KEGG   Cavenderia fasciculata (cellular slime mold): DFA_00547
Entry
DFA_00547         CDS       T02668                                 
Name
(RefSeq) hypothetical protein
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
SSDB
Other DBs
NCBI-GeneID: 14873759
NCBI-ProteinID: XP_004358536
UniProt: F4PSE0
Position
Unknown
AA seq 1686 aa
MSDHLQQQQQLLHQQLLLQRQLQQQHHQYNIPKIVGNIVNSVLTPQQQQHHLIQQQQQQQ
PMIATGQPTINVGGNPSTPPPQQQTTATATTTAATNNVKESGRFTDAESLSAFLSEAISC
GGMVDESINYRSIADSLMYLGFDTISSIIAPQDSTTYQLFLSFGLRIGHITRIREFVSRN
SSLYPPIFNPLYPSQQPQPQQLSHHHPAYGHQSVFLNPHHQHHFSSLSYNPFMNLLPVNQ
QQQQAVFHASPTNFSSIIPQQQHFEQSPPQFQPQPQSSIPTPQIEQPISITTTTTTTTNN
INTSPPTTTTVHQPEQASNSNSNDNDNNNNYINDKEMEQEEPTILQEESNHNNINNTNII
EETMTKQQPNIEVTGYDDFQSSFHFIVPTFEMVATLKKQLMDSNQGQVKATSSADKPTQL
PFQGRGDIIKTINQYVLDRCGSSRTTTTTKNSGIKMFVVSGASGLGKTRLLEEYGVKSMA
KLAKEKIGHSIESSVNCYITYCKDTPLQDYELQHPNYFLGLRVLYHFLFSNTTGISFSTW
IESIQLKRWRISLFTSFQIIQKLKQQQTNVNANTNTNASLNNNSNNKLVIYFSFDDIHTF
FDQYFDQNQSPLVTTSGNNNNNNNNHANQNGINNDHFNHYNNFDNRKILKQILDQVYSTL
VNPPTGIVIIPLLSTKIVSIIQNLTATSSNLQFHHFTLSPLTPGQDLVTHIWADKRHVGV
GVMMATYEKVRESMFLYMGFKQVPLNVFFKGAMIDPVYATETNTNNNNKKKGGIHPIRQI
TLDFDNVLNKPIALSSHKIPEAFLFSPVTDEKTNQLIQFHATPTITINDEDSHSYYRFVT
VFNNNNYIKNNNDKNNNTNNSSNNNSGSNNTNNCSNNNSSSSNNGGNGEIIEKKKILFGF
QFKQNLNLEAEKIRNNSVLDSWEKSSQTQRCYQNYEFVTVCIPLEECPTLEQVGGPLGNL
IVLPPNADYFVQPFRLVLSYYNQFVERTLEFDKNKHTLAIPPTTTTPTSSSTTTTNTTIV
PPPVPSKKVKAKESANTPATTTLPSTTTNPPPPPSAPATSTTTPAPTPTPKPPSTQTAHK
PKANSQDSPSPSKSDPTMTSTLKSSSDQLSSTTKESLTSTNNNNNNNKENTKENASKPKE
PEKDTKTTSQPAAASTTSSQPSSIGTMLLPLLENYKTKSSSPLTSGTSSSSTASPPRKTT
SPTTPTTTTTTTSATTTTTATVPPKLNLTPTTTPTKTATVTTVPTPTPTTSTPKPKKQGL
LPTPPSISPPRTTTSPTTTTPTNVSPPKTPPLRSEESKKNKHPPSSSLEDLPSNYSLSTP
PVKIEQPLKKFKSSSVTSSIFAGSTIHQPIIVKEEKVSDEPTTTTVVSSNISLPKPIINN
SLNSSSSISSSSNSNWDHQNSNTQVIIQSSNPTSKPKTLELATPVGSSNSSGNNNNNNGN
NGIPGQIGIKPIPISKLPPLPPAILGDYNPNNNNNNNNNLQQLQSKEPPQRLELFTSSYL
AKKTNNPALVVEGVYFDTNRSISANLPTSPTLSSSKYDSNERDRDRDRDRDRDRDRDRER
DRDSREKDGDRDRDRDRERDRDRDRDRDRDRDRDRDRERDRDRDRDGTSSSSRTLSFRSR
ERDFNSGSNNSENDRSGFGDSSSDRNNNNSGRDRSPPRTRHYTSSSNPLPTSFQRDTTPS
RRGGRR
NT seq 5061 nt   +upstreamnt  +downstreamnt
atgtcagatcatctacaacaacaacaacaattattgcaccaacaactactccttcaaaga
cagttgcaacaacaacaccatcaatataatataccaaagattgttggtaacattgtgaat
agtgtattgacacctcaacaacaacaacatcatctgatacagcagcagcagcaacaacaa
ccaatgattgcgacaggacaacctacaatcaatgtaggaggaaacccttctacaccacct
ccacaacaacaaaccacagccactgccactaccactgctgccacaaacaatgtcaaagaa
agtggacgatttacagatgcagagtcactgtctgcatttctaagtgaagcaatctcttgt
ggtggaatggttgatgaatctatcaactatcgctcgattgccgactcgctgatgtatttg
gggtttgatacgatctcttcgatcattgcaccacaagattcaaccacctaccaactattt
ctttcatttggtctacgtatcggtcatatcactagaatacgtgagtttgtcagtcgcaac
tcatcactctatcctcctatattcaatccactctatccatctcaacaaccacaaccgcaa
caactcagtcaccaccatccagcatatggacatcaatcagtgtttctaaatccacatcat
caacaccatttttcatcactatcatacaatccatttatgaatctattgcctgttaatcag
caacaacaacaggcagtatttcatgcaagtccaaccaacttttcttcaatcattcctcaa
caacaacattttgaacagtctcctcctcaattccaaccacaaccccagtcatcaatacca
actccacaaattgaacaacctattagtattacgaccacaactacaacgacaactaataat
attaatacatcacctcctactacgacgactgtacaccaacctgagcaagcatcaaattca
aattcaaatgacaatgataataataataattatataaatgataaagaaatggaacaagaa
gaaccaacgatactacaagaggaatccaatcataataatattaataatacaaatataatt
gaagaaacaatgacgaaacaacaaccaaatatagaggtgactgggtatgacgatttccag
tcgtcatttcatttcattgttccaacatttgaaatggttgcaactttgaaaaaacaattg
atggatagtaatcaaggacaagtaaaggcgacaagttcggctgataaaccgacacaacta
ccattccaaggaagaggtgatattataaagaccattaatcaatatgtattagatagatgt
ggtagtagtaggacaaccacaaccacaaagaatagtggtatcaagatgtttgtagtgtct
ggagcaagtggacttggaaagacacggttgttggaagagtatggtgtcaagagtatggcc
aaactagccaaagaaaagattggacactctatagagtcatcagtcaattgttatattacc
tattgcaaagacacacccctacaagattatgaattacaacatccaaactatttcctagga
cttagggtattataccatttcctattctcaaatacaacaggtatatctttttcaacttgg
attgaatccattcaattaaagagatggagaatctctctttttacatcttttcaaatcatt
caaaaattaaaacaacaacagactaatgtcaacgcaaacaccaataccaacgcttcacta
aacaataacagtaacaacaaattagtcatttatttttcttttgatgatattcatacattt
ttcgatcaatattttgatcaaaaccaatcaccattggttacaacctcaggcaataataat
aataataataataatcacgcaaatcaaaatggaattaataatgatcattttaatcattat
aataattttgataataggaaaattttaaaacaaattttggatcaagtatattctacactt
gtgaatccaccaacgggcattgtcatcatcccactcctttctacaaagattgtatcgatc
attcagaatttgacggctacttcgtccaacttgcaattccatcatttcacattatcacca
ttgacacctggacaagatctagtcacccacatttgggccgacaagagacacgtcggtgtc
ggtgtgatgatggccacttatgaaaaggtaagagaatcaatgtttctgtatatggggttc
aaacaagtacctttaaatgttttctttaaaggtgcaatgattgatcccgtatatgcaacg
gaaaccaacaccaacaacaacaacaagaaaaagggagggattcatccaatacgacaaatc
actttggactttgacaatgtgctcaacaaaccaatcgcactatcttcacacaagatacca
gaggcattcctcttttcaccagtcaccgatgaaaagacaaatcaattgattcaatttcat
gcaactccaaccatcaccatcaacgatgaagattctcattcatattataggtttgtaact
gtttttaataataataattatattaaaaataataatgacaaaaacaataatacaaataat
agtagtaataataatagtggtagtaataatacgaataattgtagtaataataatagtagt
agtagtaataatggtggaaatggagaaataattgaaaagaaaaagatattatttggattt
caatttaaacagaatctaaatttagaggcagaaaagattagaaataattctgtattggat
tcgtgggagaaatctagtcaaactcaaagatgctatcaaaactatgaatttgtgacagtt
tgtattcctttggaagaatgtccaactttggaacaggtgggtggtccccttggcaacttg
atagtgctgccacccaatgcagattatttcgttcaaccttttcgtttggttttaagttat
tataatcaattcgtcgagagaacattggaatttgataagaacaaacatacattggctatt
ccaccaacaacaacaacaccaacatcatcatcaacaacgacgacaaatacaacaatagta
ccaccaccagtcccatctaaaaaagtaaaagcaaaggagtcggctaatactccagcaacg
acaacactaccatcaactacaactaatccacctccaccaccatctgctccagcaacctct
acaactacacctgcacccacacccacaccaaaacctccttcgactcaaacagcccataaa
ccaaaagccaattcacaagacagtccatctccatctaaatcagatcctacgatgaccagt
acattaaaatcatcatctgatcaattatcaagtacgactaaagaatcattgacctcaaca
aataataataataataataataaggagaatacaaaggagaatgctagcaaaccaaaagaa
ccagaaaaagatacaaaaacaacttcacaaccagcagcagcaagtacgacatcctcacaa
ccatcctcgattggaaccatgttattgccattattggagaattataaaacaaaatcatcg
tcacctttaacttctggtaccagtagtagtagtactgcatcaccaccaagaaaaacaaca
tctcctactactcctacgactacgacgaccaccaccagtgcgacgaccaccaccactgcg
actgtgcctcccaaactcaatctcactccaactactactcctacaaaaactgcaactgtc
acgacggttcctacacccacacctactacatcgacacctaaacctaaaaagcaaggtctt
ctcccgactcctcctagtatatcaccaccaagaacaacgacatctccaactacaactact
ccgacgaatgtatcaccaccaaaaacaccacctttgagatcggaagaaagtaaaaagaat
aagcaccctccatcatcgtcgctggaagatttaccatcaaactattcattgtccactcca
ccagttaaaatcgaacaacctttaaagaaattcaaatcatcaagtgtgacgtcttcaata
tttgcaggaagtacaattcatcaacctattatagtaaaagaggaaaaagtatcagatgaa
ccgacaactacaactgttgtcagttctaatatatctcttcccaaacctattattaacaat
tctttgaatagtagtagtagtataagtagtagtagtaatagtaattgggaccatcaaaat
agtaatactcaagtcatcattcaatcatcaaatccaacatcaaaacctaaaactttagaa
ttggcaactccagttggtagtagtaatagtagtggaaataataataataacaatggtaat
aatggtatacctggacaaattggaattaaaccaataccaatatcaaaacttcctccactt
cctccagctatattaggtgattataatcccaacaacaacaacaacaacaacaacaattta
caacaactacaatcaaaagaaccaccacagagattggaattattcacatcatcatatcta
gcaaagaaaacaaacaatccagcattagtagtagaaggtgtttactttgacacaaatcga
tcgatttctgccaatttaccaacatctccaacattgtcatcatccaagtatgattcaaat
gaaagagatagagatagagatagggatagagatagagatagagacagagatagagaaaga
gatagagactctcgtgaaaaggatggtgatagagatagagatagagacagagagagagat
cgtgatagagatcgcgatagagacagagacagggacagagatagagatagagaaagagat
cgtgacagagaccgagatggtactagtagtagtagcagaactttatcatttagatcaaga
gaaagagattttaattctggatccaacaacagtgaaaatgacagaagtggatttggagat
agtagtagtgatcgtaataataataatagtggtcgtgatcgttcaccacctcgaacacgt
cattatactagtagtagtaatccactcccaacatcatttcaaagggatactactccaagt
agaagaggtggacgtagataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (131)   
   RefGene (128)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (135)   

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