KEGG T01050: Bm1

Brugia malayi (filaria): Bm1_47900

Entry

Bm1_47900 CDS T01050

Definition

Filamin/ABP280 repeat family protein

Orthology

K04437

filamin

Organism

bmy Brugia malayi (filaria)

Pathway

bmy04010

MAPK signaling pathway

Class

Environmental Information Processing; Signal transduction; MAPK signaling pathway [PATH:bmy04010]

SSDB

Motif

Pfam:

Filamin CH Big_1 PapC_N

Other DBs

NCBI-GI:

170592579

NCBI-GeneID:

6104465

UniProt:

A8QB49

AA seq 1719 aa
MRMYAQTASKGQDKSAHIKCVSLQLTMIEQQQDATWKRIQLNTFTRWVRQKLEQVDVTVS
DLETDFEEGLKLIRLVEVLSGKSFGRHNKKVIFRHQKLENISLALQFLENEEHIKLVNID
SSAIADRNLKLILGLVWTLILHYSISKQVWDHPSGQLGNGEMSAKEKLLTWLRAKLPVEL
SVTNFTFDWNDGILLGALVDSCAPDLEVDWRKWLPSQALQSTLTAMRLASDYLGVTALIE
PEELISPAVDEKSVMTYLSQFPGAKYTPLLGRLHDVVLRPVVGVSTIFKLQTRDAMIVPE
IIIKXPNGSSIRCIQRQLSETVYEFGYQPETPGEHEIMATVRDIASGDSAKLARTKVVAV
EGTDISSILVDGLNNETVTVGQRKDIVIDIGNLIPMKNGLEVIVEEIGKVDRSKYLLSLE
CERNSHIYRGFWTAERSGKTKICVLFDENVVCEYLISARHSEXITKCRALGEGLERAVVG
MPAKFLVDIKDAGKSKIEVAIKGPSEVKANVMDNLNGLCTVEYIPETPGLYEIMIYYGDK
KKQIPGSPFMVIADYERNPSKIVISGSTNGLAQARMPNSLIIDATLTALEPVSARLPAGF
EQPIVEEIKPRVYRVTFIPSITSETITLELLYGDELLGKPIVFLVKPEEELESVVLRNCS
GGLLSSTVQASLQFEALIDVTKAGKIDELFAEIKVRHFCNGPDGKVRKLLLTENSDKKIH
LLNFVPDLVGVYVIVIYINGEPFSDPYNLTAIPVGSADKCFVESKSLDKFWTIGEPRVFV
VNAKNGGEGALNVLSERVDLETKIDKNEDGSYTVTLTPHAQGQHRVMLMYGGVDIPGGTF
DFECIPSLVNEDRNISKQPVESEDNGHLMSRSFRFSVTSEYQFNKLTASVKMPSGTDDIA
YINDNRDGTVTVTYHPKECGSHLLSIKHDGINMSGSPISFHVNEANEEYATVYGLGLLQA
VVGEPAVFTVCAKGSPTKELSVAIEGTAKAVIKCHDNKDGTCSVVWIPSMAGEYKVHVKL
SGKPVKNSPFVVFVANEDQKRAHLSLEPTAMSEILINIDNAEIEDLSASVINPSGIEEPC
IIRQIDAAHVGISFSPCEVGEHLITIKKNEQVIQKSNFQAEIIRNQPGEASKVVVSGTGK
ANAICEQDNSVQINMRDAGFGDLSVSIQGPSEAELRCIENKEGVANIVYRPTEPGIYILS
VKFAGVHINDSPFRINCTGKGMGIVKESANKKVKQVPVVVPGQDTALYLQLKNISPLDTK
ARVVDPNGYSKDVKVCDLGDDLYRIEFKPVVNGPHAVSVLYKGQHISGSPFQFTVGHMKE
MGAHRVRAAGVKLKRAEASRKQSFNLYTREAGKGELEVTVEGPSKAELQFHEHEDGNCHF
DYKVAKPGEYLISVKFNAEHIPDSPFKVFIAPAAGEARCLELLSLSDSGTPGEICAIMIN
RNGAKGHLKAKLYTPANKIEAVDVLPVEGSDLCCVRFIPSETGDYYVDVTLDGAPMHDSP
FCFRIGTNGDNDPSIITVTGDGIHGGQTGQICTFIINTYNAGAGLLHILISGPSKVTMNA
CEVSVYSFSFHFAVSHFQAGVHIPSSPFKVVVEGKKLDDGKPDFSLIKIDAFPKIKKEVV
HRVPILSGDANKVIVKGSGLSKFFPGQSAVFNVDTGLAGDNILYVGLLTSKGPCEQVALQ
HLGNGQYVVKYLIQEEVKGFIYIKYGDVDVPGSPFAVSF

NT seq 5160 nt +upstreamnt +downstreamnt
atgcggatgtatgcgcagactgcatcaaaaggacaggacaaatccgctcatatcaagtgc
gtttcattgcagttaactatgatcgaacagcaacaggacgcaacgtggaagagaattcaa
ctgaatactttcactcgatgggttaggcagaaattagaacaagtggatgtaacggtgtct
gatttggaaaccgattttgaagagggtttgaaattaatacgtttggttgaagtactttct
gggaagtcgtttggtcgacataataaaaaggtcatatttcgtcatcagaaacttgaaaat
atctcgcttgcgctgcaatttttggagaacgaagaacacataaaacttgttaatatcgat
agttctgcaatagcagaccgcaatctgaaactgattttgggtctcgtatggacgcttatt
ttacattattccatttcaaaacaagtttgggaccatccaagtggtcaattaggaaatggt
gaaatgtcagcgaaagaaaaactcttgacatggctcagagcaaagttaccagtcgaactt
tctgtaaccaatttcacctttgattggaacgatgggattctccttggtgctttggttgat
tcttgtgctccagatttggaagttgattggcgaaaatggttaccatcgcaggctttgcag
tcaactcttactgcaatgaggcttgctagcgattatcttggtgttactgcacttattgaa
ccagaggaattgatcagtccggctgttgatgagaaaagtgttatgacttatctttcgcag
ttccctggtgcgaagtatactccattacttggtcgacttcatgatgttgtgttgagacca
gtagtaggagtcagcacgatatttaaactccaaactcgtgatgcaatgatagttccggaa
atcattatcaaagrgccgaatggatcttcaattcgttgtattcaacgtcagctttcagaa
actgtttatgaattcggatatcaaccagaaacaccaggcgaacatgagattatggcaaca
gttcgtgacattgcatctggtgactcagctaaactggcaaggaccaaagttgtagcagtt
gaaggaacggatatctcttcgattttggtggatggtctcaataatgaaactgtaacagtt
ggacagaggaaagatattgttattgatattggaaacttgatacctatgaagaatggtttg
gaagttattgtggaggaaattggaaaagttgatagatcaaagtatttgctatctttagaa
tgtgagcgtaattcacacatttacagaggcttctggacagccgaaagatcagggaaaacc
aaaatatgtgttctttttgatgaaaatgtagtttgtgaatatctaattagtgctcgacac
agcgaggamataactaaatgccgagcccttggtgaaggacttgaacgtgctgttgttggt
atgccagcgaaatttctagtcgatataaaggatgctggaaaaagcaaaatagaagtagcg
atcaagggaccctcagaagtgaaagcgaatgtaatggataatttgaatggtttgtgcaca
gtggagtacattccagaaactcctgggttgtatgaaataatgatttattatggagacaaa
aaaaaacaaatcccaggttctccattcatggtaatagccgattatgagcgtaatccatcg
aaaattgtaataagcggaagcactaatggactagctcaagctagaatgccaaattcgctt
attattgatgctacgcttactgcattagaaccagtaagtgcgcgtcttcctgccggtttc
gaacagccaattgttgaagaaatcaaacctcgagtatatcgagttactttcatcccaagc
attacaagtgaaacaataacattggaacttttgtacggggacgaacttcttgggaaaccg
atagttttcttagtcaaacctgaagaagaattagaatccgtggtattgagaaattgttct
ggtggcttgctatcgtcaacagtgcaagcctcccttcagtttgaagctctgatcgatgtt
acgaaagctgggaaaattgatgaactgtttgcggaaataaaagtgagacatttttgtaat
ggtccagatggcaaggtgcggaaattactactcaccgaaaactctgacaagaaaatacac
ttattgaacttcgtgccggacttggtaggggtatatgttattgtaatatacatcaatggg
gaaccattttcggatccgtataacttaactgctataccagtgggttcagcagataaatgc
ttcgtggaatcgaagtcacttgacaagttctggactattggggagccaagagtttttgta
gtgaatgctaaaaatggaggagaaggagcattgaacgttctctctgaaagagttgacttg
gaaacaaaaattgacaagaatgaggatggctcttacactgtaacacttacgccacacgct
caaggacagcatcgagttatgttgatgtatggaggtgttgatatacctggtgggacattc
gattttgagtgtattccatctcttgtgaatgaagacaggaatatttctaaacagccagtg
gagtctgaagataacggacatctgatgtctcgcagttttcgtttttctgttacttcggaa
tatcagtttaacaaacttactgcttccgttaaaatgccttctggtacagatgatatagcc
tatattaacgacaatagggatggaactgtgacggttacatatcatccgaaagagtgtggc
agtcatttgttgtcaataaaacacgatggcattaacatgtctggaagtccaatttcattt
catgtgaatgaagcaaatgaggaatatgcgacagtatatggtcttggcttattacaggcg
gttgtcggtgaaccagcagtatttacagtttgtgcgaaaggttcacccactaaagagttg
tctgttgctattgaaggtacagcaaaagctgtaatcaaatgtcatgataataaggatggc
acatgttctgtagtatggataccctctatggctggagaatacaaagtacatgtgaaactt
tccggaaaaccagtgaaaaattctcccttcgttgtatttgtggcaaatgaagatcaaaag
cgagcgcatttgtcccttgaaccaacagcaatgtcggagatcttaattaatattgacaat
gctgaaattgaagacctgtcagcatcagtaataaatccaagtgggattgaagagccatgc
atcatccgtcagattgatgcagcccacgtcggtatctcattctctccatgtgaagtgggt
gaacatttgatcactattaaaaagaatgaacaggttatacagaaatcgaatttccaagct
gaaattattagaaaccaacctggagaagcgtctaaagttgttgttagtggaacaggtaaa
gcaaatgctatttgtgagcaggacaacagtgtacaaatcaatatgcgtgatgctggtttt
ggtgatttgtctgtatcaattcagggaccgtcggaagctgaattaaggtgtattgaaaat
aaagaaggtgtagctaatattgtttatagacctaccgaacctggaatttacattttgtct
gtaaaatttgctggcgttcatataaatgatagtccgttcaggattaactgcaccggaaaa
ggaatgggtatcgtgaaagaaagcgcaaataagaaagtgaaacaggttccagtagttgta
cctggacaagacactgccctgtatttgcaattgaaaaacatatcaccattggacacaaaa
gcaagagtcgttgatcccaatggatacagcaaagatgttaaagtttgtgatcttggtgac
gatctttatcggattgaattcaaacctgtagtgaatggtccacatgcagtttctgttctg
tataaaggacaacatatttcaggcagtcccttccagttcaccgtaggacatatgaaagaa
atgggtgcacatagggtacgggcagcaggagtcaaattgaagcgagcagaagctagcagg
aaacaatctttcaatctttatacccgagaggctggaaaaggagaacttgaagtaacggta
gaaggaccatcaaaagccgaattacagttccatgaacatgaggatggaaattgccatttc
gattataaagttgcgaagccaggagaataccttatatcagtcaaattcaatgctgagcat
ataccggattcaccattcaaagtgtttattgctcctgcagctggggaagcccgctgcttg
gaattactatcactctcggattctggaacaccaggtgaaatatgtgctattatgataaat
aggaatggtgcaaaaggtcatcttaaagcaaagctttatacaccggccaacaagattgaa
gcagtcgatgtcctcccagttgagggaagcgatttgtgctgcgtccgattcattccttca
gagactggagactattacgttgatgtaacgcttgatggtgcacctatgcatgactcacct
ttctgtttccgaattggcacaaatggcgataatgatccatcaataataactgtgactggc
gacggtattcacggtggtcaaactggccaaatctgtacatttattatcaatacttataat
gctggagcaggacttctccatattctgattagtggaccatcaaaagttactatgaatgca
tgtgaagttagcgtttattcattttcatttcatttcgctgttagtcattttcaagcaggt
gttcatattcctagttccccgttcaaggtagttgtggaaggtaaaaaacttgatgatggc
aaaccagacttttcattaatcaagattgatgcgttccctaaaattaagaaagaagtagtt
catcgagttccaattctttccggagatgcgaacaaagttatagtgaagggttctggtctc
agtaaattttttcctggtcagtcggcggtcttcaatgtcgacactggtctcgcaggagac
aatattttgtatgttggtctacttacatcgaagggaccttgtgaacaagttgcactacaa
catcttggtaatggccaatatgtagtcaagtatcttattcaggaagaggtcaaaggtttt
atttatatcaaatacggcgatgtggatgtgccaggctcaccgtttgctgtttccttttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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