Tetrapisispora phaffii: TPHA_0A05270
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Entry
TPHA_0A05270 CDS
T02235
Symbol
TPHA0A05270
Name
(RefSeq) hypothetical protein
KO
K10742
DNA replication ATP-dependent helicase/nuclease Dna2 [EC:
5.6.2.3
3.1.-.-]
Organism
tpf
Tetrapisispora phaffii
Pathway
tpf03030
DNA replication
Brite
KEGG Orthology (KO) [BR:
tpf00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
TPHA_0A05270 (TPHA0A05270)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
tpf03032
]
TPHA_0A05270 (TPHA0A05270)
Enzymes [BR:
tpf01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
TPHA_0A05270 (TPHA0A05270)
DNA replication proteins [BR:
tpf03032
]
Eukaryotic type
DNA Replication Elongation Factors
Other elongation factors
TPHA_0A05270 (TPHA0A05270)
Prokaryotic type
Elongation factors (archaeal)
Other elongation factors
TPHA_0A05270 (TPHA0A05270)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Dna2
AAA_12
AAA_11
AAA_19
AAA_30
Viral_helicase1
Csa1
Cas_Cas4
DEAD
AAA_16
PIF1
UvrD-helicase
SRP54
PEPCK_ATP
NPHP3_N
nSTAND3
bpMoxR
Helicase_RecD
NTPase_1
AAA_5
Caskin-tail
AAA_18
AAA
AAA_25
MobB
AAA_17
UvrD_C_2
Motif
Other DBs
NCBI-GeneID:
11532535
NCBI-ProteinID:
XP_003684035
UniProt:
G8BNX3
LinkDB
All DBs
Position
1:complement(1185683..1190263)
Genome browser
AA seq
1526 aa
AA seq
DB search
MPSTPTKQNTKRDATTPIVNKDDIKQPTKIANVTKTKKHKKYHFAPVNNFVPGGRTPENT
VLKSISVSQIRNTAHHEISTSNNNKLQPPLNIKPGEVKLNTTPVKMHRPVKNLEKQREAE
EFLPTQEVVWRYSPSKQPEKSVTSSSPEKCYRHSFTSSDRKEIESTPIAPSRLQSILNFK
HIEVEEKKEYQQQSIKKDSHKDIVDSTNVKTTSNLLRDIDDILDDLGSLNTLNPSFPNMN
EIPSSPTDRKFKKEANGTKDRLATDVSNKNLNDNTKNDTVSHKDILNISNKSKAQTTNSK
TAIQKNNQNAQDLNNKDNFNNIVNFEDDEEDDDLDSLIEILTQKLPVEKLPISDTQSDNT
NTTNNKHTDSGNNDFLLEYLDSSDDEVSNTNNQTSTSNNRNEDEMSPKPIDDESKRHMYM
ERAKCAVIKDGISRLVITNVHEVQVPKIGRQKILKSINSSGELTSVILRHPWVYLDVEDG
DVIHIIEGINSKNKMLLSDDKDPQTQKPNDNLLVVNPDILLSATTIGTSLDCFRRAVIQS
QFQDYRGVPSKVMLIGNIVHELLQEALKHKLNYLTLESTFLETTLDSILESNRFGIITCN
SSVEELKAQILEEQVENIKDFVNKFVKSKPNTASVCTSGSRKKTFMSISNIIDIEENIWS
PNYGLKGYLDATLEVKINGQYFLTPLEIKTGKSKQNSHEAQGLTYTFLLNDRYELPVDFF
LLLYTRYNDISKYDKILHSVRHVFMLRNQMANKLKYQLNEIKDMSVNDMELPPILRGSVC
DNCFVKQECITLHKLSKTEIYDNNDFRDGEYDTLTGHLLENEIKYREFFKKYYDLLRKEE
SSMLWMNSSLFLIDSQRKEAEFGNCLSNLSISKCTKDDDQDGRYLYEFTKMNTEHSDHLF
SNFSKNEPVFISDEEGNFVICQGSVASVSDTLITISTKRSILYNKTKKNQGNAGLARSVL
LPNNSSAALLDIQNLVKYRIDKNEIKYGLSMVRYNLLNLFLPPVSKSDIVIDELTGKERL
LKASEGGDYNTRKFIVDGVEPRFRKNTEQPIIQYEQPKDSTFNNDQLKAIDMITRAEDYA
LVLGMPGTGKTTLIAEIIRHIVGNGKTVLLTSYTHSAVDNVLLKINTLESNIIRLGSKKR
IHPGVHKYIPSYDNISNFEEYSNLINNASLVGTTCLGITDIMFSLKERDFDYVILDEASQ
VSLPVALGPLRYGSKFIMIGDHFQLPPLIINEAARKGGLDVSPFQILCEKHPANVIYLTY
QYRMCEDIAKLSNSMMYDGQLKCGTDAVRTQTLNIPNSSSVHKFYKEKSHPWLDHVLKEQ
NRVLLLNYDRCEAISETVENNNIKNLGEAQLTYDCVRCLIETGVPVSEIGVMSLYRGQIN
CLQDILTREMSKGLEILTADQFQGRDKKCIIISLVRSNKEQNSGSLMKEMRRINVAMTRA
RSKLIIIGSKKMIKSVKQLEHFVEIIESNNWFYELPENCLDSYDFGLSVFSELEKKATRK
LDTTNIKKDSKLLDSKPIIKQFLSEI
NT seq
4581 nt
NT seq
+upstream
nt +downstream
nt
atgccaagtactccaactaagcagaatacaaaacgagatgcgactactccaattgttaat
aaagatgatataaagcagcctacgaaaatagcaaatgttacaaaaacaaaaaagcataaa
aagtaccattttgcaccagtaaataattttgtcccgggaggacggactccagagaacact
gtcttgaagtcaatatctgtatcacaaattaggaacacagcacatcatgagatatctact
tcgaacaacaacaaattacaaccaccattaaacattaaaccaggtgaagtaaagttgaat
actacgccagttaaaatgcataggcctgttaaaaatttggagaagcaaagagaagcggag
gaatttttaccaacgcaggaagttgtgtggagatattctccttcaaaacaacctgaaaaa
tcagtaacatcttctagtccagaaaagtgttatagacattcatttactagcagcgataga
aaggaaattgaatcgacaccaatagcacccagtaggttgcaaagtatcttaaacttcaaa
catatcgaggttgaagagaaaaaggaataccaacaacaaagcatcaaaaaagatagtcat
aaagatattgtagattctactaacgttaaaacgacttcaaacttacttagagatatagat
gatatacttgatgatttggggtcacttaatacattaaatcccagcttcccgaacatgaat
gagatcccatcgtcacctactgatagaaaatttaagaaggaggcaaatggaacaaaagac
agattggcaaccgatgtttcaaataaaaacttgaatgataatacgaaaaatgacacagtc
agtcacaaagatattcttaatatttctaacaaaagtaaggcacaaactacaaattcaaag
acagctattcaaaaaaataatcaaaatgctcaagatcttaataataaagataatttcaac
aatatagtaaactttgaagatgatgaggaagatgatgatttagactcactcattgagata
ttaactcaaaagctgcctgtggaaaagctaccaatatcagatacacaaagtgataataca
aatacaactaataataagcatactgattctggaaacaacgattttttattagaatattta
gatagtagcgatgatgaagtatcaaatacgaacaaccaaacttcaacgtcaaataaccga
aatgaagacgaaatgtctccaaaacctattgatgacgaatccaaacgacatatgtatatg
gaaagagctaaatgtgcagtaattaaggatggaataagtcggttagttattactaacgta
catgaagtacaagtgccaaaaataggaaggcaaaaaatattaaagtctattaattcttcc
ggtgaattaacctctgtcatactacgacatccgtgggtatacctggatgtagaggatgga
gatgtaattcacattatagaaggtattaatagtaagaacaaaatgttactttctgatgat
aaagaccctcaaactcaaaaaccaaatgacaatctattagttgtaaaccccgatatttta
ttatctgctactacaattggaacttcattagactgctttagaagagccgttattcaatcc
caatttcaagattacaggggtgttcctagtaaagtcatgttaattggtaatattgtccac
gagctactgcaggaagctttgaaacataagttaaactatttgacattagaatccactttt
ttagaaactactttggattctattttagagagtaatcggtttggaataatcacatgcaat
tcaagtgttgaagaattgaaagcacaaatcctagaagaacaagttgaaaatattaaagat
tttgttaataaatttgtaaaaagtaaacctaatacagcaagtgtgtgtacatcaggttct
agaaagaaaacttttatgtcaatatcaaatattattgacattgaagaaaatatctggtcc
ccaaactatggtttaaaaggttatctagacgctactttagaagtcaaaattaacggtcaa
tattttttaactcccttagaaattaagactggtaaatcaaagcaaaattctcacgaagca
caaggacttacttatacctttctattaaatgataggtatgaactgcctgttgattttttc
ttattactctacactagatataacgatatttcaaaatatgataaaattttgcattcagta
agacatgtttttatgttaagaaaccaaatggctaataaacttaaataccaactaaatgaa
ataaaagacatgtctgttaatgatatggaattacctccaatccttagaggatcggtttgc
gataattgttttgttaagcaagaatgtattacacttcataaattgtcaaaaactgagatt
tatgataataatgactttcgagacggtgaatatgatactttgacaggtcatttgctagaa
aatgaaattaaatatcgagaattttttaagaagtattatgatttgttacgtaaagaggaa
tcaagtatgttgtggatgaattcttcgttatttctaattgatagtcaaagaaaagaagca
gaatttgggaattgtttatccaatttatccatttcaaaatgtactaaagatgacgatcag
gatgggagatatttatatgagtttactaaaatgaatacagaacactcagatcatctattt
tctaatttttctaaaaatgagccagtgtttataagcgatgaggaaggtaattttgttata
tgccagggttctgtagcttctgtctcagacacgttaataaccatttcaacaaagagaagc
atactctataacaaaactaagaaaaatcaaggtaacgcaggcttagcccgtagtgtactt
ttaccaaataattcgagtgctgcattattagacatacaaaatttagtgaagtatagaatt
gacaaaaatgaaattaaatacggattatcaatggtcaggtataatttgctaaatttattt
ttacctccagtttctaaatctgatatagtaatcgatgaattaacaggtaaggaacgctta
ttaaaagcctcagaaggtggtgattataatacaaggaaattcattgttgatggagtagaa
cctagatttaggaaaaacactgaacaaccaattattcaatatgaacaaccaaaagattct
actttcaataatgaccaacttaaagccatcgatatgataactagagcagaagattatgcc
ttggttctgggtatgcccggtacaggaaaaacgacgttaatagcagaaataataagacat
attgtaggtaatggtaagacagtcttgttgacatcttatacacattcagcagtagataat
gtcttattgaaaataaatactctggagtcaaatattattagattaggttctaaaaaaaga
attcatcctggtgttcataaatatattccttcatatgataatatatctaacttcgaagag
tattcgaacttaatcaacaacgcatcattagttggtactacttgtttaggtatcactgat
atcatgttctcgttgaaagaacgtgattttgattatgtcattttagatgaagctagtcaa
gtatcgttaccagtagctctaggtcctttaagatatggatctaaatttataatgattggt
gatcattttcaactgcctcctcttataatcaatgaagcagctcgtaaaggagggcttgat
gtatccccttttcaaattctgtgtgagaagcatcctgctaatgtcatttatttgacttat
caatatagaatgtgtgaagatattgctaaattatccaattctatgatgtatgatggtcag
ttgaagtgtggaactgatgccgttaggactcaaaccttaaacatccctaattcatcaagt
gttcataaattttataaagagaagagtcatccttggttagatcacgttttaaaagaacaa
aatagagttcttctattaaactatgaccgctgtgaagctatctcagaaacagttgaaaat
aataatataaagaatcttggagaagcacaattaacatacgattgtgttaggtgtttgata
gaaactggtgtgccagtgtcagaaataggtgttatgtcattatacaggggacaaattaac
tgcttacaagatattctaaccagagaaatgtcaaaaggcctagaaatattgacagcagat
caatttcaaggtcgagataagaaatgcattatcatctccttagtccgtagcaataaggag
caaaatagtggctcgttaatgaaagaaatgagacgtattaatgttgctatgacaagagct
agatcgaagttgataataattgggtcaaaaaaaatgataaaatctgtaaaacaattagaa
catttcgtcgaaataattgagtctaacaattggttctatgagcttcctgaaaattgtttg
gatagttatgactttggactatcagtattctcagagcttgaaaaaaaagcaaccaggaaa
ttagatacaaccaatatcaagaaagattcgaaactcctagattcgaaacccataattaaa
caattcttatcagaaatatga
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