KEGG   Takifugu rubripes (torafugu): 101062331
Entry
101062331         CDS       T02386                                 
Symbol
fbn1
Name
(RefSeq) fibrillin-1 isoform X1
  KO
K06825  fibrillin 1
Organism
tru  Takifugu rubripes (torafugu)
Pathway
tru04350  TGF-beta signaling pathway
tru04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:tru00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04350 TGF-beta signaling pathway
    101062331 (fbn1)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    101062331 (fbn1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:tru00536]
    101062331 (fbn1)
Glycosaminoglycan binding proteins [BR:tru00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   101062331 (fbn1)
SSDB
Motif
Pfam: EGF_CA cEGF EGF hEGF FXa_inhibition TB EGF_3 Plasmod_Pvs28 Fibrillin_U_N FBN_EGF_st1 EGF_2 EGF_MSP1_1
Other DBs
NCBI-GeneID: 101062331
NCBI-ProteinID: XP_003969883
Position
13:14808856..14851982
AA seq 2921 aa
MPGSKCRGRLLQLAVALVTLLSLRAELRDAAEVEDTDGSELITKPIDPRASRAKRRGGTD
VLRGPNVCGSRNNAYCCPGWKTLTGGNQCIVPICRSSCGDGFCSRPNMCTCPTGQIAPSC
GSKSVQNCNIRCMNGGSCAEDHCQCQKGYVGKHCGQPVCENGCLNGGRCVAPNRCVCPYG
FTGAQCERDYRTGPCFASVENQMCQGQLTGIVCTKTLCCATVGRAWGHPCEMCPAQPNPC
RRGFIPNHRTGACQDVDECQAIPGICQGGNCINTVGSFECKCPAGHKFNELSQKCDDLDE
CSNVPGLCSVGECSNTIGSYFCKCPQGYFTSLDGSRCIDGRSGYCYTSVLNGRCANQNSQ
LMSKKLCCCDSGRCWADGSTPEMCPIPGTEEYQKLCIQFPDGNGGVLIPGRVPGGPELPG
IYPVQYPGQTPGVVPGQVPGVIPGQIPIPGQVPGQVPGQIPGQIPGQIPGQYPGQYPGQY
PGQYPGHLPFQPPPGPFMQNITNMCQAYRNLCLNGRCIPMSGGIGYRCECNMGYRLNGRG
ECFDDDECERNPCAHGECVNTPGSYICQCPAGFQSTATRTECRDLDECVANGRICNNGRC
LNTEGSFHCVCNAGFEISSDGKNCQDQDECLIRNMCLNGLCINEDGSFKCICKPGFLLDS
SGRMCVDIDECETPGMCMNGRCINTEGSFRCECMAGMAVGLDGRVCVDTHMRSSCYGGYK
RGQCVRPLFGAVTKSECCCASTEYAYGEPCQPCPPQNSAEFLALCPNNIGTTGDGRDINE
CALDPEICQNGVCENMLRTYKCTCNEGYEVELSGKSCIDMDECLINRQLCENGLCRNTPG
SFTCQCPKGYTFNPKTDVCEDVDECLSNPCINGDCRNSQGSFVCLCSMGSSLDNSGLECI
ETTKSTCWLKIINNRCEVNINGATLKSHCCATLGEAWNSPCSKCEKDPICSKGYARVRGN
LCEDVDECQVFPGVCINGECINTLGSFFCKCPPGMTVDVSGRMCIDLRTEHCYMTHEDER
CGAPISGRHRVDACCCSVGVAWGPECDECPERGTPAYDQLCPRGPGFSHRGDFLNGRPFL
KDINECRMINTLCSNGRCRNTIGSFRCRCDNGYALDADERNCTDIDECRISLDICGPGRC
VNTPGDFECECFEGYESGFMMMKNCMDIDECERNPLLCRGGECVNTEGSFQCVCPQGHEI
APDGSACLDINECELSDRLCRNGQCINMIGRYQCACDTGYKSTESRVECVDIDECTIENG
GCETFCTNSEGSYECSCHSGYALLPDLRSCTDIDECVESPEICDGGQCTNTPGTYQCLCF
DGFMSSDDMKTCLDVDECELNQNICLSGNCENTKGSFICHCDMGYSVRKGTTGCTDINEC
EIGAHNCDGHATCTNTAGSFKCDCAPGWIGDGFKCTDLDECSNGTHKCNNNAECHNTLGS
YRCTCKEGFSGDGFFCSDSDECAENSNLCESGHCLNMPGGYRCECDMGFIPTADGKACED
IDECTFADICVNGRCRNIPGLFRCECNIGYELDRSGGNCTDVNECADPTFCINGICVNNP
GSYLCQCPVDFELNPTGVGCVDTRSGSCFLEVRSRGDASESLECSNEIGVGVAKASCCCS
QGNGWGSPCEPCPSVNSTEYKTLCPGGEGFRPNPITVILEDINECQELPGLCQGGKCINT
FGSFQCECPRGYALNTDTRVCEDVDECDQPGICGPGNCYNTIGNYTCICPVDYMQVNGGN
NCMDMRKSYCYRNFYSDNKTCDGELTFNMTKKMCCCSYNIGRAWNKPCEQCPVPSTDEFA
LLCGSKRPGYYIDITTRRVIDIDECREIPEVCENGLCINMIGSFRCECPIGFIYNDKLLI
CEDIDECQNGLVCQQNAACLNLPGSFRCDCKPGYRFTPTGQCLDRNECIENPGICNPGQC
IDTLGSYRCICPNGFKMTRDQSMCVDVDECERQPCGNGTCKNTVGSYNCLCYPGFQNSHN
SDCIDVDECAVQRGLCRNGQCLNIVGTFLCVCHDGYELTADGRLCVDINECAVNPSTCGA
GTCLNLDGSYRCICPPGYYLHEETCEDIDECSQLPEICTFGTCSNTEGSFTCLCPEGFQI
SASGRRCIDFRMNYCYTKFENGRCQAPKPQNTTKEVCCCTGMPGQGWGDPCEICPSKGEE
AYPHLCRNEGYQQGRDDHPKDVDECLNDPCINGQCINTDGSFRCECPMGYQLDISGVRCE
DTNECSIGNPCGNGTCTNVLGGFECACEDGFEPGSMMACEDINECTQNPLLCAFRCVNVV
GSYECKCPTGYVLREDRRMCKDQNECEDGIDDCAGRGMTCKNLIGTYMCICSPGYTRQPS
GEGCMDLNECMAKPGICKNGRCENTVGSYRCKCDQGFIANPTQTECIDNREGFCFTEVLT
TLCQMTSSNRNMVTKSECCCDGGRGWGTNCELCPLPGTTQYKKMCPLGPGFTTDGRDIDE
CRVMGNLCKNGQCFNSLGSYTCTCKPGYTTDITGTTCVDVDECIQAPKPCNFICKNTEGG
YLCSCPRGYILQEDGKSCRDLDECSTKQHNCQFLCVNTIGGFTCKCPPGFSQHHTACIDN
NECATDPNLCGNNGVCQNTPGSFSCDCQRGFSLDPNAQACEDMDECDGNHRCQHGCQNLV
GGYRCSCPQGYLQHYQWNQCVDENECLNAQICGGASCHNTLGSFRCLCPTGFNYEQGGGG
CLDINECSTSQNPCKFGCSNTDGGYLCGCPPGYYRAGQGHCVTGLGFGSSSLGPGQEGEA
DDNSLSPEACYECKINGYPKKGRMRRSTNATRDGDVQEVISLASVDIEDTLQFHLNLSDL
SNRDHILEFTPALSTLSDHVRYSIDHGNDQGYFKINQREGVSYLHLSKKKALPPGAYLLQ
ISSMPLFKKKELSQLEDQHDKDYLTGQLGEILRMRVQIILH
NT seq 8766 nt   +upstreamnt  +downstreamnt
atgccgggcagtaagtgtagaggacggctgctgcagttggccgtggctctggtcaccttg
ctgtcgctccgcgccgagctcagagacgctgcagaggtggaggacaccgacggcagcgag
ctgatcaccaaaccgatcgacccccgggccagccgggccaagagaagaggagggaccgac
gtgctcagaggaccaaatgtgtgcggctccaggaacaatgcctactgctgcccaggctgg
aagactcttactggtggaaatcagtgcattgttccgatctgccggagttcgtgtggagac
ggtttctgctccaggcccaacatgtgcacctgccccaccggccagatcgccccgtcctgc
ggatccaagtcagtccagaactgtaacattcgctgcatgaacggtggatcgtgcgcagaa
gaccactgccagtgtcagaagggctacgtgggaaaacactgcggtcaacctgtttgtgag
aatggctgtctcaacggaggacgatgcgtggctccaaacagatgtgtgtgtccttacggc
ttcactggcgcccagtgcgaaagagactaccgtaccggaccctgctttgcctccgtggaa
aaccagatgtgtcaaggccagctcactggcatcgtgtgcacaaagaccctgtgctgtgcc
acggtgggacgggcatggggtcacccctgtgagatgtgcccagctcaacctaatccctgc
agaagagggttcataccaaaccaccgcactggggcctgccaagatgtggatgagtgccaa
gccatacccggcatttgtcaaggtggaaactgtatcaacaccgtgggatcctttgaatgt
aaatgccccgctgggcacaagttcaacgagctctcacagaaatgtgacgacctggacgag
tgctccaatgtgccgggtctgtgctccgtgggcgagtgctccaacactattggcagctac
ttctgcaagtgtcctcagggatatttcacctctttggatggatccaggtgtatagatggc
cgtagcgggtactgctacactagtgtgctgaacggccgctgcgccaatcaaaactcacag
ctgatgagcaaaaagctgtgctgctgcgacagtgggcgctgctgggctgatggatcgacg
ccagagatgtgccccatccctggaacagaggagtaccagaaactttgcatccagtttcca
gatggaaacggtggagtcctgatacctggtcgtgtcccagggggccccgaactaccggga
atttacccggtgcagtatcctggtcagactcctggggtggtcccaggacaggtgcctgga
gtcattcctggtcaaattcccatcccgggccaggtcccgggccaggtcccgggccagatc
cctggtcaaattcctggccagattccaggacaatacccaggacagtatccaggacagtat
ccaggacagtatccaggacacctacctttccagcctcctccaggtccctttatgcagaac
atcaccaacatgtgccaggcctaccgcaacctctgtctgaatggcaggtgtatccccatg
tctggggggatcggatatcgctgcgagtgcaacatgggatacaggctgaatggaagagga
gagtgctttgatgatgatgaatgtgaaagaaatccatgcgcacatggagagtgtgtgaac
accccagggtcctacatctgccagtgtcctgctggattccagagcactgcaaccaggaca
gagtgtcgagatctggatgagtgtgtggccaacggtcgcatctgcaacaatggccgctgt
ctaaacaccgaaggcagcttccattgtgtctgcaatgctggatttgagatatcgtcagat
gggaagaactgtcaagaccaggatgagtgtctgatcaggaacatgtgccttaatggactg
tgtatcaacgaagatggcagcttcaaatgcatctgtaaacctggtttcctgctggacagc
agtgggcgcatgtgtgtagacatcgacgaatgcgagacccctggaatgtgcatgaatggt
cgctgcatcaacaccgagggttcattccgctgtgagtgcatggccgggatggcggtgggt
ctggacggacgcgtctgtgtcgacactcacatgcgcagctcctgttacggtggttacaag
cgagggcagtgcgttaggcctttatttggagcggtgaccaagtccgagtgctgctgtgcc
agcacagagtatgcctacggagaaccctgccaaccgtgcccgccgcaaaattccgctgag
ttcctcgctctttgccccaacaatatcggcacaaccggcgacggaagagatatcaacgag
tgcgccctcgaccccgaaatctgccagaacggcgtgtgtgagaacatgctgaggacgtac
aaatgcacctgcaacgaaggctatgaggtggagctgtcgggcaaaagctgcattgatatg
gacgagtgcctgataaacaggcagctgtgcgagaacggtctgtgcaggaacacaccgggc
agcttcacctgccagtgccccaaaggatacaccttcaatccaaagacggacgtctgcgag
gatgtggacgagtgtctctcaaacccctgtatcaatggagactgcaggaacagccaaggg
tcctttgtgtgtttgtgttctatgggcagttctctggacaactctggcctggagtgtata
gagacaaccaagagcacctgctggctaaagattatcaataaccgctgcgaggtcaacatc
aacggggccacgttgaagtcacactgctgtgcaacacttggggaagcctggaacagcccc
tgtagcaaatgtgaaaaagatcccatctgtagtaaaggctatgccagagtccgcgggaac
ctctgtgaagacgtcgatgagtgccaagtcttccccggagtgtgcatcaacggcgaatgc
atcaacacgctgggctccttcttctgcaagtgccctcctggaatgactgttgatgtcagc
ggccggatgtgcatcgatctgcgtacggagcactgttacatgactcacgaggacgagcgc
tgtggcgctcccatctcagggaggcaccgggtggacgcctgctgctgctctgtgggcgtg
gcctggggccctgaatgtgacgaatgccccgagagaggcacccctgcgtacgatcagctc
tgcccccgtggcccaggtttctctcacaggggcgacttcctcaacggcagacccttcctc
aaagatataaacgagtgcaggatgataaacaccctctgctcaaacggaaggtgcagaaac
accatcggcagtttccgctgtcgctgtgacaacggctatgctctggacgctgatgagaga
aactgcactgacatcgacgagtgccgcatctccctggatatatgcgggccgggcaggtgt
gtcaacacgccaggagatttcgaatgcgagtgctttgaaggatatgagagcggcttcatg
atgatgaaaaactgcatggacatcgacgagtgcgaaaggaaccctctgctgtgccgtgga
ggcgagtgtgtcaacacagagggcagcttccagtgcgtttgcccccagggacacgagatc
gcccccgatgggtcggcctgtctggatatcaacgagtgtgagttaagcgacaggctgtgc
aggaacggtcagtgcatcaacatgatcggccgctaccagtgcgcctgtgacacgggttac
aaatccaccgagagcagagtggaatgtgtcgacatcgacgagtgtaccatcgagaatggc
ggctgtgagaccttctgcaccaactcggagggcagctacgagtgcagctgccacagcgga
tatgccctgttgcctgatctgagaagctgcactgatattgatgaatgtgtggagagccca
gaaatctgcgacggaggccagtgcaccaacactcccgggacgtaccagtgcctttgcttt
gacggcttcatgtcctccgacgacatgaagacctgcctggatgtggatgagtgtgaactg
aaccaaaacatctgcctgagtgggaactgtgagaacaccaagggctccttcatatgccac
tgtgacatgggctactctgtgcgcaagggcaccacaggctgcacagatataaacgagtgt
gagattggagcccataattgcgacggacacgctacctgcaccaacacagctggaagcttc
aaatgcgactgcgctccaggatggatcggtgatggcttcaagtgtacagacctggatgag
tgctcaaatgggacgcacaagtgcaacaacaacgcagagtgtcacaacacactgggttca
taccgctgcacatgcaaggagggattctcgggagatggtttcttctgctcagacagtgac
gagtgtgcggagaacagcaacctgtgcgagagcggccactgcctgaacatgccgggaggc
taccgctgcgagtgcgacatgggcttcatccctactgctgatgggaaggcctgcgaggac
atagacgaatgtacctttgctgacatctgtgtcaatggacgctgccgcaacatcccggga
ctgttccgatgcgaatgtaatatcggttatgaacttgatagaagtggaggcaactgcaca
gatgtgaatgaatgtgcagacccgaccttctgcatcaatgggatctgtgttaacaatcct
ggaagctacttgtgtcagtgcccagtggattttgagctcaaccccacaggggtgggctgc
gtagacacccgctctgggagctgcttcctggaggtccggtcccggggagatgcctcagag
agcttggaatgctccaacgagatcggagtcggtgttgccaaggcgtcctgctgctgttcg
cagggcaatggctggggaagtccatgtgaaccgtgtccctccgtgaactccactgagtac
aagaccctgtgtccaggaggagagggcttcagacctaaccccatcactgtcatcttagaa
gacatcaacgagtgccaggagctgccgggtttgtgccagggaggaaagtgcatcaacacc
ttcggcagcttccagtgcgaatgtcctcgaggctacgctctgaacacggacaccagagtg
tgtgaagatgtcgacgagtgcgatcaacccggcatctgtggtccaggaaactgctacaac
accattgggaactacacctgcatctgccctgtagattacatgcaggtcaacggagggaac
aactgcatggacatgaggaagagctactgctacaggaacttttactctgacaacaagacg
tgtgacggagagctgaccttcaacatgaccaaaaagatgtgctgctgctcctacaacatt
ggccgtgcttggaataaaccctgtgaacagtgtcccgtgcccagcaccgatgagtttgct
ttgttgtgcggcagcaagagaccaggatattacatcgacatcaccacacggcgggtgatt
gacatcgacgagtgcagggaaatcccggaagtgtgtgagaatgggctgtgcatcaacatg
attggcagtttccgctgtgagtgcccgatcggcttcatctacaatgacaagctgctaatt
tgtgaagatatcgatgaatgccagaatggacttgtgtgccaacagaacgcagcttgtctg
aacctgccgggaagcttccgctgtgactgtaagcctggatatcgcttcacccctactgga
cagtgtctcgatcgtaatgaatgcattgagaaccctgggatctgtaaccctggtcagtgc
attgacaccctgggcagttaccgctgcatctgccccaacggcttcaaaatgacgcgggac
cagtccatgtgcgttgatgtggacgagtgtgaaaggcagccttgtggaaacgggacctgc
aagaacacggtgggctcctacaactgtctgtgctaccccggatttcagaactcgcacaac
agcgactgcattgatgtggacgagtgtgctgtgcagaggggcttgtgccggaatgggcag
tgcctgaacattgtgggcaccttcctctgtgtgtgccatgacggctacgagctcaccgcg
gatgggcgtctgtgtgtagatattaacgaatgtgcggtgaatccaagcacatgtggtgca
ggaacttgtcttaacctggatgggtcgtacaggtgtatctgcccaccaggctattatctc
cacgaggaaacatgcgaagatattgacgagtgctcccagttgcctgagatctgcaccttt
ggaacctgctccaacaccgagggaagcttcacctgcctgtgtcccgagggcttccagatt
tctgcctccgggcgcagatgtatagatttccgtatgaactactgctatacaaagtttgaa
aatggacgctgccaggctccgaagcctcagaacacgaccaaggaggtgtgctgctgtact
ggaatgccaggtcaaggctggggagacccctgtgaaatttgccccagcaaaggagaggag
gcctatcctcatctctgtcgcaatgagggctatcaacagggacgagacgaccatccaaaa
gatgttgatgagtgcctcaatgacccttgcattaacggccaatgcatcaacacagatggc
tctttccggtgtgaatgtcccatgggataccagttggacatcagtggtgtcagatgtgaa
gacactaatgagtgcagcattggcaatccttgtggcaacggcacatgcacaaatgtcctc
gggggctttgagtgtgcatgtgaagatggctttgagcctggatccatgatggcctgtgaa
gacatcaacgagtgcacccagaatcctctgctgtgcgccttccgctgtgtcaacgtggtg
ggctcgtatgagtgcaagtgtcccacaggctacgtgctgcgtgaggataggaggatgtgc
aaagaccagaacgagtgtgaagatggtatagatgactgtgccggcagaggtatgacctgc
aagaacctcatcggtacatacatgtgcatctgttcccccggatacacacgccagcccagc
ggcgagggttgcatggatctgaatgagtgtatggcaaaaccgggcatctgtaaaaacggc
cgctgcgagaacacagtgggaagctaccgctgcaaatgtgaccaaggattcatcgcgaac
cccacacagaccgaatgtatcgataaccgtgaaggcttctgcttcactgaagttctgacc
acgctgtgtcagatgacctccagtaaccggaacatggtgaccaagtccgagtgctgctgt
gatggcggcagaggatggggcaccaactgtgagctctgccccctccctgggaccacacag
tataagaagatgtgccctctgggtcctggcttcaccactgatggaagagacattgacgag
tgtcgtgtgatgggaaatctgtgcaagaacggtcagtgcttcaactcgttgggttcctac
acctgcacctgcaaacctggctacaccacggacatcaccgggacgacctgtgtggacgtg
gatgagtgcattcaggcacccaagccttgtaacttcatctgcaagaacacagagggaggg
tacctgtgctcctgcccgcgcggatacatcctgcaggaagacggaaagagctgcagagat
ctggacgaatgttcgaccaaacagcacaactgtcagttcttgtgcgttaacaccatcggt
ggcttcacctgcaagtgtcctcctggcttttcccagcatcacactgcctgtatcgacaac
aacgaatgtgcgacagatcccaatctgtgtggcaacaacggcgtctgccagaacacgccg
gggagcttcagctgcgactgccagcgtggattctcgttggatccgaacgctcaagcctgt
gaagatatggacgagtgtgacggcaaccacaggtgccagcacggctgtcagaacctggtg
ggtggataccggtgcagctgtccgcagggctacctgcagcactaccagtggaaccagtgt
gtggatgagaacgagtgtctgaacgctcagatctgcgggggagcatcgtgtcacaacacc
ctggggagcttccgctgcctctgccccaccggcttcaactacgagcagggcggtggcgga
tgcttggacattaacgagtgctccaccagccagaacccctgcaagtttggatgctccaac
acggacgggggttacctctgcgggtgtccgcctgggtactaccgtgccgggcaagggcac
tgcgttacgggtctgggctttggtagcagctctctcggtcctggacaggaaggagaagca
gatgataactctctgtcccctgaagcctgctatgagtgtaagatcaacggatatcccaag
aagggccgaatgcgtcgtagcaccaacgccacacgtgacggagacgtgcaggaggttatc
agcctggccagcgtggacatcgaagacaccctccagttccacctgaacctgagtgacctg
agcaaccgggaccacatcctggagttcaccccggccttatccaccctcagcgaccacgtg
cgctacagcatcgatcacgggaacgaccaaggttacttcaagatcaaccagagggagggc
gtcagctacctgcacctgagcaagaagaaagccctccccccaggagcgtatttgcttcag
atcagcagcatgccgctctttaagaagaaggagctgtcgcagctggaggaccaacatgat
aaagactacctcacaggacagctgggagaaatcctgaggatgagggtgcagatcatcctc
cattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (158)   
   KEGG ORTHOLOGY (1)   
   RefGene (154)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (12)   
   Pfam (12)   
All databases (181)   

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