KEGG   Nanorana parkeri (Xizang Plateau frog): 108805020
Entry
108805020         CDS       T04897                                 
Symbol
TNC
Name
(RefSeq) tenascin
  KO
K06252  tenascin
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04510  Focal adhesion
npr04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:npr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    108805020 (TNC)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108805020 (TNC)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:npr00536]
    108805020 (TNC)
Glycosaminoglycan binding proteins [BR:npr00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   108805020 (TNC)
SSDB
Motif
Pfam: fn3 Fibrinogen_C EGF_Tenascin EGF_2 Pur_ac_phosph_N EGF hEGF NDNF TauD
Other DBs
NCBI-GeneID: 108805020
NCBI-ProteinID: XP_018432476
Position
Unknown
AA seq 1819 aa
MGYPINVFACLLLMLSSQVNSGLIRKVIRHKRDTGFNVTLPEDNQPVVFNHVYNIKVPMG
SLCSVDLDPEGTSENEVKPKTELGKNYQETTLDEGNQIVFTHRINIPRRACGCAAAPDIK
DLLSRLEELENLVSSLREQCTSGAGCCSGSQTAQGKINLCGCICEPGWKGPNCSEAECPG
NCNNRGICVDGKCVCNPGYTGEDCSELTCLNDCNDQGRCVNGVCVCFDGYGGEDCSEEVC
PVPCGEHGKCVNGRCLCSEDFTGEDCSEPKCPGNCNNRGRCVDNECVCDEPYTGEDCSEL
ICPNDCFDRGRCVNGVCFCEEGFTGEDCGEVACPNNCNNNGLCVNGVCVCNEGFASDDCG
ELGCPNDCNDRGRCVNGVCICKEEYIGEDCGELRCPNDCNNRGRCVNGQCVCDVEYVGAD
CGDLRCPNDCDKRGSCVNGQCVCDEGFTGLDCSELRCPNDCDNKGRCVNGQCVCDEGFMG
LDCSELRCPNDCDNKGRCVNGQCVCDEGFTGLDCSELKCLNDCNNKGRCVNGQCVCDEGF
MGDDCSELRCPNDCNHRGRCVNGQCVCDNLFIGDDCGELRCPDDCNNRGVCVDGQCICNE
GFVGDNCVSPPEDLVVTDVTTQTVNLEWANKIKVSRYLISYTPTSVGGLELEFSVPGEQT
TATIKELEPGVEYFVRVYAILKNQKSIPVSARVATHLPTTDDLRFKTVRETYVDVEWEPL
DIPFDAWKLIFQNTKKLNGEISTSLEKSVTSYTQQGLAPGETYEVSIHVVKNNTQGPPLT
KLTTTRLDAPSEVDVKDVTDTSALITWMKPLAQIDGVSLTYGTGNEPRTTVELSEDESQF
AMNDLRPDTEYEVILISRRGEMTSSPVSETFTTDLDSPKNLKKVSQTDTTITLEWKNTQA
NVDFYRIKFAPLSGGDHEEITVPRSNLATTKATLTGLRPATEYGIGLTAVKQDRESSPAT
INAATDLDAPKDLEIASATETTMNLRWIKSVAKIDQYRLVYTPIGGSQSETQVLRDANSY
VLTGLEPGKEYSISLVAEKGRHKSKPASVVGRTEILRELGDLVVSQVDWDSFRLTWMAPD
NNYEKFVIQVHELKDGEEPQAVEVPGELRYLEVPGMKPATKYNITLHGVIQGQVTKPLFG
EAVTENKPEVDNLAVTGVTPESFDLSWTATQDSFDGFDVEVTDEDRLQEPVKFNVPGNLR
NTSISGLLPNTHYTIYLYGIIHGQRMQPIRVSATTESKPEVGNLEVSSVTPEGFQLSWTA
DEGGFDNFIIKMQDAKRLYEPVVFKVPGSERTSTVTGLRDGTEYEIELHGMASGQRSPPV
NGKATTGLGSPQGLSFSDITENSAKVIWLAPRIRVNKFIITYVPVAGGASQTVEVDGSKT
QTTLVNLSPGVIYTVSIVSVKGNEQSQPASGSLTTALDGPSALRAINVTESEALALWKPS
FASVDSYVISYSAKNAPAVDVTVSGNTAENDIIGLQPATEYTLKIYAVRGSLKSKEIFTT
FTTALDGPRDLTASEIQADSALVTWRPPRSIISGFLLIYESVDGTVKEVALGPDATSYRL
LDLSPSAQYTVRLQAINDNVKSKFIQTVFTTTGRLYPLPKDCSQALLNGETESGMYTIYA
DGDQSQPMEVYCDMNVDGGGWIVFLRRIDGSEDFYRNWRAYASGFGDPSKEFFMGLENLH
KITSQGQYELRVDLRDNDETAYAVYDKFSVGDSRKRYRLSVSGYTGTAGDSMTYHDGRSF
STYDKDNDSAITNCALSYKGAFWYKNCHRVNLMGRYNDNSHSQGINWFHWKGHEYSIQFA
EMKLRPVSFRNLEGRRKRA
NT seq 5460 nt   +upstreamnt  +downstreamnt
atggggtatcccataaatgtttttgcttgcctcttattaatgctgagttctcaagtgaac
agtggactcataaggaaagtcatccgacacaaaagagacaccggattcaatgtcacctta
cctgaagacaatcaaccagtagtctttaaccatgtttacaatattaaagttccaatgggc
tctctgtgttctgtagacctggacccagaaggtacatctgaaaacgaggtcaagccgaag
acagagctcggcaaaaactatcaggagaccacgttagatgaaggaaatcagattgttttt
acacaccgtatcaacatcccaagacgggcatgtggatgtgcagctgccccagatattaaa
gaccttctcagcaggttagaggaattggaaaacttggtgtcatcgctacgagagcaatgt
acttcgggagctgggtgctgttctggttcacaaaccgctcaaggtaagattaacctctgc
ggctgcatttgtgagcctgggtggaagggacccaactgttctgaagctgaatgcccggga
aactgcaacaaccggggaatatgcgtggacgggaaatgcgtctgcaatccgggttacacc
ggagaggactgcagtgaactgacctgcctgaacgactgtaacgaccaagggagatgcgtc
aacggcgtctgcgtttgctttgatggctacggtggggaagactgcagcgaggaggtctgc
cctgtgccttgtggtgaacacgggaagtgtgtcaacggccgctgcttgtgcagcgaggat
ttcaccggggaagactgcagcgaaccaaagtgtccaggcaactgcaacaaccgcggacgt
tgcgtggacaacgagtgcgtctgcgacgagccctacacaggggaggactgcagtgaactg
atctgccccaatgactgctttgaccgcggccgctgtgtcaacggcgtgtgcttctgcgag
gagggattcaccggagaggactgcggagaagtggcttgtccaaacaactgcaacaacaac
ggcttgtgcgtgaacggagtgtgcgtgtgcaacgaaggcttcgctagcgacgactgcggc
gagttaggatgccccaatgactgcaatgacaggggtcgttgtgtcaatggcgtgtgcatt
tgcaaggaagagtacataggagaggactgcggcgagctcaggtgtccaaacgactgcaac
aacagaggacgctgcgttaacggacagtgcgtttgcgacgtggagtacgtcggagctgac
tgtggtgatctcagatgccccaatgactgtgacaagagaggaagctgcgtcaatgggcag
tgcgtgtgcgacgaaggcttcacgggccttgactgtagcgagctgaggtgccccaatgac
tgtgacaacaagggccgctgcgtcaatgggcagtgcgtgtgcgacgaaggcttcatgggc
cttgactgtagcgagctgaggtgccccaatgactgtgacaacaagggccgatgcgtcaat
gggcagtgcgtgtgcgatgaaggtttcacgggtcttgactgcagtgaactaaaatgcctc
aatgactgtaacaacaagggccgctgcgtcaatgggcagtgcgtgtgcgatgagggattc
atgggagacgactgctcggaacttaggtgccccaatgattgcaaccacaggggacgttgc
gttaacggccagtgcgtctgcgacaacttattcataggtgacgattgcggtgaactgaga
tgccctgatgattgtaacaacagaggagtgtgtgtcgatgggcagtgcatatgcaatgaa
ggatttgtcggggacaactgtgtatcaccaccagaagacctagttgtgacagacgtaacc
acccaaacggtcaatctcgaatgggccaacaaaatcaaagtcagccgatatctgatctca
tacactcccacaagtgtgggagggctagagctcgaattcagtgtgcctggagagcaaacc
acagccaccattaaggagcttgaaccgggtgtggagtactttgtccgtgtctatgctatc
ctgaaaaaccagaagagcatccctgtcagtgcaagggttgcaacacacttgcccaccaca
gatgatctgaggtttaaaaccgtaagggagacctatgtagatgtggaatgggagccgctg
gatatcccatttgacgcatggaaactgatattccagaacaccaaaaagctaaatggagag
ataagcacaagcctggaaaaatcggtcacctcctatacacaacaaggacttgcccccgga
gagacctatgaagtttcaatccatgtagtgaagaacaacacgcaaggaccgcctttaacc
aaactcaccacaacaagactggatgcccccagtgaagtcgatgtaaaagatgtcaccgac
acttccgcactcataacatggatgaaacccctggcacaaatcgatggagtttctctcacc
tacggaacaggaaacgagcccagaaccaccgttgaactttctgaagatgaaagccagttt
gccatgaatgacctacgacctgacactgaatatgaagtcatattaatatcccgacgtggg
gaaatgacaagttctcctgtctcagagacctttacaacagatctggattctccaaagaac
ctgaagaaggtttcccaaaccgataccactatcacgctcgaatggaagaatacccaagcc
aacgtggatttctacaggattaagtttgccccactctcaggaggtgatcatgaagaaata
actgtgcccaggagtaatctagctaccaccaaggctacacttacaggtctcaggcccgca
actgaatatggcatcggactgactgcagttaaacaggaccgagaaagctctccagccact
attaatgcagcaacagacttggacgctcccaaagatctagagatcgccagcgccacagaa
acaaccatgaacttgcgttggataaagtcagtagccaaaatcgatcaatacagacttgtg
tacacaccaattggtggcagccaaagtgaaactcaggttctaagagatgccaattcctac
gtactgaccgggctggaacctggtaaagaatacagcatttcactcgttgctgagaaaggc
cgacataagagcaaaccggcatctgtggttggacgcaccgaaattctgcgtgagctgggc
gacttggtggtgtcccaagtggactgggactctttcaggctcacgtggatggcgccagac
aacaactatgagaaatttgtgattcaggttcacgaattaaaggacggagaagaaccacaa
gccgtcgaggttcctggagaacttcgctatctggaagtgccgggcatgaagccggccaca
aaatataacatcacgttacacggggtgattcagggacaggtcaccaagcctctctttgga
gaagctgttacagaaaacaagccagaagtagacaaccttgccgtcaccggtgtcacacct
gagagctttgacttgtcctggacagccacacaagattcctttgatggatttgatgtagag
gttactgatgaggacaggttacaggagccagtgaaatttaatgtccctggcaatctcagg
aatacttccatctcaggtttattacccaatactcattacaccatctacctctatggtatt
attcacggtcaacgaatgcaacctattagggtctcagcaactacagaatcgaaacccgaa
gtgggaaacctcgaagtttccagtgtgacccctgagggcttccaattgtcatggacagct
gacgagggcggttttgacaactttatcattaagatgcaggacgccaaacgcctttatgag
ccggtcgtttttaaggtgccgggcagtgagcgcacgagcaccgtgaccgggctgagagat
ggcactgaatatgagattgagctgcatggtatggctagtggtcagcgctctccgccggta
aacggaaaagcaacaacaggtttgggatctccgcaggggctgtccttctctgacatcacc
gagaactctgccaaggtgatctggttagctccaagaatccgggtgaacaagttcatcatc
acatatgttcccgtggctggaggcgccagtcagacagttgaagttgacggatcaaaaaca
caaactacgttagtcaacctctcgccgggagttatatacactgtgagcattgtgtccgtg
aaaggaaacgagcaaagccaaccagcttctggttctctgaccacagccctcgacggccca
tcagctcttcgtgccatcaacgtcacggagtctgaggctctggcactgtggaaaccttct
tttgcctctgtggacagttacgttatctcctactcagccaagaacgctcccgccgtcgac
gtcacagtttccggaaacacagcagagaacgacattatcggacttcagccggctacagaa
tacaccttaaagatctacgctgttcggggatcacttaagagcaaggaaatcttcacaacg
tttacaacagcattggatggccctagagacctgacggcgagtgaaatccaggctgactca
gctctggtcacgtggagacccccaagatccattatctctggtttcctgctgatctacgag
tctgtagatggaacagtcaaggaggttgctctggggcccgatgccacctcataccggctg
ctggatctcagcccgtctgcgcaatacaccgtaagactgcaggctataaacgataacgtc
aagagcaaattcatccaaaccgtcttcacaacaaccgggcgtctctacccactgcctaaa
gattgctcacaagcccttctgaacggagaaaccgagtcaggaatgtacaccatatatgcc
gatggggatcagtcccaacccatggaagtgtactgcgacatgaacgttgatggcggagga
tggattgtgtttttaagaagaattgatggttctgaagatttttacaggaactggagggca
tatgctagtggattcggagatccttcaaaggagttcttcatgggtttggaaaacttgcac
aaaatcacctcgcaaggacagtacgagctccgcgtggaccttagagacaacgacgaaact
gcttatgctgtttatgacaagttcagcgttggggactccaggaagcggtacaggctttcg
gtcagcggctacaccggcacggcaggagattcgatgacctatcacgacggacgctcattt
tccacatatgacaaggacaatgattctgccattaccaactgcgccctgtcctacaaagga
gccttctggtataagaactgtcacagagtgaaccttatgggcagatataatgacaacagc
cacagtcagggcatcaactggttccattggaagggtcacgaatactccatccagtttgca
gaaatgaagctcagacccgtgagcttcagaaatcttgaaggaagaaggaagagagcgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (167)   
   KEGG ORTHOLOGY (1)   
   RefGene (163)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (183)   

Download RDF
DBGET integrated database retrieval system