Clavispora lusitaniae CBS 6936: A9F13_10g00165
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Entry
A9F13_10g00165 CDS
T05147
Name
(GenBank) putative bifunctional ATP-dependent DNA helicase/ssDNA endodeoxyribonuclease
KO
K10742
DNA replication ATP-dependent helicase/nuclease Dna2 [EC:
5.6.2.3
3.1.-.-]
Organism
clus
Clavispora lusitaniae CBS 6936
Pathway
clus03030
DNA replication
Brite
KEGG Orthology (KO) [BR:
clus00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
A9F13_10g00165
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
clus03032
]
A9F13_10g00165
Enzymes [BR:
clus01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
A9F13_10g00165
DNA replication proteins [BR:
clus03032
]
Eukaryotic type
DNA Replication Elongation Factors
Other elongation factors
A9F13_10g00165
Prokaryotic type
Elongation factors (archaeal)
Other elongation factors
A9F13_10g00165
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Dna2
AAA_12
AAA_11
AAA_19
AAA_30
Dna2_Rift
UvrD-helicase
nSTAND3
Viral_helicase1
SRP54
Cas_Cas4
AAA_16
AAA_22
NPHP3_N
AAA_7
ATPase
cobW
DO-GTPase1
ResIII
AAA_18
DUF87
AAA_5
CbiA
Helicase_RecD
SLFN-g3_helicase
Sigma54_activat
NTPase_1
MobB
AAA_29
Motif
Other DBs
NCBI-ProteinID:
OVF07897
UniProt:
A0AA91PYP1
LinkDB
All DBs
AA seq
1489 aa
AA seq
DB search
MEKRERNSGKSPVSASKRPKSSLKHKKTSYFIPQNTLAYNPQSSISDKNKKIHAPKDRLL
EESRKKGPESTNPSIKDSSTENVSESFTPEPTETGQISKTHVQSTKLYDRSLEQHSSDDS
FEGVRWQPTTSPNKYARPILSSPLKNADLGDRSLRNVLTAETVVNELTDSVLCKYGLGMQ
NTLSQTPKNHRTSSDVAKSTLDMSPTLTRSKSFDPRSLQTTSTSLSSESAKVSNLNIWLD
KFQGPGHVTKAPSEPPMKAIQNSHVPSTNSNDDASSEEDPFLDDDTFLADLKIESFTTQG
IPFQQAPASKLDTPTELAHDAESASILHRDSPKSLSQRQSALKASTPSASSPTVSTTASP
NASPNTSLNASPKNSSPQIIPEESDPFSDDLDVVAIEKSAVATQATSEPTLPTKNGKRNT
GRLSPSPDSFEEENVGAKLSYTRADFVRYQIMSIMQTTYPHQNFKRKQLILTVADADEQT
TKIVIRGDSAELNFQEGDIINIIITSPESPKLVDNNNNLIIWNPDTLISSTVVADQLFCP
RKTVMNKRYVFPGEATIPLIVGTTVHEIFQACFITEQSSPEYMEQLLEVETKRRLLEIYS
MGDVLEETKDRIRKHFSFIEKWFNTFFKKPPSIIPTNKHQQNIKFSVADVLDVEESIWSP
MFGIKGMADVTLKANLEGESATGQFLLPMEIKTSKEYLSHHAQAALYSLLFKDRYNANIS
SFLMVYTSEEGSTKKHDISIPDLRSLVNLRNRISPYIKSGTRELPDIMRQQKCDNCVIQS
SCMTVNYLLEHGTPENSGLNDGVYEDLTEHLVQRQEYSDYLNYWDDLLTSEEEFVSRFNK
DLWILTSKEREEEQGKALSGMIITEKSEFVDNTSEFIYKFQRRDFKNIRPIDAAIISKYD
RVIISDESGHFALAQGFVKHIDCGCIIISTRRKLVSTEVKNDRFHRAAVLRPTQSQSPQG
TQTETVIFRIDKDEMFYGMGVARFNILNLFLRDGDTKRRKLIVDLDTPRFSPVPVANVKK
DHFNSDQIRAFNKVFQTKDYCLILGMPGTGKTTVIAHLIRMLVEEKKSVLLSSYTNSAVD
NILLKVKEFGIDFIRIGNTSRVHPDIRPYIPGSDEKCVENYEDFIRIYQKPLVVAATCLS
MRDLAFNVRERFDYCIVDEASQVSMPLSLGPLSRCDKFVLVGDHYQLPPLVVHPNVNVKK
GLSRSLFQILADEHPQSIVELSFQYRMCKEIMLISNALVYNNRLQCGSETVAKQSLTIPN
PEALAAYIDPRSPLSHRWLSDVFKPENKVLFLNHDNMNAYERKVGENVSNLVEVELIRQI
VESLCLCGVDESKIGVMTLYRSQLKLLVQCFKHRPRLEILTADRFQGRDKECIIISFVRS
NKEKRVGDLLKDWRRVNVAVTRARSKLITVASKSTLSHADSIKDFVYLAEQKNWIYNLPS
SAYHVYQLPKPKDNFASQEIKKQPIKFGEKIISKHPVVKDILSDMNAIN
NT seq
4470 nt
NT seq
+upstream
nt +downstream
nt
atggagaaacgtgagaggaactctggaaagtcccctgtttcggctagcaaaaggccgaag
ctgtcgctcaagcacaaaaaaacatcatactttattccacaaaatacattagcatacaat
ccgcagagctccatactggacaagaataagaaaatacatgccccaaaggataggctcctt
gaagaactgcgcaaaaaaggaccagaatccacgaaccctagcatcaaggactctagcact
gaaaatgtgctggagtctttcactcctgaaccaacagaaacgggccagatatcgaaaacc
cacgtccaatctacaaaattgtatgacagatctttagaacagcacagctcagacgacagc
tttgaaggcgtcaggtggcaaccaacaaccagtccaaataaatatgcccgtccgattctt
tcttcgccattgaaaaacgcagatctcggagacagatcacttagaaacgtgttgacagca
gaaaccgtggtgaatgaactaacagactccgtactttgtaagtacggcttgggaatgcag
aacaccttatctcaaactccgaaaaatcaccgaacaagcctggatgtagctaaatcgact
ctagatatgtcgcctacacttacacgatccaaatcgtttgatcctcgcagtttacaaact
acctccacatccttaagttctgaactggccaaagtctccaatctaaatatttggttggat
aaatttcagggccctggccacgttacaaaagcacctctggagcctccaatgaaagctatc
caaaatctgcacgtaccatccactaattctaatgacgacgcgtctctggaagaagaccct
ttcttagacgatgacacatttcttgcagacttgaaaattgaactgttcacaactcaagga
ataccttttcagcaagcccccgccagcaaattggatactccaacagagttggctcatgat
gcagaaagcgcatcaattttgcatcgggatagtcccaaatcattatcacaaagacaatca
gcactaaaagcttcaacaccgtcagcatcatcgccaacagtctcgacaacggcatcgcca
aatgcatcaccaaatacatccttaaatgcatcaccaaagaatagctctcctcaaatcatt
ccagaagagtcagatcctttttcagatgatctcgatgttgttgccatcgaaaaaagtgct
gtggcaacacaagcgacctcggaacctactttgccaactaaaaatggaaaaagaaacacc
ggcagattgtccccttcgcctgattctttcgaggaagaaaatgtcggtgctaagttatca
tatacccgtgctgattttgttcgataccaaatcatgtcgatcatgcaaaccacatatcca
catcaaaacttcaaaaggaaacagctcatattaactgtggctgatgcggatgagcagacg
acgaaaattgtaattcgtggggactcggcagaactcaattttcaagagggtgatatcatc
aatattatcatcaccagccccgagtctcctaagctagttgataataataacaatctcata
atctggaatcctgatactttaatatcatctactgtcgttgcagaccaattattttgtccc
agaaagacagttatgaacaaacgatatgtgtttcctggcgaagcaactattccgttgatt
gtgggaacaacagtacatgagatatttcaggcatgttttattacagaacaatcctcccca
gagtacatggaacagcttttggaagtggaaactaaacgacgtctcttggaaatctattcc
atgggagatgtgcttgaggagactaaggatcggatccggaaacatttctcctttattgaa
aaatggttcaacacgtttttcaagaaaccaccttccattattccaactaataagcaccag
caaaatatcaagttttcggtcgctgatgtacttgatgtggaggaaagtatatggtcgccg
atgtttggaataaaaggtatggctgacgttactttgaaagcaaatctagaaggtgaatca
gcaacaggtcagtttttacttcccatggaaatcaaaacaagtaaagagtatttgagccat
catgctcaagcggcactttattctctattatttaaggacaggtacaacgctaatatttca
tcctttcttatggtttacacttctgaggaaggctcaaccaaaaaacatgatatatctatt
cctgacctcagatcgttggtaaacttgagaaatcgaatttcaccttacataaaaagtggt
actcgtgagttgcctgatattatgaggcagcaaaagtgtgataactgtgtgattcaaagc
agctgtatgactgtcaactatctacttgaacatggaacacctgagaatagtggtttgaat
gatggcgtttacgaagacttaacagaacacttagttcaaaggcaggagtattcggattat
ctcaattactgggatgaccttttgacgagcgaagaggaatttgtttcccgattcaataaa
gatttatggattttaacatctaaggaaagagaggaggaacaaggaaaggctctttccgga
atgataattacagaaaagtctgaatttgttgataacacatctgaattcatttacaagttt
caaaggcgcgatttcaaaaatattcgacctattgatgccgccatcatatcgaaatatgat
agagtgatcatcagcgatgaatcaggacattttgcattagcccagggttttgtgaagcat
atcgattgtggttgtatcatcatcctgacaaggagaaaactagttctgactgaagtgaag
aacgatcgttttcatagggcagcagttttaagacccactcaatcccaatctccacaaggg
acgcaaaccgagacggtcattttcagaattgataaggatgaaatgttttacggtatggga
gtcgccagattcaacattttgaacctttttcttagagatggtgatactaaaagaaggaag
ttgattgttgatcttgatactccacgcttttcccccgtaccggtggcgaatgttaagaag
gatcattttaacagcgaccaaattagagcatttaacaaggtgttccaaactaaagattat
tgtttgattttaggtatgcctggaacaggtaagacaactgttattgcacatcttattcgc
atgcttgtggaggaaaaaaagtcggtacttttgtcctcatacacaaactctgcggtagat
aacattttactcaaggttaaagaatttggaatcgatttcattcggataggtaatacatcc
agggttcacccagatattcgtccttatattcctggatcagacgaaaaatgtgtcgaaaac
tacgaagattttatacgcatttaccaaaaaccgcttgttgtggcagcaacttgcttaagt
atgagagatttggccttcaatgttagggagagatttgattactgcattgttgatgaagca
tctcaagtttctatgccattgagtttgggtcctttatcaaggtgcgataaatttgttttg
gtaggagaccattatcaacttccccctttagttgtccatccaaatgttaacgttaagaag
ggtctttcgcggtcgttgtttcaaatattagcggatgagcatcctcaaagcatagtggaa
ttgtcatttcagtaccgtatgtgcaaagaaataatgctcatttcgaatgccttggtgtac
aataatagattgcaatgtggatctgagactgttgcaaaacagtctctcacaatcccaaat
ccagaagcccttgccgcatatattgatccaagaagccctttgctgcacagatggctctct
gatgtgtttaagccagagaacaaggttttgtttttaaaccatgataatatgaacgcatat
gagcgtaaagttggagaaaacgtttctaacttagttgaggttgaattgattaggcaaatt
gtcgagtcgttgtgtctttgtggagttgatgaatctaaaattggtgtaatgacgctttac
aggtcccaattaaaactccttgtacaatgctttaaacacagaccacgtcttgagatattg
acagctgatcgatttcaaggtcgagataaggaatgcatcatcatctcatttgtgagatct
aataaggaaaagagagtcggtgatctactcaaggactggagaagggtgaatgtagcggtg
acaagagcccgttctaaattaattacggtagcatcaaagtctaccctttcgcatgcggac
tccatcaaggactttgtgtacttagcggagcagaaaaattggatctacaatttaccatct
tcagcatatcatgtctatcaattaccgaaacccaaggacaacttcgcatcgcaagagatt
aaaaaacaacctataaaatttggagaaaagattataagcaaacacccagtggtgaaagac
attttatcggatatgaatgccattaattaa
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