KEGG   Cavenderia fasciculata (cellular slime mold): DFA_05952
Entry
DFA_05952         CDS       T02668                                 
Name
(RefSeq) hypothetical protein
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
SSDB
Motif
Pfam: WD40 ANAPC4_WD40 DUF4062 nSTAND1 AAA_16 AAA_22 NACHT NBCH_WD40 ATPase_2 APAF1_C AAA Sigma54_activ_2 KAP_NTPase AAA_19 iSTAND RNA_helicase SLFN-g3_helicase AAA_11 ThiS-like
Other DBs
NCBI-GeneID: 14876184
NCBI-ProteinID: XP_004361667
UniProt: F4PJP2
Position
Unknown
AA seq 1541 aa
MVKVDMPNDSNTKFEIQKWLKKYSIAHTPFQSKDDLLFLVSENKKNVIDQERAAYKEKKL
QEQAQKEKDALKAATAAAKSSYKSSSSSSNSSSSTSSATSTRSLVSPFKKIQIVNGKVLS
ASSISVAAFDDSSSVATTSSLTVPLKIINKPRNKLNLIDRIENNTLHVFISSTFKDMIGE
RDHLIKVVFPAINLRCKAKNLTIVPVDLRWGLTKEETTVKGQIELCLKQMDKCPIMISVV
GERFGWIPNEYKLSSNDSADPVTQYLSSLPLGESITSIETRYGLSCHKTKHSVALFRDSS
SLATTPQIQDHFGEKVEESKTKLVAFKEHIKSDAHCTVLDGYPCKYIGVDKQTQQHCVGN
LQAFGDFVINQMMDIIELEFPNPIELLNAAQQEEKHHSLYQTNKAQYYWGREAFQKKLLD
HIHNNKSVSLDKIAIVYGEPGCGKSSSLSNLVTKLEALNTPKTYLVLSHYVGCSGESTNV
PNILERFSTKICKQLKINHEIPTNLEMLRTEFPKILQKASKLVKNIVIVIDDLDELSTQN
QSHQMEWLPDTTDLPSNCFVLTSCDQNKTCWDYLHLRTKIPHTFYLSPLEMTDRSIITTH
TLDRYSKRLEPKQLDRLVAKTHAKFPLYIQLVCEELRVIGNYDKLNSIIQKIPDTIDQLI
VSILLRLEDDFGRDLIKKTLCFIALSRYGLLESELLDLLREKGTPLSFVQWAPLLIAISP
LLRNGFNTSKSITFFHAQVAKVIIQKYLPTEKSVIVAHTQLADYYQNQCHGTVDGSSKKW
NGTLLKPFVELPYHLTCAKRFDWLANLFQDLIFVETKFKLKLGRDLLENMLLAITETQSP
TLSGERWTGLNFSSSNLVQDIYNFVQYQAHNIERYPLVVAQQAYNLPDDSVCHSVADRHL
WQTKAPHFKWLNKPQLSDFVIASLAGHEDFVRCALYREDGNMIASCSDDRSIRIWSGETG
ALVRVFPKLHTDKITNLQWRGNNNLVTVSRDKRVVLWDEYGKVLHEFNGHSQAVWGVAVS
GDGRRIASASWDMTCIVWDIASKQIAFTLTGHTNKLSAVAYSPDSRLIATGCWSGIVIIW
DAVTGKQLQSTKVSDTTILYLMFSPDEMLLSASCVDSFTHILARRNNWSKEIAKLEGHKE
AVISSRWSADGKFIVSCSDDKTVRVFDCADWSQASVMTGHSGRIISAAFHPNSSKRRIIT
AATDKFIKIWDPKLGYSVTQAHQGHRKGVSTLQYDHENDILYSLSDDHTIRSWTDFQRND
LLVPGNTYENINWKKFKLLDPQIFGSLSLAFAIVSNVGTVLQYCMDKKTMIKRLPDTVKC
TAFTITDNDSLFAVADPEGVVYVYDVATFEEVYRNRHGFVVNELAFSPCSTYLAASDGKG
TITILKSGGLADKTYHQCAYLTLEPMSAITSIKWSGDSSSSSSSSSEIDTRYMAVGTVDG
SIHIFDVKRSFYVHRVTTNVHAFGIRSMAFSPSSKYLFTASLDKTAILWNVETMTIVSVF
PLFSIATSNILFFKDIQNVPTVILSDYTGKIHHLKLIGVNE
NT seq 4626 nt   +upstreamnt  +downstreamnt
atggtaaaggttgatatgccaaatgactcaaacacaaagtttgagattcaaaagtggctc
aagaaatactctattgcacatacaccattccagtcaaaggatgatctcttgtttcttgtc
agtgagaacaaaaagaatgtcattgaccaagaaagagctgcctataaggagaaaaagtta
caagaacaagctcaaaaggaaaaggatgcattaaaggctgctactgctgctgcaaagtct
tcatacaagtcatcatcttcttcatccaattcatcatcatctacttcatctgcaacatca
acaagatcattagtatcaccatttaaaaagattcaaattgtaaatggaaaggtattatca
gcatcttctatttcagtagctgcatttgatgattcatcttcagttgcaacaacatcatca
ttgactgttccattaaagattataaacaaaccaagaaacaaattaaatttaattgataga
attgaaaataatacattacatgtattcatttcatcgacattcaaggatatgattggagaa
cgtgaccatttgatcaaggttgtgtttccagctatcaacttgagatgcaaggcaaagaac
ttgaccattgtaccagttgatttgcgttggggtctaaccaaggaagagacaactgtcaag
ggtcaaatcgaactgtgcttgaagcaaatggacaagtgcccgattatgattagtgtggtt
ggtgaaagatttggttggattccaaacgagtacaagttatcgtccaatgacagtgccgac
cctgtcacccaatacctctcgtcgttgccattgggtgagagtatcacatcgatcgagacg
agatacggtctctcttgtcacaagaccaagcattcagttgcgctgtttagagattcgtcg
tcacttgccaccactccacaaatccaagaccattttggtgaaaaggtcgaagagagcaag
accaaactggtagcattcaaggaacacatcaaatcggatgcacactgtacagtattggat
ggatatccatgtaaatatattggagttgataaacaaacgcaacaacactgtgtcggtaac
cttcaagcatttggtgattttgttatcaaccaaatgatggatatcatcgaattggaattc
ccaaatccaattgaactgttaaatgctgctcaacaagaagaaaagcatcattcactctac
caaacaaacaaggcacaatattattggggtagagaagctttccaaaaaaagttattggat
catatccataacaacaagtctgtatcactcgacaagattgccattgtctatggtgaacct
ggatgtggaaagtcttcttcattgtccaatttagtcactaaattggaagctttaaacact
ccaaagacctatcttgtactctcccactatgttggttgttccggtgaatctacaaatgtt
ccaaatatcttggaaagattttcaacaaagatttgtaaacaattaaaaattaatcatgaa
attcctactaatcttgaaatgttaagaacagaattcccaaagatattacaaaaagcaagt
aaattggtaaagaatattgtaattgtaattgatgatttggatgaattatcaacacaaaat
cagtcacatcaaatggaatggttaccagatacaactgatttaccgtcgaattgttttgta
ttgacaagttgtgatcaaaacaagacgtgttgggattacctccatcttcgtacaaagatt
ccacataccttttacttgtcacctcttgaaatgaccgatcgttccatcattaccactcat
acgttggatcgttatagcaagcgtcttgaaccaaagcaattggatcgtcttgtcgccaag
actcatgccaagttcccactctacattcaattggtgtgtgaagaacttcgtgtcattggc
aattatgacaagttaaattcaatcattcaaaagattccagataccattgaccaattgatt
gtatctattcttttgcgtttggaagatgattttggtagagatttgattaaaaagacactt
tgctttattgctctgagtagatatggtttgttagagtcggaacttttggatctacttcgt
gaaaagggtactccactatcatttgtacaatgggcaccacttttaattgccatctcccca
cttttacgtaatggtttcaatacatcaaaatccatcacattcttccacgcacaagttgcc
aaggtcatcatccaaaagtacttgccaactgaaaagagtgtcattgttgcacacactcaa
cttgccgactattaccaaaaccaatgtcatggtaccgtcgacggtagtagtaaaaagtgg
aatggtacattgttaaaaccatttgtagagctaccataccatttgacgtgtgcaaagaga
ttcgattggttggctaatctcttccaagatctcatattcgtagagaccaagttcaagtta
aagttgggtcgtgacttgttggaaaatatgttgcttgccatcaccgagacacaatcacca
accctgagtggtgagcgttggaccggtctcaacttttcctcgtccaacctcgtccaagat
atttacaatttcgttcaataccaagcacacaatatcgaaagatacccattggttgttgct
caacaggcatacaatcttccagatgattcagtgtgtcatagtgttgcagatcgtcatctc
tggcaaacaaaggcaccccatttcaagtggctcaacaaaccacagctttcagactttgtc
attgcttcgttggccggtcacgaggattttgtccgttgcgcattgtatcgtgaggatggt
aacatgattgccagttgttcagacgatcgttcgattcgtatttggtcgggagagactggt
gcattggtacgtgtctttccaaaactgcatactgacaagatcactaatttgcagtggcgt
ggaaacaacaacttggtgaccgtgtctcgtgacaagcgtgttgtcttgtgggacgagtat
ggcaaggtgttgcacgagtttaacggtcacagtcaagcggtgtggggtgtagctgtcagt
ggtgatggtcgtcgtattgccagtgcatcgtgggatatgacatgcatcgtttgggatatc
gcttcgaaacaaattgcatttacattgacgggacacaccaacaagttgtctgccgttgca
tacagtcccgactctagactcatcgccactggttgctggagtggtatcgtcattatttgg
gacgctgtcacgggcaagcaattgcaaagcaccaaggtctctgacacgaccattctctac
ttgatgttttcgcccgacgaaatgctcttgtctgcttcatgcgtcgactcgttcactcat
atcctcgctcgtcgtaacaactggtccaaggaaatcgccaaattagagggtcacaaggaa
gctgtcatttcaagcagatggtcggccgatggcaagtttatcgtctcttgttcagatgat
aagacggtccgtgtgtttgactgcgccgattggagtcaagcatctgtcatgacgggtcat
tctggtcgtatcatttccgccgctttccatcccaactcttccaagcgtcgtatcatcacc
gccgccactgacaagtttatcaagatctgggatccaaagctcggctactctgtcacccaa
gcccatcaaggccacagaaagggtgtcagcacactccagtacgatcacgaaaacgatatt
ctctactccttgtcggacgaccacaccatccgttcgtggacagatttccaaagaaacgat
ctcttggtgccaggcaatacctacgaaaacataaattggaaaaagttcaagttgcttgac
cctcaaatctttggttctctcagcttggcctttgccattgtgagcaacgttggcactgta
ctccaatactgtatggacaaaaagacaatgatcaaaagattgccagacacggtcaagtgc
actgcttttaccatcacagacaatgactctttgtttgcagtggctgatccagagggtgtt
gtctatgtatacgatgtcgctacatttgaagaggtctatcgcaacagacatggatttgtt
gtcaacgaacttgccttttctccctgttcaacctatttggcagcttccgacggcaagggt
accatcactatcctaaagtctggtggtcttgccgacaagacctatcatcaatgtgcctat
ttgactttggagccaatgagtgccattacctcgatcaagtggagtggcgatagctcctcc
tcttcctcctcctcatcagagatagatacaagatacatggctgttggtacagtagatggt
tcaatccatattttcgatgtaaagagatcattctatgtacatcgtgttactaccaatgta
cacgcttttggtatccgttcaatggcattttccccatcgtccaagtacttgtttacagcc
tcgcttgacaagactgccatcctgtggaatgtagagaccatgaccatcgtgtctgtattc
ccattattctccattgccacttcaaatattcttttctttaaggatatacaaaatgttcca
accgtcattttatcggattacaccggaaagatacaccacttaaaattaataggcgttaat
gaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (19)   
   Pfam (19)   
All databases (70)   

Download RDF
DBGET integrated database retrieval system