KEGG   Cavenderia fasciculata (cellular slime mold): DFA_03863
Entry
DFA_03863         CDS       T02668                                 
Symbol
docB
Name
(RefSeq) DOCK family protein
Organism
dfa  Cavenderia fasciculata (cellular slime mold)
SSDB
Motif
Pfam: DOCK-C2 DHR-2_Lobe_A DHR-2_Lobe_C DHR-2_Lobe_B C2 RALGAPB_N La
Other DBs
NCBI-GeneID: 14870776
NCBI-ProteinID: XP_004366273
UniProt: F4Q0L8
Position
Unknown
AA seq 2149 aa
MSNISKPPAQQQPVVGGVGKVAPQLKPAAGLVRPMIGKPAPAPTVGGGGDNSSSNDTTTT
SASEGNVKPSAFRLASSVFNQSTPDTNNSNTSTPAEPPQPRFKLKPVASTVLNKPPPQQQ
QQPSSTATSTNNNVTSTTTTTPTVKPSVNQFNKPPPATNTTTTTTTTPTSPNGNGVAKLP
PRPVLLKKVATPLPTPPSSSQSPSQSSPPTTPNKEQPTSSAISPDSNSTPTTTTTVLPTK
TLERPKSREEIVTEDLLNSIITETEQPTLAKRASLIIAKDEPVVPVEPVTTTTTATAPVT
QQEPSSTSSSSTAIKSNLNTTTKKREWKPTTSASSLQLSLPVDVATSGSSEFSQLTTRNI
EGGQVAQPKKETVRVLSYQKGDFTNLNMHRGDIVEITEQGEKDTWTGFNGYKTGNFSIQN
TKPMVVSVGTDIQATVDRFEKAVCVKDHRGKQGISLTIMKGDVIAIIDRNNRTTASVALG
RVKLGLDGWSDAGEFPLENIRLVSQKEYILYSDLLDLVVEVSERFMDPESLIQGGSEKEL
EKKQLQLRDKTKLLQSIQDAILIETDEPRLLQLQANLRQEIETTHAMLSNEFYVSNPNNG
EIENEESSSPVGLLKDHLQMVGEKKGLKYDKFVNTNREASDSNTRRWDYAQISVDVKLNK
STLKRAGNSGTLEYYFSLLNYTQSKFITEQMQIIPSDTNSSVKFLFKDIEPADLTDDIAL
VCKVIRRGTMKDHADTTPIKKGSSTDLRRPFGYACIKLISAFSETQIATEKDSNLYFYSS
NDLNFNLIPENVLKFNNEEELKKHGVESIPKGMPTAILPIACSFYDMSYEKCLEKYQQLA
KAQTIEKMEHKVVKNEKKHHLYISLDSGKFTADKKVEVSVRVRMNDSGEFLHNCISLGGK
EFWASEIKSFVCHNSLTPTWNEYLQFQIPEDKFLNCHLLFTIKSASSKQSKTNIIGFAFM
RLGSTDSSVAIQNADHNLLIYKASSADVPINYLTENIPSVINSSISSTTGTSSPPLLSSG
STGMSTLNISQQMSPPLNQSQKIDHSSPSSSPQLSSANTGKFSIKKGESLKIKSTFHTTK
FIQHPSIHQLLNWKQHEKDLQHILDKFKFVEPLLIMRNLSGIVDSLFQIYESSTAGSLFT
VEPMSLLVYNTIVFIIGLLTDERMARYRNFKVDLDQYIETKFSGALTHKHLLNCLAYHMK
DISAKESAKISPTLKSLDYMFQLITKSRLVYKQQQSKSSMPGLQLNSINDSEWYKDISEF
LSQLNKLMASNSPLLIVVQTLALRNFASMMKGLSYFLDKVTLCKVLCEFIESVHYNEKQE
HLNTHKLSVFYQILSAHLAIDQETVEHLLPTLMAITDQHLTKGEELKLSTQLLSLALESL
ETLDSVDLKKKYFNVIMTVFTKVLGLVDQFLVNDQAHHSHNNSAANQMANWRQDAPFNYD
TTFLVTCLLSMLHYMVVFNLTNKYLIDVSVGSDSKLFLKKILRLLDTLLARGVYHYRFPT
MQLFHHKITFRLLTLLSPAFVKGNTPIGQENNENWLSFIALHFNFFTTHLMRSNRYRAHR
LAPLQPILLDIRVRMVKSVRELWNTSIGASSQFLTHMVQLLLASLLNGFAEVDEMCQDLF
FAVMKKDHQEKRSFKRVESKAIEILDKIIIRERWTDEQIFRRFLNQRLDPFFSSAGEEHG
DAQYKREGKAFIGNLLQLLSLLFDFRTLPMDRAFEEERTIATLKMMEYFKDRKDTYIKYV
HELLSQHINSGYFTEAGFTFLLHADLYSWDVDEEQQASVGAFTFTTPDQPAPITLPAEPA
HSRKERLVKMAIQYLDKGQVWEKCITLLQELSAYYDATYNFRGLADVANQQADLYDKIVS
TERFFAEYFRVGYYGRKFPQTIQGKEFLYRGFELERLADFTTRILAKFPNAELLKTTGEP
SADILNADAQYLLITIVNPSSTEEIHKRVKHVTEGTPSNSRAYHRRNDVNVFLYSKAFEK
KSAASPSNPNNKFADLWIRNHFLIADSSFPTIHRRAEVIKKEQTELTPIENAVNSVDLKN
EELAEMVKKYLANPQLNLNPLAMALNGSIDAAVNGGVSLYKEAFFEKQDVLDAISKPFIP
KLSSALKNQVEILERGLYIHSQRCPEELRGLHEKLESFFPKFKSEVLSL
NT seq 6450 nt   +upstreamnt  +downstreamnt
atgagtaatatatcgaaaccaccagctcaacaacaacctgttgttggtggtgtaggaaag
gttgcaccacaactcaaaccagcagcgggtttggtaagaccaatgattggtaaacctgca
cctgcacctacagtaggaggaggaggagacaacagtagcagcaacgatacaactacaaca
tctgcaagcgagggtaatgtgaaaccatcagcttttagattagcatcaagtgtatttaat
caatcgacacccgacactaataacagtaatacgtctacaccagctgagccaccacaacct
cgttttaaattgaaacctgtagcttcaactgtattaaataaaccacctccacaacaacaa
caacaaccatcatccactgctacatctactaataataatgttacaagtactactactaca
acaccaactgtaaaaccatctgtaaatcaattcaataaaccacctcctgcaacaaataca
acaacaactacaacaacaacaccgacatcaccaaatgggaatggagtagccaaattacca
ccaagacctgtattgttaaaaaaggttgctactcctcttcctacaccaccttcttcttca
cagtcaccatcacaatcatctccaccaactacaccaaacaaagaacaaccaacgtcgtcg
gccatttcaccagattcaaactctactcctactactactactaccgtactaccaacaaaa
acactcgaaagaccaaagagtagagaggagattgtaaccgaagatttattaaattcaatc
attacggaaactgaacaaccaacattggccaaaagagcaagtttgattattgccaaagat
gaaccagttgtaccagtcgaaccagtcactactactactactgctacagcacctgtaaca
caacaagaaccatcatccacttcttcttcttctactgcaattaaatccaatttaaatacg
acaacaaaaaagagagaatggaaaccaacaacatcagcatcatcattacaattatcatta
ccagttgatgtagcaaccagtggatcatctgaattttcacaattgacaacacgaaacatt
gagggtggtcaagtcgcacaaccaaagaaagagactgtacgtgtgctgtcctatcaaaag
ggtgatttcaccaatttgaatatgcatcgtggtgatattgtagagattaccgaacaaggt
gaaaaggatacttggacagggttcaatggatacaagactggaaacttttccattcaaaat
accaaacctatggtggttagtgttggtacagacattcaagctacggtagatcgttttgaa
aaggcggtttgtgtcaaggatcatagaggtaaacaaggaatctcactcactattatgaag
ggtgatgtcattgccatcatcgatcgtaacaatcgtacaactgcctctgtggcattgggt
cgtgtcaaactgggattggacggatggagtgatgctggagagttcccacttgaaaacatt
cgtttggtctctcaaaaagagtatatcttgtacagcgacctgctggatttggtcgtagag
gtgagcgaacgtttcatggacccagaatcattgattcaaggcggcagtgaaaaggaactt
gaaaagaaacaacttcagttgcgtgacaagacaaagttactccaatcgattcaagacgcg
attctcatcgagactgacgaaccacgtctattgcaattgcaagccaacttgcgtcaagag
attgaaactacccatgctatgctgtccaacgagttttacgtatcgaatcccaacaatgga
gagattgaaaatgaagagagtagtagtccggtcggtctcctcaaagaccatctccaaatg
gtcggtgaaaagaagggtctaaagtatgacaagtttgtcaatactaaccgcgaggcatca
gactctaatacacgtcgatgggactatgcacaaatctctgtcgacgttaaattaaacaaa
tctactttgaaacgtgctggcaatagtggaacgttggaatactatttctcactactcaac
tatactcaatcaaaattcattaccgaacaaatgcaaatcatcccgtccgataccaatagt
agtgtcaaattcctattcaaggatattgaacctgccgacttgaccgatgacattgcatta
gtatgcaaggttattcgtcgtggtaccatgaaggatcatgcagacactaccccaatcaaa
aagggttcatcaaccgaccttcgtcgtccatttggctatgcctgcattaaattaatctct
gcattctctgaaactcaaattgccaccgaaaaggattcaaatctttatttctattcttca
aatgatttaaattttaatttaattcctgaaaatgtattaaaatttaataatgaagaagaa
ttaaaaaaacatggagttgaatcaataccaaaaggaatgccaacagctatattaccgata
gcatgtagtttttatgatatgagttatgaaaaatgtttggaaaagtatcaacaattggcc
aaggcacagacaattgaaaagatggaacacaaggtagtaaagaatgaaaagaaacatcat
ctctatatttcattggacagtggaaagtttacggccgataaaaaggttgaggtgtcggta
cgtgtacgtatgaatgatagtggagagttcctccacaattgcatatcacttggaggaaag
gagttttgggcatcagagattaaatcgtttgtctgtcacaatagtttgactcccacttgg
aacgaataccttcaattccaaataccagaagacaagtttttaaattgtcatttattgttt
actatcaagagtgctagtagtaagcagagtaaaactaatatcattggttttgcatttatg
cgtcttggttcaaccgattcttcagttgctattcaaaatgctgatcataacttgttaatt
tacaaggcatcgtctgcagatgttccaatcaactatttgacagagaatattccatcggtt
atcaattctagtattagtagtacaactggtacgtcgtcaccaccacttttaagtagtggg
tcgactggtatgtcaacactgaatattagtcaacaaatgtcacctccactcaaccaatct
caaaagattgatcattcgtcgccatcgtcgtctccacaattgtcgtctgccaacactggc
aaattctcaattaaaaagggagagtctctaaagattaaatcaacattccatacaaccaag
tttattcaacacccaagtattcatcaactgttgaattggaaacaacatgaaaaggattta
caacatattttggataaattcaagtttgtagaacctctgttgattatgcgtaatttgtct
ggtatcgtcgattcattgttccaaatttacgagtctagtactgctggtagtttgtttacc
gtcgaaccaatgtcattactcgtttacaatacaatcgtatttattattggattgttgaca
gatgaacgtatggcaagatatagaaacttcaaggtcgatcttgatcaatacattgaaacc
aagttttctggtgctctgactcataaacatctgctcaattgtttggcctatcatatgaag
gatatctcggccaaggagagtgccaagatttcaccaactctcaaaagtttagattatatg
ttccagttgattacaaagtctcgtctagtctataaacaacaacagagtaagagtagtatg
cctggtttgcaactcaactctatcaacgattcagaatggtacaaggatattagcgagttt
ttgtctcaacttaacaagttgatggcaagtaattcacctttactcattgtagtacagaca
ttggcattacgtaactttgcatcaatgatgaaaggtttatcttactttttggacaaggtg
acattgtgcaaggtactctgcgagtttatcgaatcggtacattacaacgagaaacaagag
catctaaacactcacaagttgtctgtattttatcagatcctatctgctcatttggctatt
gatcaagagactgtagaacatcttttaccaacactcatggccatcactgatcaacatctt
acaaagggtgaagaactaaaactttcaactcagttattgtcattggcattggaatcactc
gaaacacttgacagtgtagatttgaaaaagaagtactttaatgtcatcatgactgtattt
accaaggtattgggattggttgatcaatttttggtaaacgatcaagcacaccattctcac
aacaactctgcagccaatcaaatggccaattggcgtcaagacgctcctttcaactatgac
actacctttttggtcacttgtctcttatcaatgcttcactatatggttgtatttaacctt
accaacaagtatttgatcgatgttagtgttggatcagattcaaagctattcctcaaaaag
attttgagattactcgacactttattggcacgtggtgtctatcactatagattcccaacc
atgcaattgttccatcacaaaattacatttagattgttgacattgctttcacctgccttt
gtcaaaggaaatactccgattggacaagaaaataatgaaaattggttatcatttattgca
ttacatttcaatttctttacaactcatttgatgcgtagtaatcgttaccgtgcacataga
ttggcacctttacaacccattctcttggatattcgtgttcgtatggtaaaatcggttcgc
gagctttggaatactagtattggtgcttcgagtcagttcctaacacacatggtacaatta
ttgttggcatcattactcaatggatttgccgaagtggatgaaatgtgtcaagacttgttc
tttgcagtcatgaaaaaggatcatcaagaaaaacgttcgtttaaacgtgtagagagtaaa
gcaattgaaatattggacaagatcatcattcgtgagcgttggactgacgaacaaatcttt
agacgctttttgaaccaacgtctagacccattcttttcgagtgctggtgaagaacatggt
gatgcacaatacaagagagagggcaaggcatttattggtaatttgttacaactattgtcg
ttattgtttgactttagaacattaccaatggatcgtgcatttgaagaagaacgtacaatt
gctacactaaagatgatggaatactttaaagatagaaaagatacatacattaaatatgta
cacgagttactcagtcaacacatcaatagtggatactttacagaagctggtttcacattc
ttgttgcatgccgatttgtattcatgggatgttgatgaagaacagcaagcatctgttgga
gcattcacatttaccacacctgaccaacctgcccctatcactctgccagccgaacctgca
catagtcgaaaggaacgtttggtcaagatggccattcaatacctcgacaagggacaggta
tgggaaaagtgtatcaccctactacaggaactatcagcatactatgatgcgacatacaat
ttcagaggactggcagatgttgccaaccaacaggccgacctctacgacaagatagtctct
acagaacggttctttgccgagtactttagagtaggttactatggtcgcaagttcccccaa
acaatccaaggcaaggagttcttgtaccgtgggttcgagctcgaacgtctcgcagacttt
accacacgtatcttggccaaattccccaacgccgagttgttaaagacgactggcgagcca
tcagccgacattctcaacgcagatgcacagtacctactcatcacaattgtcaatccatcg
tccactgaagagatccataaaagagtcaaacatgtcacagaaggaacaccatcaaacagt
cgagcctaccaccgtcgtaacgatgtcaatgttttcctttacagcaaggcatttgagaaa
aagtcagctgcctcaccatccaatccaaacaacaagtttgccgatctatggattcgtaat
catttccttattgccgactcttcattcccaactattcaccgtcgtgcagaagtcattaaa
aaggagcagaccgaactcacacccattgaaaatgccgtcaatagtgtcgatctcaaaaac
gaagaactcgcagagatggtcaaaaagtatctggccaatccacaactcaatctcaaccca
cttgccatggcacttaatggcagtatcgatgccgccgtcaatggtggtgtatcactctac
aaggaagcattctttgagaaacaagatgtcctcgatgccatctccaaaccatttattcca
aaactatcatcagctctcaagaatcaagtagaaatcttggaacgtggtctctatattcac
agtcaacgttgtccagaagaattaagaggtctacatgaaaaattagaatctttcttccct
aaatttaaatctgaagtattatctctctaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   RefGene (68)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (82)   

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