Cavenderia fasciculata (cellular slime mold): DFA_01309
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Entry
DFA_01309 CDS
T02668
Name
(RefSeq) hypothetical protein
KO
K15255
ATP-dependent DNA helicase PIF1 [EC:
5.6.2.3
]
Organism
dfa
Cavenderia fasciculata (cellular slime mold)
Brite
KEGG Orthology (KO) [BR:
dfa00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
dfa03032
]
DFA_01309
03029 Mitochondrial biogenesis [BR:
dfa03029
]
DFA_01309
Enzymes [BR:
dfa01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
DFA_01309
DNA replication proteins [BR:
dfa03032
]
Eukaryotic type
DNA Replication Termination Factors
Other termination factors
DFA_01309
Mitochondrial biogenesis [BR:
dfa03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial DNA replication factors
Mitochondrial DNA maintenance factors
DFA_01309
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PIF1
AAA_30
AAA_19
Pif1_2B_dom
DUF7107
AAA_22
DEAD
UvrD_C_2
ATPase_2
Mg_chelatase
AAA_16
EF-hand_6
Motif
Other DBs
NCBI-GeneID:
14872729
NCBI-ProteinID:
XP_004359275
UniProt:
F4PS42
LinkDB
All DBs
Position
Unknown
AA seq
1554 aa
AA seq
DB search
MKRTKRNNNNTDTSLINNSQITDFFTVKSTPPTPSSSSSSSSQSSQQLQSKYFGQSNPTF
KKRKSTEDDDDNNNLQDQSNIIVQQKKQEPKVKKDHGAVVSSIVYNAPMGSSSSGGGFVS
SSLLLNKNNNTSTSTTTSSSSSLLNNNNNNNSLQQPKKVHSFLSVNGVLKRSNGGDDDFD
LPSHLSMVQPIKPIVPTTTTTTTRSLLGGQSSISSQLNQFSASSMTNQRGGPYGNVPPKF
TSTLSSPVQQQSRPSSSVAVLKKDQIEISSTLTEEQKAIVNYVLEGKNLFFTGSAGTGKS
FVLKEIVKCLRQLYGSDKVHVTASTGIAACSVGGTTLHSFAGVSLGDKSARDYITYIENN
QTVFNRWRTCKALIVDEVSMISSDLFDKIEEIARSIRKSKRSFGGVQVILVGDFFQLSPV
TNNQQNQNNNNNYGGGGDPADDLLSMLDQSAKRASPYCFDAKCWESVIERCILLRQVFRQ
KDSQFVDLLNQIRFGTFDYKSIDYLNQKCVNNNLQRSDGIIPTILYPKRIQVDKENQQKL
DQLTTEGMTFTAVDVGSDNYRKTFDNMQAPQSLTLKIGSQVILLKNLDFEQGLVNGARGV
VIGFSDSDIVQPVVRFASGAEVVVGIEIWKIEIGSLTVASRRQLPLALAWALTIHKSQGM
TIDRLIVDLDGTFQNGQAYVALSRATSLEGLQLKTPAKPKHFKVDQGVVKFYQKIESISN
QDNNNQNNNNQQITNNNNNNNRNINNNQQLTNNQNNQNNNNNYNNNNNNNNNNNNNNNVN
SQFTTSTTSTTTTTYGQGQSISQIDLDDLDERFTLKEIQVFERIFKTIDTQSKGFISKED
YSKYSNGSVQQPTDSPFTLPSFESFLIFRNTTITFYQFLSTLSLIGIKLTFASQAATTTT
TTDGSRPASTNLLLNNNNNRDSYYSSSPQTPRLLTTNTSTTTSASSLAAALAAANITTTP
VQQPSSSSSSVSSSKPPTQISPSKSSTPPIAIAKKDNATSRLSTRSPSPVVVNTPASTAL
SPRASNNNNSSSSSSAPVAVVSASSSSSTSPATVATAPLLSSSPDNVTSTKTTTCTSTTD
STTVTTTTTKTTTTTTTTTTTLADENESLAIEQQQQQQQQQEEDQVVPVETQQQPKEKEL
EETKVQPPPSAQPPVKDEQPSQQLIQPIKEEPTPVDQQTPTTPITPNTPLSASKDRALNI
FGSPEKNTPISLSLSSSQDLSNEEGTRTTIRIQSPTILVRPTSTTPPRFNGRKDIIPIII
QECSINLHEGQTCVSQLTINYNLQCDRYSYCLNGTCVGALKESSKCDNSTRCDVGLYCKN
GTCENYLGQLIGSKCTIDSNCIGNSTECTNGICVVSNSGCTVHLDCPWNQYCMDGKCQPK
SDGKCQISEQCLSKKICGINGECTDRFQQGKGDKCKDIYECETHLYCNNGTCDELKISNQ
KCLSACDCRVNEYCSYDLSSNRMVCHNETQLNFKPLCILCHKELINCMEKNSCPYDNSPN
ILMNECIKNECMGNYKKYTDQCTPYKALSSGNKTIVNPMTILFSLLVLFYLCLF
NT seq
4665 nt
NT seq
+upstream
nt +downstream
nt
atgaaaagaactaaaagaaataataataatacagatacatcgttgattaacaattcacag
attactgatttctttactgttaaatcaacaccacctactccctcctcctcctcctcctcc
tcctcgcaatcatctcagcaactccagtctaaatactttggtcaatctaatcctacattt
aagaaaagaaagtcgactgaagatgacgacgacaataataaccttcaagatcaaagcaat
atcattgttcagcagaagaaacaagaaccaaaagtaaagaaggatcatggtgctgtcgtt
tcatcgattgtttataatgcgccgatgggaagtagtagtagtggaggtggattcgtttca
tcatctcttctcttaaataagaataataatacatctacatctacaacaacatcatcatcc
tcttctttgttaaataataataataataataatagtttacaacaaccaaaaaaagtacac
tcattcctttctgtaaatggagtattaaaaagaagtaatggaggtgatgatgactttgat
ttaccttcacatttatcaatggtacaaccaattaaaccaattgtaccaactactacaact
acaacaacaagatcattgttgggtggtcaatcatctatatcatctcaattaaatcaattc
tctgcatcgagtatgaccaaccaacgaggtggtccatatggaaatgtaccaccaaagttt
acatcgactctatcatcaccggtacaacaacaatctcgtccgtcttcttcggtagcggta
cttaaaaaagatcaaatagaaatatcatcaacactaaccgaagaacagaaagcaattgtc
aactatgtattggagggaaagaatctattctttacaggtagtgcaggtactggaaagagt
tttgtgttgaaagagattgttaaatgtctcagacaattatatggtagtgacaaggtacac
gtaacagcgagtactggtattgctgcatgttcggttggtggaacaacactacattcattt
gccggtgttagtctaggtgacaaatcggcgcgagattatataacctacattgaaaacaat
caaactgtttttaatcgttggagaacctgtaaagctctcattgtcgatgaagtatcaatg
atatcttcggatctatttgacaagattgaagaaattgcaagatcaattagaaaaagtaaa
cgttcatttggtggtgttcaagttattctagttggtgatttctttcaactttctccagtt
acaaataatcaacaaaatcaaaataataataataattatggtggtggtggagatcctgca
gatgatcttttatcaatgttggatcaatctgcaaaaagagcatcaccctattgttttgat
gcaaagtgttgggagagtgttattgaaagatgtatccttcttcgtcaagtttttcgtcaa
aaggattctcaatttgttgatctattgaatcaaattagatttggaacttttgattataaa
tcaatagactatttaaatcaaaaatgtgtaaacaataatttacaacgttcagatggtatc
attccaactattctttatccaaaaagaattcaagtagataaagaaaatcaacagaaattg
gatcaattgacaaccgaggggatgacatttacagcggtggatgtaggttcggacaattat
agaaagacatttgataatatgcaagcaccacaatctctgacactaaagattggatcacaa
gtgattctactaaagaatttggattttgaacaaggtttggtcaatggagcaagaggagtg
gtgattggattctcagatagtgacattgtgcaaccagtggttagatttgctagtggggca
gaggttgttgtcggtattgaaatttggaaaatagaaattggcagtctgacagttgcctct
aggcgtcagttaccactggcattggcttgggctttgactatacataaaagtcagggtatg
accattgacagattgatagtcgatctcgatggaacctttcaaaatggacaagcatatgta
gctctcagtagagcaacatcactcgaaggattgcaattaaaaactcctgcaaaacctaaa
catttcaaggttgatcaaggtgttgtcaaattttatcaaaaaattgaaagtatttcaaat
caagataataataatcaaaataataataatcaacaaataacaaataacaataacaataat
aaccgaaatattaataataatcaacaattaacaaataatcaaaataatcaaaataataat
aataattataataataataataataataataataataataataataataataatgtaaat
agtcaattcaccacttctacaacaagcactactactactacatatggacaagggcaatca
atatctcaaattgatcttgatgacctagatgagagatttactttaaaggagattcaagtg
tttgaaagaatcttcaagacgatagatactcaatcaaaaggattcatatcaaaggaagac
tactctaaatattcaaatggatcggtccaacaaccaacagattcaccattcactcttcct
tcgtttgagagctttctcatctttagaaatacaactatcaccttttatcaattcctaagt
actttaagtttaataggtataaagttaacttttgcatcacaagctgcaacaacaacaaca
acaacagatgggagtagaccagcgtcaacgaaccttcttcttaacaacaataacaataga
gattcatattattcatcatcacctcagacaccaagattattgaccactaatacttccaca
actacctctgcatcttctcttgctgctgcattggctgctgcaaacattactactacacca
gtacaacaaccctcttcttcttcttcttctgtatcatcatccaaaccaccaacacaaata
tcaccttcgaaatcatcgacacctcctattgctattgccaaaaaagataatgctactagt
cgattatcaacgagatcaccttcaccagtggttgtaaatacacctgcatcaacagcatta
tcaccaagagcatctaataacaacaatagtagtagtagtagtagtgcaccagtagcagta
gtgtctgcttcttcctcttcatctacatcacctgctactgttgctactgcacctttacta
tcatcatcacctgataatgtgactagtaccaaaacgactacttgtacaagcactaccgat
tctacaacagttactactaccactacaaagactaccactacaactaccacaactactact
acattggccgatgaaaatgaatctctagccatcgaacaacaacaacaacaacaacaacaa
caagaggaggatcaagtagtaccagttgaaacacaacaacaaccaaaagaaaaagaattg
gaagaaacaaaggtacaaccacctccttctgctcaaccacctgtaaaagatgaacaacca
tcacaacaactaatacaaccaattaaagaagaacctacaccagtggatcaacagacacca
acaacaccaataacaccaaacactccactttcagcaagtaaagatagagcattaaatatc
tttggaagtccagagaaaaacacaccaatatccttgtctctatcatcatcacaagatcta
agcaatgaagaaggaacaagaactaccattagaatacaatcaccaaccatactagttaga
ccaacttcaacaacaccaccaagattcaatggaagaaaggatatcatcccaattattata
caagagtgctcaattaatttacatgaaggtcaaacttgtgtatctcaactaacaattaat
tataatttacaatgtgatcgatattcatattgtttaaatggaacttgtgttggagcctta
aaagaaagtagtaaatgtgataactcaacaagatgtgatgttggtttatattgcaagaat
ggaacatgcgaaaattatcttggtcaattgattggatcaaaatgtaccattgatagtaat
tgtattggaaatagtacagaatgtacaaatggtatttgtgtagtgtcaaatagtggatgt
acagtacatttggattgtccatggaatcaatattgcatggatggtaaatgtcaacctaaa
agtgatggaaaatgccaaattagcgaacaatgtctatcaaagaaaatatgtggtatcaat
ggcgaatgtactgatagattccaacaaggaaaaggtgataaatgtaaagatatttatgaa
tgtgaaactcatctctattgtaataatggaacatgtgatgaacttaaaatatcaaatcaa
aaatgtttatcagcatgtgattgtagggtaaatgaatattgttcatatgatttatcatca
aatagaatggtttgtcataatgaaactcaactcaattttaaaccattatgtattctctgt
cacaaggaattgattaattgtatggaaaagaatagttgtccctatgacaactctccaaat
atcctaatgaatgagtgtatcaagaatgaatgtatgggcaactacaagaaatatactgat
caatgcacaccttacaaagcattgtcaagtggcaacaaaactattgtcaatccaatgacc
attctattttctcttttggttttattttatttatgtttattttaa
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integrated database retrieval system
