KEGG   Myotis davidii (David's myotis): 102767925
Entry
102767925         CDS       T02992                                 
Symbol
FBN1
Name
(RefSeq) fibrillin 1
  KO
K06825  fibrillin 1
Organism
myd  Myotis davidii (David's myotis)
Pathway
myd04350  TGF-beta signaling pathway
myd04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:myd00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04350 TGF-beta signaling pathway
    102767925 (FBN1)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    102767925 (FBN1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:myd00536]
    102767925 (FBN1)
Glycosaminoglycan binding proteins [BR:myd00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   102767925 (FBN1)
SSDB
Motif
Pfam: EGF_CA cEGF FXa_inhibition hEGF EGF EGF_3 TB Plasmod_Pvs28 Fibrillin_U_N FBN_EGF_st1 EGF_MSP1_1
Other DBs
NCBI-GeneID: 102767925
NCBI-ProteinID: XP_015414398
Position
Un
AA seq 2588 aa
MVTREQVALGFTVLLASYTSHGADTNVAAGNAKETRASRAKRRGGGGHDALKGPNVCGSR
YNAYCCPGWKTLPAGNQCIVPICRHSCGDGFCSRPNMCTCPSGQIAPSCGSRSIQHCNIR
CMNGGSCSDDHCICQKGYIGTHCGQPVCESGCLNGGRCVAPNRCACTYGFTGPQCERDYR
TGPCFTVVSNQMCQGQLSGIVCTKTLCCATVGRAWGHPCEMCPAQPHPCRRGFIPNIRTG
ACQDVDECQAIPGLCQGGNCINTVGSFECKCPAGHKFNEVSQKCEDIDECSTIPGICDGG
ECTNTVSSYFCKCPPGFYTSPDGTRCIDVRPGYCYTALANGRCSNQLPQSITKMQCCCDI
GRCWSPGIALAPEMCPIRATEDYNKLCSVPMVIPERPGYPPPPIGPIPPVHPVPPGFPPG
PGVLGPRPPVDYPYPSREPPRVLPVNVTDYCQLFRHLCQNGHCIPTPGSYRCECNKGFQL
DIRGECIDVDECEKNPCAGGECINNPGSYTCHCRTGYQSTLTRTECRDIDECLQNGRICN
NGRCINTDGSFHCVCNAGFQVTRDGKNCEDMDECSIRNICLNGMCINEDGSFKCICKPGF
QLASDGRYCKDINECETPGICMNGRCVNTDGSYKCECFPGLAVGLDGRVCVDTHMRSTCY
GGYKRGQCVKPLFGAVTKSECCCANIEYAFGEPCQPCPAQNSAEYQALCSSGPGMTSAGS
DINECALDPDICPNGICENLRGTYKCICNSGYEVDSTGKNCVDINECVLNSLLCDNGQCR
NTPGSFVCTCPKGFIYKPDLKTCEDINECESNPCINGVCKNSQGSFICECSPESTLDPTK
TICIETIKGTCWQTVIDGRCEININGATLKSECCSSLGAAWGSPCTICQVDPVCGKGFSR
IKGTQCEDINECEVFPGVCKNGECVNTRGSFKCQCPSGMSLDSTGRICLDIRMETCFLRY
DDEECTLPIAGRHRMDACCCSVGAAWGTEECEECPMRNTPEYEELCPRGPGFATKDITNG
KPFFKDINECKMIPSLCTHGKCRNTIGSFKCRCDSGFALDSEERNCTDIDECRISPDLCG
RGQCVNTPGDFECKCDEGYESGFMMMKNCMDIDECLRNPLLCRGGACLNTEGSYRCECPP
GHQLSPNISACIDINECELSANLCPNGRCVNLIGKYQCACNPGYHSTPDRLFCVDIDECS
IMNGGCETFCTNSEGSYECSCQPGFALMPDQRSCTDIDECEDNPNICDGGQCTNIPGEYR
CLCYDGFMASEDMKTCVDVNECDLNPNICLSGSCENTKGSFICHCDMGYSGKKGKTGCTD
INECEIGAHNCDRHAVCTNTAGSFKCSCSPGWIGDGIKCTDLDECSNGTHMCSQHADCKN
TMGSYRCLCKEGYTGDGFTCTDLDECSENLNLCGNGQCLNAPGGYRCECDMGFVPSADGK
ACEDIDECSLPNICVFGTCHNLPGLFRCECEIGYELDRSGGNCTDVNECLDPTTCISGNC
INTPGSYTCDCPPDFELNPTRVGCVDTRSGNCYLDVRPRGDNGDTACSNEIGVGVSKASC
CCSLGKAWGTPCELCPAVNTSEYKILCPGGEGFRPNPITVILEDIDECQELPGLCQGGKC
INTFGSFQCRCPTGYFLNEDTRVCDDVNECETPGICGPGTCYNTVGNYTCICPPDYMQVN
GGNNCMDMRRSLCYRNYYADNQTCDGELLFNMTKKMCCCSYNIGRAWNKPCEQCPIPSTD
EFATLCGSQRPGFVIDIYTGLPVDIDECREIPGVCENGVCINMVGSFRCECPVGFFYNDK
LLVCEDIDECQNGPVCQRNAECINTAGSYRCECKPGYRFTSTGQCNDRNECQEIPNICSH
GQCIDTVGSFYCICHTGFKTNADQTMCLDINECERDACGNGTCRNTIGSFNCRCNHGFIL
SHNNDCIDVDECATGNGNLCRNGQCINTVGSFQCECNEGYEVAPDGRTCVDINECVLEPG
KCAPGTCQNLDGSYRCICPPGYSLQNDKCEDIDECVEEPEICALGTCSNTEGSFKCLCPD
GFSLSSTGRRCQDLRMSYCYAKFEGGKCSSPKCWGDPCELCPTEPDEAFRQICPYGSGII
VGPDDSAVDMDECKEPDVCKHGQCINTDGSYRCECPFGYILEGNECVDIDECSVGNPCGN
GTCKNVIGGFECTCEEGFEPGPMMTCEDVNECAQNPLLCAFRCVNTYGSYECKCPAGYVL
REDRRMCKDLDECEELKHDCAEKQMECKNLIGTYICICGPGYQRTPDGEACVDENECQTK
PGICENGRCLNTRGSYTCECNDGFTASPAQDECLDNREGYCFTEVLQNMCQIGSSNRNPV
TKSECCCDGGRGWGPQCEICPFQGTVAFKKLCPHGRGFMTNGTDIDECRVIHDVCKNGEC
VNDRGSYHCICKTGYTPDITGTACVDLNECNQAPKPCNFICKNTEGSYQCSCPKGYILQD
DGRSCKDLDECATKQHNCQFLCVNTIGSFACKCPPGFTQHHTACIDNNECTSDINLCGSK
GICQNTPGSFTCECQRGFSLDQSGASCEDVDECEGNHRCQHGCQNIIGGYRCSCPQGYLQ
HYQWNQCV
NT seq 7765 nt   +upstreamnt  +downstreamnt
atggtgaccagggagcaggtcgccctgggatttaccgtgctcttagcgtcctacacgagc
cacggggcggacaccaatgtggcagctgggaacgcgaaggaaacccgagccagccgggcc
aagagaagaggcggcggcggacacgacgcgctgaaaggacccaatgtctgtggatcacgt
tataacgcttactgttgccctggatggaaaaccttacctgctggaaatcagtgtatcgtt
cccatctgccggcattcttgtggggatggattttgttctaggccgaatatgtgcacttgc
ccatctggtcagatagctccttcctgtggctccagatccatccaacactgtaatattcgc
tgtatgaatggaggtagctgcagcgatgatcactgtatatgccagaaaggatacataggg
actcactgtggacaacctgtctgtgaaagtggctgtctcaacggaggcaggtgtgtggcc
ccaaaccgatgtgcgtgcacttacggctttactggaccccagtgtgaaagagattacagg
acgggcccgtgcttcactgtggtcagcaaccagatgtgccagggacagctcagcgggatt
gtctgcacaaaaaccctctgctgcgccaccgtgggccgagcctggggccacccctgcgag
atgtgccctgcccagccccacccctgccgccgtggcttcattcccaatatccgcacagga
gcttgtcaagatgtggatgaatgccaggccatccctgggctctgtcaaggaggaaattgc
atcaatactgttggatcttttgagtgcaaatgccctgctggacacaaatttaatgaagtg
tcacaaaaatgtgaagatattgatgagtgcagcaccattcctggaatctgtgacgggggc
gaatgtacaaacacagtcagcagctacttttgcaaatgtccccccggtttctacacctct
cccgatggcaccaggtgcatagacgttcgcccaggatactgttacacggctctggcaaac
gggcgctgttctaaccagctgccacagtccataaccaaaatgcagtgctgctgtgatatc
ggccgatgctggtctccggggatcgccctcgcccctgaaatgtgtcccatcagagcaact
gaggattacaacaagctgtgctctgtccctatggtgattcccgagagaccaggatatcct
cccccacccattggccccattcctccagttcaccctgttcctcctggctttcctccggga
cctggcgttctaggccctcgaccaccagtggactatccgtatccatctcgggaaccacca
agggtgctgccagtcaacgtcactgattactgccagttgtttcgtcacctctgtcaaaac
ggacactgcattccaactcctgggagctaccggtgtgagtgcaacaaaggattccagctg
gacattcgtggggaatgcatcgatgtggatgaatgtgagaaaaacccgtgtgccggggga
gagtgcattaataacccgggctcctacacctgccattgccgcaccggctaccagagcacg
ctcacccggacggagtgccgagacattgatgaatgtttacagaacggccggatatgcaat
aatggacgttgcatcaacacagacggcagtttccattgtgtgtgtaatgcgggctttcag
gttacacgagatgggaagaactgtgaagatatggatgaatgcagcatacggaacatttgc
cttaatggaatgtgtatcaatgaagatggcagttttaaatgtatttgcaaacctggattt
cagctggcatcagatgggcgttactgtaaagatattaacgagtgtgaaacaccggggatc
tgcatgaacgggcgttgtgtcaacactgatggctcctacaaatgtgaatgctttccagga
ctggccgtggggctggatgggcgagtgtgtgttgacacacacatgcggagcacatgctac
ggtggatacaagagaggccagtgtgtcaagcccttgtttggtgctgttactaaatcggaa
tgctgctgtgccaacattgagtatgcatttggggaaccttgccagccgtgtcctgcacag
aactcagcggagtatcaggcactctgcagcagtgggccaggaatgacctcagcaggcagc
gatataaacgaatgtgcattagatcctgacatttgtccgaatggaatttgtgaaaacctc
cgtgggacctacaaatgtatctgcaattcaggatacgaagtggattcaactgggaaaaac
tgtgttgatattaatgagtgtgtattgaacagtctactttgtgacaatggacaatgtcgg
aacactcctggaagttttgtctgtacctgccccaagggatttatatacaaacctgatcta
aaaacctgtgaagatatcaatgaatgtgaatccaatccttgcattaatggagtctgcaaa
aacagccaaggctctttcatctgtgaatgttctcctgaaagtactttggatccaacaaaa
accatctgcatagaaaccatcaagggcacttgctggcagactgtcatcgatgggcggtgt
gagatcaacatcaatggagccaccttaaagtctgagtgctgttcctcccttggtgctgcc
tgggggagcccctgtaccatatgccaagtcgatcccgtatgtggtaaaggcttttcaaga
ataaaaggaacacaatgtgaagatatcaatgaatgtgaggtgttcccaggagtctgcaaa
aatggcgaatgtgtgaacaccaggggatcctttaagtgccagtgtcccagtgggatgagt
ttggattccaccgggaggatctgcctggatatccgcatggaaacctgcttcctgaggtac
gatgacgaggagtgcacgctgcccattgccggccgccaccgcatggacgcctgctgctgc
tctgtgggggcggcctggggtacggaggaatgtgaggagtgtcccatgagaaacacgcct
gagtatgaggagctctgccccagaggacccggatttgccacaaaagatattacaaacgga
aaacctttcttcaaagatatcaatgaatgcaagatgattcccagcctctgcacccacggc
aagtgcagaaacaccattggcagttttaagtgcaggtgcgacagtggctttgctcttgac
tctgaagaacggaactgcacagacattgatgagtgccgcatatctcctgacctctgtggc
cgtggccagtgtgtgaacaccccaggggactttgaatgcaagtgcgacgaaggctatgaa
agtggattcatgatgatgaagaactgcatggatattgacgagtgtctgcgaaatcccctc
ctgtgccgaggaggcgcttgcctgaacaccgagggaagttaccgctgtgaatgtcctcct
ggtcatcagctgtcccccaacatctcagcatgtattgacatcaacgagtgtgaactgagt
gcgaacctctgtcctaatggccggtgtgtgaacctcatagggaaatatcagtgtgcctgc
aaccctgggtatcattcaactcccgacaggctgttttgtgtggacattgatgaatgcagc
ataatgaatggtggttgtgagaccttctgtacaaactctgaaggtagctatgaatgtagc
tgtcagccgggatttgcactaatgcctgaccagaggtcatgtactgacattgatgagtgt
gaagataaccccaatatctgtgatggtggtcagtgcaccaacatacctggagagtacagg
tgcttgtgttatgatggattcatggcatctgaagacatgaagacttgtgtagatgttaat
gaatgcgacttgaatccaaatatctgcctaagtggaagctgcgaaaacacgaaaggctca
tttatctgccactgtgacatgggatattcaggcaaaaaaggaaaaactggctgtacagac
atcaatgaatgtgaaatcggagcacacaattgcgacagacacgccgtatgtaccaacaca
gcaggaagcttcaaatgcagctgcagccccggatggatcggagatggcattaagtgcact
gatctggatgaatgctccaatggaacccacatgtgcagccagcatgcagactgtaagaat
accatgggctcctaccgctgcctctgtaaggaagggtacacaggcgatggcttcacttgc
acagatctggatgagtgctctgagaatctgaacttgtgcggcaatggccagtgcctgaac
gccccgggaggataccgctgtgaatgcgacatgggctttgtgcccagtgctgacgggaaa
gcctgcgaagatattgatgagtgctcccttccaaacatctgtgtttttggaacttgtcac
aatcttcctggcctgttccgttgtgagtgtgagattggctatgaactggacagaagtggc
gggaactgcacagatgttaatgaatgtctggatccaaccacgtgtatcagtgggaactgt
atcaacactccaggcagctatacctgtgattgtccacctgattttgagctgaatccgact
cgagttggctgtgtcgatacccgctctggaaattgctatttggatgttcgacctcgagga
gacaatggagatactgcctgtagcaatgaaatcggagtgggtgtttccaaagcatcctgc
tgctgttctctggggaaagcctggggtactccttgtgagctttgccctgctgtgaacacc
tctgagtacaaaattctttgtcctggtggagaaggttttcgacccaaccccatcactgtt
atactggaagacattgacgagtgccaggagcttccagggctgtgccagggcggcaaatgc
atcaacaccttcggtagtttccagtgccgctgtcccacgggctacttcctgaatgaagat
acccgagtgtgtgatgatgtgaatgagtgtgaaactccaggaatctgtggtccagggaca
tgttataacaccgttggcaactacacctgcatttgccctccagactacatgcaagtgaat
gggggcaataattgcatggatatgagaagaagtttgtgctacagaaactattatgctgac
aaccagacctgtgacggagaactgttgttcaatatgaccaagaagatgtgctgctgttcc
tacaatattggccgagcctggaataagccctgtgaacagtgtcccatccccagcacagac
gaatttgctacactctgtggaagtcaaaggccaggcttcgtcattgacatttacaccggc
ttacctgttgatattgatgaatgccgggagatcccgggggtctgtgaaaatggagtgtgc
atcaacatggttggcagcttccgatgtgaatgcccagtgggcttcttctataatgacaag
ctgttggtttgtgaagatatcgatgagtgtcagaacggcccggtgtgccagcgcaacgcc
gagtgcatcaacaccgccggcagttaccgctgcgagtgcaagcccggctaccgcttcact
tccacggggcagtgcaatgatcgcaatgagtgtcaagaaatccccaacatatgcagccat
ggacagtgtattgacacagtcggaagcttttattgcatttgtcacactggttttaaaaca
aatgctgatcaaaccatgtgtttggacataaatgagtgtgaaagagatgcctgtggaaac
ggaacttgcagaaatacaattggctccttcaactgccgctgcaatcacggtttcatcctc
tctcacaacaatgactgcatagatgttgatgaatgtgcaactggaaacgggaacctttgc
agaaatggccagtgcatcaatactgtggggtccttccagtgtgagtgtaacgaaggctac
gaggtggctccggatggcagaacttgtgtggatatcaatgaatgtgttctagaacccgga
aaatgtgcaccaggcacctgtcagaacttagatgggtcctacaggtgtatttgtccacct
ggatacagtctacaaaatgacaagtgtgaagatattgatgagtgtgtggaagagccagaa
atctgtgccttgggcacatgcagtaacactgaaggcagcttcaaatgcctgtgcccagac
gggttctctctgtcctctactggaagaaggtgccaagatttgcgaatgagttactgttat
gcgaagtttgaaggaggaaagtgttcatcacccaaatgctggggagatccctgtgagctg
tgtcccactgagcccgatgaggccttccgccagatctgtccctatggaagtgggatcatt
gtgggacctgatgattcagcagttgatatggatgaatgcaaagaacctgatgtctgtaaa
cacgggcagtgtatcaacacggatggctcctaccgctgcgagtgcccctttggttacatt
ctggaggggaatgaatgtgtagatattgatgaatgttctgtgggcaatccttgtggaaat
ggaacttgcaagaatgtgattggagggtttgaatgcacctgtgaggaaggatttgagcct
ggtccaatgatgacttgtgaagatgtaaacgagtgtgcccagaatcctctgctctgtgct
ttccggtgtgtaaacacttatgggtcgtatgaatgcaaatgtcctgctggctatgtcctg
agagaagacaggaggatgtgcaaagacctggatgagtgtgaagagttgaaacatgactgt
gctgaaaagcaaatggaatgcaagaacctcattggcacgtatatctgcatctgcggacct
gggtatcagcgcacacctgacggggaagcctgcgtagatgagaatgaatgtcagaccaag
ccaggcatctgtgagaatgggcgctgcctcaacacgcgggggagctacacctgcgagtgc
aacgatggcttcacagccagccccgcccaggatgagtgccttgacaaccgggaagggtac
tgcttcacggaggtgctccagaacatgtgccagatcggttcgagcaacaggaaccccgtc
accaagtcggagtgctgctgtgacggagggagaggctggggtccccagtgtgagatctgc
cctttccaggggactgtggctttcaaaaaactctgcccccatggccgaggattcatgacc
aatggaacagatattgatgagtgcagagttatccatgacgtttgcaaaaatggggaatgt
gtcaatgacagaggatcatatcactgcatttgtaaaaccggctacactcccgacatcacg
gggactgcctgcgtagacctgaacgaatgcaaccaggctcccaaaccctgcaattttatc
tgcaaaaacacagaagggagttaccagtgttcctgccctaaaggttacattctgcaggat
gatggaaggagctgcaaagatcttgatgagtgtgcaactaagcagcacaactgtcagttc
ctgtgtgttaacaccattggcagcttcgcttgtaaatgtcctcctggctttacccagcac
cacactgcctgcattgataacaatgagtgcacctcggacatcaacctgtgtgggtccaag
ggcatttgccagaatactcctgggagcttcacctgtgaatgccagcggggattctcactg
gatcagagtggcgccagctgtgaagacgtggacgagtgtgaaggaaaccaccgctgccag
cacggctgccagaacatcatcgggggctaccggtgcagctgcccgcagggctacctccag
cactaccagtggaaccagtgtgttg

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (22)   

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