KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0269626
Entry
DDB_G0269626      CDS       T00245                                 
Symbol
forE
Name
(RefSeq) actin binding protein
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
SSDB
Motif
Pfam: FH2 Drf_FH3 Drf_GBD C1_1 TFIIA Med3 C1_2
Other DBs
NCBI-GeneID: 8617076
NCBI-ProteinID: XP_646127
dictyBase: DDB_G0269626
UniProt: Q5TJ57
Position
1:3176439..3181124
AA seq 1561 aa
MDNHSSSSNPSSLSSSSSSSSSSSSFLSDHVKKEEQNGLDTIKEEIENKIENEEEEEKIE
EKPIEKVEEEKIIVQKEEEEKIEEEPIEKEEEKKVEEEKFEQDNINTTVEAKTLETSTEP
IATEVVDEKSITSNNENLEEQQKEDVISIPPPQQEQQEQQEQQEKQKEETKPSIREEVKE
KIKGKLSEIKEEIKDIKEEIKHVIREEVTEPIIVVENNNSPPPPPPPPSITVQSSSPVSS
QISSPVSSPVSSPKPSVTFNEDGRKRKEGGITASISSEDIMALSSSTSTNNKGIPKENKR
TASTILRSKSSPNPGANNPNHNKDGNNSSSSSSSNNNSDNNNNSDNNSNNNNINNNNSSS
NNLNYDSSDIDTEAIPKFYHDFKIHRGTSSCVYCGENTRLWSTSYKCFFCGVVCHKKCLD
SMNTIPCSSAIHNIKGKNRSQTISGYAPPNSLALQAPPYISVAKPSSITNSSSKSTPSLL
SAPPSQSNSNNSSPNISSKSNPNSPITTSATTTTTTATISSLSPTSISSPPIASEQPPSP
LLQQQQQQQQQQQQQQQQQQQQQQQQQQISTTQLQDLNNTSEKPDDDMINLMFDTLMVDL
DLNLPASKLSTTQKWLLLEQKFKLKKDELLPEYFINALKEQPSKSIFQSLVVILRTNVTK
NWMCSFVQLNGVEILFEILSKSKRKDYKDDCLSCIGKVMSNPIGLNSVAQLPMAPKTITK
VLRSKQYCIKSKAMAIELLTVMLLDKYVPGGCSLVLKALTKTKEKKRFSFFVRFIKDNES
LELKTKALCFINVLIFEMEDMNVRVNIRSEFLRLGLYTYLREIKKTITHEKTLFTQIEIF
EEMMNEDTQELDLRLEDLKRQLGIDIDDVDQVFKALKNTTSKSGLNRQLLNILQNLLVIK
ACDPTDGVKYFILCDTLVKQISLHKGGFEDPSNFDFRGLMVGLESATAEVTLNRKLGELE
KQNIDKAMKIQEQDINIKSLLDLLKQLKDGGTAPDASMIKKIEEMIKQMEPPPPPISVKS
PDDPNNAAPIVVAPIPPPPPPISGAPPPPPPPPPPMKGGAGPPPPPPPPGKLGAKKPPAG
VQCRPPPKVPKPSHPLKAYQWVKLAPVKVNDSLFDKLGPMNDINLPWNQIEEEFAAKVIV
REKKAIVKPKGPTQVIDPKLGQNISIFLSQFKGVEPKQLITYIQSMDESKMSRDQVKQIS
KLLPSREDLAALKEFLQAEDRSKLSIADQYCIDIGAFPFASEKISMFLLKSELKSRLDEV
KPQIAAVSVACDEVYKSKKLIRIIEIILVLGNFINYGTPRGDISGYKLDSLIKLSDTKSS
DLSSNLINTFVKYCQEKEPNLLTFADELPSLTTARKTIWSGVVADVSSIGRDVHSVKQIV
ETLQKSNEPFNQSIIDFLATASTEVEKLRKLLESTQENFKKLCKYFAEEEGKSQPEEFFD
IFGRFITLFENATTQLQQQKEEQLKEEKRLQQKQQRQERAVRKLTTSNESASASPNHAKS
TDDKSDEDDDIVNDLLMAVRDGDAFRQAKGRRRTTHQIATSKMISNNLDPSKILPTSPNK
N
NT seq 4686 nt   +upstreamnt  +downstreamnt
atggataaccattcaagttcatccaatccctcttctttatcatcgtcgtcatcgtcatca
tcatcatcatcatcatttttatcagatcatgtcaaaaaagaagaacaaaatggtttggat
accattaaagaagaaattgaaaataaaatagaaaatgaagaagaggaggaaaagatagaa
gagaaacccatagaaaaagtggaagaagaaaaaatcatagtacagaaagaagaggaagaa
aagatagaagaggaaccaatagaaaaagaagaagaaaaaaaggtagaagaagagaaattt
gaacaagataatataaatactacggttgaagcaaaaactctagaaacttcaacagaacct
atagcaacagaggttgtagatgagaagtccataacctctaataatgaaaatttagaagaa
caacaaaaggaagatgttatttcaataccaccacctcaacaagaacaacaagaacaacaa
gaacaacaagaaaaacaaaaagaagaaacaaaaccaagtattagagaagaagttaaagag
aaaattaaaggtaaacttagtgaaattaaagaagaaattaaagatataaaagaagagatt
aaacatgtaattagagaggaagttacggagcctataatagtggttgaaaataataattct
ccaccaccgccaccaccaccaccatcaattacagttcaaagttcatcaccagtttcatca
caaatttcatcaccagtttcatcaccagtttcatcacctaaaccttctgttacatttaat
gaagatggtagaaaaaggaaagaaggtggcataacagcaagtatctcatcagaggatatt
atggcactatcatcatcaacctctactaataataaaggtattccaaaagagaataaaagg
acagcttcaacgattttaagatcaaaatcatcaccaaatccaggtgcaaataatccaaat
cataataaagatggtaataattcatcatcatcatcatcatcaaataataatagtgataat
aataataatagtgataataatagtaataataataatataaataataataatagtagtagt
aataatttaaattatgattcatcagatattgatactgaagcaataccaaaattttatcat
gattttaaaatacatagaggtacatcatcatgtgtttattgtggagagaatacaagatta
tggtcaacaagttataaatgttttttttgtggtgtagtttgtcataagaaatgtttagat
tcaatgaatacaattccatgttcatcggctattcataatattaaaggtaaaaatcgtagt
caaactattagtggttatgcaccaccaaattctttagcattacaagctccaccatacatt
tctgttgcaaaaccatcttcaattacaaattcaagttcaaaatcaacaccatcattatta
tctgcaccaccttcacaatcaaattcaaataattcatcaccaaatatatcaagtaaaagt
aatccaaattcaccaataactacatctgcaacaaccacaacaacaacagcaacaatttca
tcattatcaccaacatcaatatcaagtccaccaattgcatcagaacaaccaccatcacca
ctattacaacaacagcaacaacaacaacaacaacaacaacaacaacaacaacaacaacaa
caacaacaacaacaacaacaacaaatttcaacaacacaattacaagatttaaataataca
tcagagaaaccagatgatgatatgattaatttaatgtttgatacattaatggttgattta
gatttaaatttaccagcatcaaaattatcaacaactcaaaaatggttattattggaacaa
aagtttaaattgaaaaaggatgaacttttaccagaatattttataaatgcattaaaagag
caaccaagtaaatcaatttttcaatcattagtggtaattttacgtaccaatgtaacaaag
aattggatgtgttcattcgttcaattgaatggtgttgagattttatttgaaatcttatca
aaatcaaaaagaaaagattataaagatgattgtttaagttgtattggtaaagttatgtca
aatccaattggcttgaattcagtggcacaattaccaatggcacctaaaacaattaccaaa
gtcttaagatcaaaacaatattgtataaaaagtaaagcaatggcaattgaattattgacc
gttatgttattggataaatatgttcctggtggttgtagtttggttcttaaggcgttaact
aaaaccaaagaaaagaaaagattctctttctttgttagattcatcaaagataatgaatca
ttggaattgaaaaccaaagcattatgttttatcaatgtgttaatctttgaaatggaggat
atgaacgtacgtgtaaacattagaagtgaattcctcagacttggtctatacacttatctt
agggaaataaagaaaacaatcactcatgaaaaaacattgttcacccaaatagaaatattt
gaagagatgatgaatgaagatacacaagagttggatctaagattagaagatttaaagcgt
caacttggtatagatattgatgatgttgatcaagtttttaaagctttgaagaacactacc
tccaaatcgggtttaaatagacaacttttaaatatccttcaaaatctattagtcattaaa
gcttgtgatccaactgatggtgtaaaatactttatattgtgtgatactttagtcaaacaa
atttcacttcataagggtggttttgaagatccttcaaattttgatttccgtggtttaatg
gttggtcttgagagtgctacagctgaagtaaccttaaatagaaaattgggtgaacttgag
aaacaaaatattgataaagctatgaagattcaagaacaagatatcaatataaagagttta
ttggatttattaaaacaattaaaagatggtggtactgcacctgatgcttcaatgattaaa
aagattgaagaaatgattaaacaaatggaaccaccaccaccaccaatttctgttaaatca
ccagatgatccaaataatgccgcaccaattgttgtagcaccaatcccacctcctccacca
ccaatttctggtgctccacccccacccccaccaccaccacctccaatgaaaggaggtgca
ggtccaccacccccaccaccaccacctggtaaattgggagcaaagaaaccaccagcaggt
gtacaatgtagaccaccaccaaaagtaccaaaaccatcacatccattgaaagcttatcaa
tgggttaaattggcaccagttaaagttaatgattcattattcgataaattgggaccaatg
aatgatattaacctaccatggaatcaaattgaagaggaatttgcagccaaagtaatcgtt
agagaaaagaaagcaatagttaaaccaaaggggccaactcaagttatcgatccaaaattg
ggtcaaaatattagtattttcctttcacaatttaaaggtgttgaacctaaacaactcata
acttatattcaatctatggatgaatcaaaaatgtcaagagatcaagttaaacaaatttca
aaacttttaccatcaagagaggatttagcagctcttaaagaatttttacaagctgaagat
cgttcaaagttaagtattgccgatcaatattgtatcgatattggtgcattcccattcgcc
tctgaaaagatttcaatgtttttattgaaatctgaattgaaatcaagattggatgaagtt
aaaccacaaattgccgccgtgtcagttgcatgtgatgaagtatacaagagtaaaaagtta
atacgtatcattgaaatcattttggttttaggtaatttcataaattatggtacaccaaga
ggtgatatttccggttataaattggatagtcttataaaattaagtgatactaaatcctca
gatttatcttcaaacctaatcaatacatttgtaaaatattgtcaagagaaagaacctaat
ctattaacatttgccgatgaattaccatcattaacaacagcaagaaaaaccatttggtct
ggtgttgtagctgatgtttcttcaattggtcgtgatgttcattctgtgaaacaaatcgtt
gaaacacttcaaaaatcaaatgaaccattcaatcaatcaatcattgatttccttgccacc
gcttcaaccgaagttgaaaaattgagaaaacttttagagagtactcaagagaatttcaaa
aaactttgtaaatatttcgctgaagaagagggtaaatcacaacctgaagaatttttcgat
atttttggtcgtttcattacattgtttgaaaatgctaccacccaattacaacaacaaaaa
gaggaacagttaaaggaggaaaagagattacaacaaaaacaacaacgtcaagaaagagca
gttagaaaattaaccacctcaaatgaatctgcttctgcctctccaaaccatgctaaatcc
actgatgataaaagtgatgaagatgatgatattgttaatgatcttttaatggctgttcgt
gatggtgacgctttcagacaagcaaaaggtagaagaagaacaactcatcaaatcgctacc
tcaaaaatgatttcaaataatttagatccttctaaaattttaccaacaagtccaaataaa
aattaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (106)   
   RefGene (102)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (118)   

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