KEGG   Myotis brandtii (Brandt's bat): 102254069
Entry
102254069         CDS       T02920                                 
Name
(RefSeq) filaggrin-2-like
  KO
K06236  collagen type I alpha
Organism
myb  Myotis brandtii (Brandt's bat)
Pathway
myb04151  PI3K-Akt signaling pathway
myb04510  Focal adhesion
myb04512  ECM-receptor interaction
myb04611  Platelet activation
myb04820  Cytoskeleton in muscle cells
myb04926  Relaxin signaling pathway
myb04933  AGE-RAGE signaling pathway in diabetic complications
myb04974  Protein digestion and absorption
myb05146  Amoebiasis
myb05165  Human papillomavirus infection
myb05205  Proteoglycans in cancer
myb05415  Diabetic cardiomyopathy
Brite
KEGG Orthology (KO) [BR:myb00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    102254069
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    102254069
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102254069
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    102254069
 09150 Organismal Systems
  09151 Immune system
   04611 Platelet activation
    102254069
  09152 Endocrine system
   04926 Relaxin signaling pathway
    102254069
  09154 Digestive system
   04974 Protein digestion and absorption
    102254069
 09160 Human Diseases
  09161 Cancer: overview
   05205 Proteoglycans in cancer
    102254069
  09172 Infectious disease: viral
   05165 Human papillomavirus infection
    102254069
  09174 Infectious disease: parasitic
   05146 Amoebiasis
    102254069
  09166 Cardiovascular disease
   05415 Diabetic cardiomyopathy
    102254069
  09167 Endocrine and metabolic disease
   04933 AGE-RAGE signaling pathway in diabetic complications
    102254069
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:myb00536]
    102254069
Glycosaminoglycan binding proteins [BR:myb00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   102254069
SSDB
Motif
Pfam: HSR SAND PHD
Other DBs
NCBI-GeneID: 102254069
NCBI-ProteinID: XP_014385661
Position
Un
AA seq 2019 aa
MASRGSDLSTRMSAEEENIENKRINDIALIYFKKYKVEISDAIKTTFPFLELLRDHQFIT
NEMYENSQESFRKRFSVHEVIYDVLSELEKKFDMSLLGALFSKTIMKNYPNLFRIYKIFY
KAIPDIEFLLESDGEENEERPNDQLSLEQGTGGSSYQRLMWLGPDAWNYNDTAPPERGPL
EHRHDTQEINATETDTTSDNEDALKSQQANEQCAQESKTAGAELLHHGNKTSSCSINTVH
IKEEKPCLNSGVKCEAQARTDCNQASDVIVIDSQDFAEFTDGDGLPEASSTALKREPDAE
LLHQGNQINSCSINPVDIKEEKSCLNTGVECEAQARTDCNEASDVIVIDSQDFAELTDGD
GPPETSTTALKREPESVDFRKSPTRGQILCKTGAELLHQGNQNNSCSVHTVDIKKEKPFL
HSGVECEAQARTDCNEASDVIVIDSQDFAELTDGDGPPETSTTALKREPESMDFRNSPTS
GQILCTTGRSFEESSGFSPEKKPLVTCSSAVRNPEVFSGFSAQAKPPGPCSSAGRNTEES
SGFSAQTKPPGPCSSAGRNTEESSGFSAQTKPPGPCSSAERNPEVSSGFSAQSKPPGSCS
SAVRNPEVSSGFSAQTKPPGPCSSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSA
QSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRN
PEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPP
GPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSS
GFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNS
AVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQ
SKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNP
EVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPG
PCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLG
FSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSA
ERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQS
KPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPE
VSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGP
CSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGF
SAQSKPPGPCNSAVRNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAV
RNPEVSLGFSAQSKPPGPCSSAERNPEVSSGFSAQSKPPGPCNSAVRNPEVSSGFSAQNK
PPGPCSSVVRNPELSSGFSAQCKAPGPCSSAVRNPEVSSGFSAQNKPTGPCSSAVRNPKV
FSGFSAQAKPPGPCSSAVRSSEVSSGFAAQNKLPGSCSSAVRSLEGSSGFAAQNKPPGAC
SSALRIGPDANGTRKHKEENVNFHSEIIPVTCKELEGMLYIKKFEQGTVDLGNKSTLEKA
ERKKKIRKHTDGTMDFDAEILPVICGEMVGMLIKRKFERGSTVKCIRSQDGNWFTLQEFE
LKGGVKNANWKTSVRCNGRTLKWLMEENFLPQPPRIYGKIKKLENAEKCMICWEEGKFIY
CCVCRMGFHGDCHLPPVEPQRIPWRCTFCTMELSSRSQKQCYSESEVLARQMGSEEKSKC
EFLLLKAYCHFETNVFPNIPHENYFQKASQCLETLRRLDEIKNSLNKGCYAQVEGFVLEM
NNIFQDPKQNDSDLLKEEFKKNFKQVFAIQKANQNSSLV
NT seq 6060 nt   +upstreamnt  +downstreamnt
atggccagtaggggcagcgacctcagcaccaggatgtctgcagaagaagagaacatagaa
aacaaacgtatcaatgacattgcactcatatacttcaaaaaatataaggtggagatttca
gacgcaataaaaacaacatttcctttccttgaacttctccgtgaccatcaattcatcacc
aatgaaatgtatgaaaattctcaagaatcttttagaaaacggttttctgtacatgaagtc
atatatgatgttctcagtgaactggagaagaaatttgacatgtctcttctgggagcactg
ttcagcaagaccatcatgaagaattaccccaatttatttcgaatttataaaatattctac
aaagccataccagacatagaattcctcctagaaagtgatggagaagaaaatgaggagagg
cctaatgatcaactaagcctggaacaaggaactggtggtagttcatatcaaagactgatg
tggttaggcccagatgcctggaattacaatgatacagccccacctgaacgtggaccctta
gagcaccgccatgacacacaagagataaatgcaactgaaacagatacaaccagtgacaat
gaggatgcactaaaaagccaacaagcaaatgaacaatgtgcccaagagtcaaagacagca
ggagcagagctactccaccatggaaacaaaaccagttcctgctctataaacacagtgcat
ataaaggaggaaaagccatgtttaaattcaggagttaaatgtgaagcccaagcaaggact
gactgtaaccaggcgtctgacgtaatagtgatcgacagtcaggactttgcagaatttact
gatggagatggactccctgaagcttcctccacagcactgaaaagggagccagatgcagag
ctacttcaccagggaaatcaaatcaactcctgctctataaacccagtggatataaaggag
gaaaagtcatgtttaaatacaggagttgaatgtgaagcccaagcaaggactgactgtaac
gaggcctctgacgtaatagtgatcgacagtcaggactttgcagaattaactgatggagat
ggaccacctgaaacttccaccacagcattgaaaagggagccagagtccgtggatttcaga
aaatcacctacacgtggacaaatactttgcaaaacaggagcagagctactccaccaagga
aaccaaaacaactcctgctctgtacacacagtggatataaagaaggaaaaaccattttta
cattcaggagttgaatgtgaagcccaagcaaggactgactgtaatgaggcctctgacgta
atagtgatcgacagtcaggactttgcagaattaactgatggagatggaccacctgaaact
tccaccacagcattgaaaagggagccagagtccatggatttcagaaattcacctacatct
ggacaaatactttgcacaacggggagaagttttgaagagtcttcaggattcagtccagaa
aagaagcctctagtaacctgtagctctgcagttagaaaccctgaagtgttttcaggattc
agtgcacaggctaagcccccaggaccctgtagctctgcaggcagaaacactgaagagtct
tcaggattcagtgcacagactaagcctccaggaccctgtagctctgcaggcagaaacact
gaagagtcttcaggattcagtgcacagactaagcctccaggaccctgtagctctgcagag
agaaaccctgaagtgtcttctggattcagtgcacagagtaagcccccaggatcctgtagc
tctgcagtgagaaatcctgaagtgtcttcaggattcagtgcacagactaagcccccagga
ccctgtagctctgcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaa
cccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgca
cagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttagga
ttcagtgcccagagtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtg
tcttcaggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaac
cctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagctctgca
gagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgt
aactctgcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaaccccca
ggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagt
aaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttaggattcagt
gcccagagtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttca
ggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaa
gtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagctctgcagagaga
aaccctgaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgtaactct
gcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccc
tgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaaccc
ccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttaggattcagtgcccag
agtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattc
agtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtct
ttaggattcagtgcccagagtaaacccccaggaccctgtagctctgcagagagaaaccct
gaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtg
agaaaccctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagc
tctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaacccccagga
ccctgtaactctgcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaa
cccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgca
cagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttagga
ttcagtgcccagagtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtg
tcttcaggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaac
cctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagctctgca
gagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgt
aactctgcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaaccccca
ggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagt
aaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttaggattcagt
gcccagagtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttca
ggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaa
gtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagctctgcagagaga
aaccctgaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgtaactct
gcagtgagaaaccctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccc
tgtagctctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaaccc
ccaggaccctgtaactctgcagtgagaaaccctgaagtgtctttaggattcagtgcccag
agtaaacccccaggaccctgtagctctgcagagagaaaccctgaagtgtcttcaggattc
agtgcacagagtaaacccccaggaccctgtaactctgcagtgagaaaccctgaagtgtct
ttaggattcagtgcccagagtaaacccccaggaccctgtagctctgcagagagaaaccct
gaagtgtcttcaggattcagtgcacagagtaaacccccaggaccctgtaactctgcagtg
agaaaccctgaagtgtctttaggattcagtgcccagagtaaacccccaggaccctgtagc
tctgcagagagaaaccctgaagtgtcttcaggattcagtgcacagagtaaacccccagga
ccctgtaactctgcagtgagaaaccctgaagtgtcttctggattcagtgcacagaataag
cctccaggaccctgtagctctgtagtcagaaaccctgagttgtcttccggattcagtgca
cagtgtaaggccccaggaccctgtagctctgcagtgagaaaccctgaagtgtcttctgga
ttcagtgcacagaataagcccacgggaccctgtagctctgcagtgagaaaccctaaagtg
ttttcaggattcagtgcacaggctaagcccccgggaccctgtagctctgcagtgagaagt
tctgaagtgtcttcgggatttgctgcacagaataaactcccaggatcctgtagctctgca
gtgagaagtcttgaaggttcttcaggattcgccgcacagaataagcccccgggagcctgt
agctctgcactgagaattggtcctgatgcgaacggtacaagaaagcacaaagaagaaaat
gtgaattttcactctgaaataataccagtgacctgtaaggagctagaaggcatgttatat
attaagaagttcgaacaaggaactgtggatcttggaaacaaatctactttagaaaaagct
gagaggaaaaaaaagataagaaagcacacagatgggactatggattttgatgctgaaata
cttcccgtgatctgtggagaaatggtgggcatgttaattaagagaaaatttgaacgagga
tccacggtgaagtgtataagaagccaggatggaaattggttcaccctacaagaatttgaa
cttaaaggaggcgtcaaaaacgctaactggaaaacgagtgtgcgctgcaatggaagaacc
ctaaaatggctgatggaggaaaattttctacctcaacctccaagaatatatggcaagata
aaaaagctggaaaacgcagagaaatgcatgatctgctgggaagaaggaaagttcatctac
tgctgtgtttgtcggatgggatttcatggggactgtcacctcccacctgtggaacctcag
aggatcccttggagatgtaccttctgcacaatggaattgtcttcacgaagtcagaagcag
tgctacagtgaatctgaagtcctggcgagacagatgggatcagaagagaagtcgaaatgt
gaattcctactcctaaaggcctattgccatttcgagaccaacgtttttccgaatattcca
catgaaaattattttcaaaaggcttctcaatgcctagagacacttaggagattggatgaa
atcaagaatagtctaaataaaggatgttatgcccaagtggaggggtttgtgcttgaaatg
aacaacatctttcaggatcctaagcaaaatgactcagacctactaaaggaggaatttaag
aagaatttcaaacaagtctttgctattcagaaagcaaatcagaacagttcactggtgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (12)   
   KEGG PATHWAY (12)   
Genome (1)   
   KEGG GENOME (1)   
Gene (84)   
   KEGG ORTHOLOGY (1)   
   RefGene (80)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (106)   

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