Clavispora lusitaniae CBS 6936: A9F13_29g00121
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Entry
A9F13_29g00121 CDS
T05147
Name
(GenBank) putative ATP-dependent DNA helicase
KO
K10901
bloom syndrome protein [EC:
5.6.2.4
]
Organism
clus
Clavispora lusitaniae CBS 6936
Pathway
clus03440
Homologous recombination
clus03460
Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:
clus00001
]
09120 Genetic Information Processing
09124 Replication and repair
03440 Homologous recombination
A9F13_29g00121
03460 Fanconi anemia pathway
A9F13_29g00121
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
clus03032
]
A9F13_29g00121
03400 DNA repair and recombination proteins [BR:
clus03400
]
A9F13_29g00121
Enzymes [BR:
clus01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
A9F13_29g00121
DNA replication proteins [BR:
clus03032
]
Eukaryotic type
DNA Replication Termination Factors
Other termination factors
A9F13_29g00121
DNA repair and recombination proteins [BR:
clus03400
]
Eukaryotic type
DSBR (double strand breaks repair)
HR (homologous recombination)
RecQ family DNA helicases
A9F13_29g00121
Bloom's syndrome complex (BTR)
A9F13_29g00121
FA (Fanconi anemia) pathway
A9F13_29g00121
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DEAD
RQC
Helicase_C
RecQ_Zn_bind
Helicase_Sgs1
HRDC
Motif
Other DBs
NCBI-ProteinID:
OVF04003
UniProt:
A0AA91PV97
LinkDB
All DBs
AA seq
1408 aa
AA seq
DB search
MAIQNNLKEAKAWLAAEKPQLPPSWLVDLLKKPVQPSAPFNFPLSASSATPSLRNGLSKI
PQEKSQPQPLQTSTQALVLEDLSDFSDNEDLKLIDTTELGLPRLKRQATLDERLLKKQKA
HIPEQNPRSASAENGSSSPQHSGSLLTNESHNTTKGSSHIAVSSMSANAQSASHSRNLYS
AQKNTSSNILNHGSNFENNNPQTGSVHLQRGTASRNPSLQMSNAPSNGKPPVFTHQTSFT
SNIQPSRKLTPQSSSLANDSNVASLQNYIRICESKIALLSKWNAINESTSLSLDAKNLWH
TNNFLPQLQKIEASQHALRSSFSFLDPLPATQDLSKISTSSPNLSNLASGSILSPIHTTV
PQSPSVEITEKRNEQNHVTDIRTSDDDMSGFSQIHHVTSPLNVMSPPAIPPEISVEATKT
STESEYKLNNAEARNFIMERRAAKPLPVSQTVIDDELEDDFGEQFMDGLHSSQVDDAATD
LSGFLARDDEDLSSVDGTYMTQPMSQTKSDIDEVESDEPNDTKDDDLLDEMRDIVLSQDV
AQRYGVKYDNVEPIEISDHEIEEENENENDDENMADFTTQLKEGHDEVVEITSEDEIPDA
DLNVLTELSQSRPLKIEVVSESDFSDDDQELIELSKSVGTKKPGEGKTIPPNSGHFIDEV
YDVLHNVFKLPDFRPNQLEAVVAALNGKDVFVLIPTGGGKSLCYQLPALVKGGKTRGVTI
VISPLISLMQDQVQHLRDRNINAAMISSRGTTEEKHAAIRELTSGQLDLVYLSPEMVNSS
NMIQRVLSKLYESNMLARVVVDEAHCVSSWGHDFRPDYQGMSLFKEKFPEVPIMALTATA
NEKVRLDIVHHLRMKNLVLLKQSFNRTNLFYEVRNKPPNLYEWIRDYVMGKMAGKTGIIY
CHSKQSCETTAQKLNDWGIKCMYYHAGMDPNERFDVQTQWQHNKIQLICATIAFGMGIDK
PDVRFVIHMYIPKSLEGYYQETGRAGRDGKESECIMFYSYKDARALQSLIQRDRNLEESA
RESHLSKLRQVVQYCENKTDCRRKQVLHFFNESFDPANCARKCDNCCSDVVSVTRDVTEH
CSNIVKMVQSLQADKVTVIHCQDVYKGSRGNKILKLGHHENPYHGKGRELDRGDMERIFF
HLQSQDCLLEYQVMKGGFASTYVKLGPNANSVLSGRNRVQLSFAQNSRPSTGNSNRAPRL
TASGNGSGIGHLRYQESFVSAREVRYEQEKENINVERSSSKITLEKHTFDGAVNASNEQA
VEQAYHELRNLRLQKSEELGYGRPHFFMSDTLLKELAVKLPTNARDFAKLQNISKDQVSH
FQYFKRLLGTLSRERKRQSSQGDSATQHSTFTQANSTISEHASPYFQRSGPGSQVRKRSQ
GRKQRRPAHRKQAETRKGTPSQVRQMPI
NT seq
4227 nt
NT seq
+upstream
nt +downstream
nt
atggccatacaaaacaatttaaaggaggccaaagcttggttggcggcggaaaagccccag
ctcccgccgtcttggcttgtggaccttttgaagaagcctgtccaaccgctggcgcctttc
aacttcccattatctgcatcttcagccactcctctgctacgaaatggcctttccaaaatt
ccacaggaaaaaagccagccgcagccgcttcagacatctacccaggcgttggttttggaa
gacttgtcggactttagcgacaacgaagacctcaaactcatcgatacaaccgaattggga
ttgcctcgcttgaagcgacaggcgacgctagatgagcggctactaaagaaacagaaagca
catattccggaacaaaatccccggtctgcctctgcagaaaacgggctgagctcaccccaa
cactcgggcagcttgcttacgaatgaatctcataatacaactaaaggctcctcccacatc
gcagtgtctagcatgctggcaaatgcacaaagtgcttcacattctcggaatctttatagc
gctcagaaaaataccagtctgaatatcctcaatcatggttctaatttcgaaaacaataat
ccccaaactggttctgtccatctacaaaggggaacagccagtagaaatcccagtcttcaa
atgctgaatgcgccttctaatggtaaaccaccagtatttacccatcaaacttctttcaca
agcaacatacagcctctgcgaaaacttacgccgcaactgtcttctttggccaatgacagt
aacgttgctctgctccagaactacatccgcatctgtgagagcaagatcgccttgctctct
aaatggaacgctatcaacgagtctacgtctctttctctcgatgcaaagaacttgtggcat
accaataattttttgccacaactacagaaaatcgaggcttctcaacatgcactaaggtcc
tccttctctttccttgatccacttcctgcaacacaggatctatctaaaatctctacttca
agtccgaatctctctaatctcgcatcaggatccatcctttcacccatccatactactgtt
cctcaaagtccatctgttgaaataacggagaagagaaacgagcaaaatcatgttactgat
ataaggacctccgatgatgacatgtctggatttctgcagattcatcatgttacttctccc
ctaaatgtaatgtctcctcctgcaatccctccagagatttctgtggaagcgactaaaacg
agtactgaaagtgagtacaaattgaataatgccgaagctagaaatttcattatggaaaga
cgagcggccaagccacttcctgtctcacaaactgtgatagacgatgaacttgaagacgat
tttggggaacaattcatggacggattacattcctctcaagtcgacgatgcggcaacagat
ctcagtggatttttggccagagatgacgaagatctttcctcagtggatggaacttacatg
acacaaccaatgagtcaaacaaaaagcgacatcgacgaagtagaaagtgacgaaccgaat
gatacaaaagacgatgatttgctagatgaaatgagagatattgttctttcacaagatgtg
gcacaacgttatggggtcaagtacgataatgtggagccaatagagatttcagaccacgaa
attgaggaggaaaatgaaaacgaaaatgatgatgaaaatatggcagacttcaccactcag
ctcaaagagggacatgacgaagtagtcgaaataacatctgaagatgaaatccccgatgct
gatctcaatgttttaactgaacttctgcagtcgcgaccgctcaagatagaagttgtaagt
gaaagtgatttcagtgacgatgaccaagagttgattgagctttcaaaatccgttgggacc
aagaagccaggagagggcaaaactattcctccaaactcaggacattttattgatgaagta
tatgatgtccttcataatgtgttcaaacttcctgattttaggccaaaccaattagaagct
gtggtagcagcgttaaatgggaaagatgtttttgttttgatccccacaggtggaggaaag
tctctctgctatcaactacctgctcttgtcaagggaggaaaaacaagaggtgtcaccata
gttatctctccgttgatttcattgatgcaagaccaggtccaacatttgagagatcgcaac
attaacgccgcaatgattagttccagaggaactacggaagaaaagcacgcagcgattaga
gaattgacaagcggtcaacttgacttagtgtacttgtcaccagaaatggtgaactcatca
aacatgattcagcgtgttctctcgaaattgtatgagagcaacatgttagccagagttgtt
gtggatgaagcacattgtgtgagttcgtggggtcacgatttccgacccgattaccaaggt
atgagcttgttcaaggagaagtttcctgaagtccctataatggcactaacggccacggca
aacgaaaaagtacgattggacattgtccaccacttacgaatgaaaaatttggtcttgtta
aagcagagtttcaaccgaaccaatttgttctacgaggtgcgcaacaagccgccgaatttg
tacgaatggattcgtgattatgttatgggaaagatggctgggaaaaccggtattatttat
tgccattctaaacaatcttgcgagaccacagcgcaaaaacttaatgattggggtataaaa
tgcatgtactatcatgctgggatggaccctaatgagcgctttgacgttcagactcaatgg
cagcacaataaaattcagttgatttgcgccacaatagcatttggcatgggcatcgataag
cccgatgttcgatttgtcattcacatgtacattcccaaatcattggaaggttattaccag
gaaacaggacgtgctggaagagatgggaaggagagtgagtgtatcatgttctattcatac
aaggatgcgagggcactccagagtttaattcaacgagatcggaatttggaggagagtgcc
cgtgaaagtcatctttcaaaacttcgccaggtcgtacaatattgcgagaacaaaacagat
tgtcgacggaaacaagttcttcattttttcaatgaatcttttgatcccgctaactgcgct
cgcaagtgtgacaattgttgcagcgatgttgtttccgtgactcgcgacgtgacagaacac
tgtctgaatattgtgaaaatggttcagtcgcttcaagccgacaaggtgacggtgattcat
tgtcaagatgtttataagggatctcgtggaaacaagattttaaagcttggccaccatgaa
aatccgtaccatggaaagggaagggagttggaccggggtgatatggagcgaattttcttc
cacttgcaaagtcaagactgcttgcttgagtaccaagtaatgaagggcggcttcgcttct
acgtatgtgaaattgggacctaatgctaactcagtattgagcggacgaaaccgcgtgcaa
ctttcttttgcacaaaacagcagaccatcgacaggaaactcgaatagggcacctaggctc
actgctctgggaaacggctctgggattgggcatttgcgttaccaagagtcatttgtcagt
gctagggaagtgcgttacgaacaagaaaaagaaaacatcaatgttgaaagaagcagtagc
aagattacattggagaagcatacattcgatggagcggtgaatgcaagcaatgagcaagct
gtggagcaggcatatcatgagctacgtaatttacgacttcaaaagctggaggaacttggc
tacgggcggccgcattttttcatgagcgatactctcttgaaggagttggcagtcaagctc
cccacaaacgcccgtgactttgccaagttgcagaacatcagcaaagaccaagtgtcgcat
ttccagtacttcaagcgtcttctaggaacattgtcgcgtgagcggaaacgccaatcctca
caaggagactcggcgacgcagcattcaacatttacacaggcaaacagcactataagcgag
cacgcttcgccgtacttccaaaggctgggtccaggttcgcaggtgaggaagagaagtcag
ggaagaaagcaacggcgtcctgcccatcggaaacaggcagaaacaagaaaagggacacct
agccaagttaggcagatgcccatatag
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