cttcagaatgcgggtggaaaggagagcccattggagaagagcaaggtactgagcacttca
gctgaaaactctctccaatttgcagctaggcgtgtcagctcatctgagaagagcaagatg
ttgacaactccagataaaagctctcttgtgtttgcgggtggaaaggagagcccattggag
aagagcgaggtactgagcacttcagctgaaaactctctccaatttgcagctaggcgtgtc
agctcatctgagaagagcaagatgctgacaactccagatgaaagctctccagggtttgtg
ggcggaaaggatagctcgctggagaaaagcaagatccgtattagtactccagttgagtat
cctttaaagaaaggaaatccaggtgaaaatcctttcaaaacaggaactccggttgaaaac
tccccccaatttgcagctcaacgtgacagcccatctaagaagaggaaatcctgcatcagc
agtccccttccgtgcttccaggctgttcaatgcacagagcaagtcagagttgcagctcaa
cccttcgatattcaggaatatgtcaaggagatatcgagaagcagaaggaacagtcaagga
ggcgatccttttgctggttacaagagtatcttttccttcctatactag
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