KEGG   Cynoglossus semilaevis (tongue sole): 103384898
Entry
103384898         CDS       T04866                                 
Symbol
agrn
Name
(RefSeq) agrin isoform X1
  KO
K06254  agrin
Organism
csem  Cynoglossus semilaevis (tongue sole)
Pathway
csem04512  ECM-receptor interaction
csem04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:csem00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    103384898 (agrn)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103384898 (agrn)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:csem00535]
    103384898 (agrn)
Proteoglycans [BR:csem00535]
 Extracellular matrix (ECM) proteoglycans
  Basement membrane proteoglycans
   103384898 (agrn)
SSDB
Motif
Pfam: Laminin_G_1 Kazal_2 Laminin_G_2 Kazal_1 NtA Laminin_EGF SEA CFAI_KAZAL EGF Laminin_G_3 hEGF
Other DBs
NCBI-GeneID: 103384898
NCBI-ProteinID: XP_016891428
Position
10:9035897..9288411
AA seq 2110 aa
MRSDRTVRAGRTALLLAGLLVSLWQRCSASCPERELEDREEEANIVLTGTVDEIINMDPV
HNTYSCKVRVWRYLKGKTSVNREILLDGGNKVMIGGFGNPSICDNQVATGDTRIFFLNPA
PELMGPEHKNELMLNSSLMRITLRNLEDVEHCVEDKPPHFSPVQPPDACRGMLCGFGAVC
ESDPTNRAKAECVCKKMDCPSLVAPVCGSDSSTYSNECELEKAQCKTQRRIKVLRKGPCS
LKDPCTEVTCSYGSTCVQSSDGLSAKCMCPLSCEGKPEETVCGSDGKDYRNECELYEHAC
KKQKNIRVQHQGHCDPCRDSENSLNTQCRVEPLTRQPQVYSVPGSCPPDSEPLCASDGQT
YTSECAMMAMSLQKGVKLKKIHKGKCRRLEECKEECLFNGVCVVEQLSTRCSCDPIECDG
IYKPLCGKDGHTYSNDCMRRKAECVSRSLIPIKHLGPCDLNVPSPCLEKVCDHGAVCVVK
NNEPVCECPEACLQTNDPVCGSDGHSYGSPCEMRAMGCALQKAIHIHHKGPCDESCGNCS
FGAICDAQSGQCVCASECVESHQPVCGSDGTTYNSECELHVRACKEQMDLRVVSQGECKT
CGSTVCAWGTRCVRDKCECPQCSGEAFSPVCGTDGITYDNKCELRLSSCMHKKRIDVAKA
GSCDEDCGSGGSGSGSESCEQDRCRLFGGSWDEDAEEDRCVCDFSCQSVPHSVVCGSDGK
NYSNECELKKARCEKQDHLLIQNQGPCAVISATSPPELTAPQHCSLSVYGCCSDNTTAAL
GVEMAGCPSTCQCNSYGSYKGTCDPATGQCSCKPGVGGQKCDRCEPGFWNFRGIVTENMS
GCTPCNCDANGSVRDDCEQMSGLCSCKTGAKGMKCNVCPDGSKMGMNGCDKGPEAPTSCE
ELVCSFGASCIEINGQAHCECPPPDCDERNKTKVCGSDGVTYADQCQLRTIACRQDKDIT
VQHFGQCTEIISELTERPTTNPFTTIPSSTVAAVITTTARLVLDKVWAIPPPRTTKPETI
EQPPTATIFPTLTHHRTGSTHRPIFTKPLQSTAASSTSSFHSSPPPSAAATSFEDSGSGE
PSGDDQTEEEEGPEEEAGSGVPVEASGAEPVGPTVASTTVVKPEERSSCDNTEFGCCPDE
KTPSSSPDGANCPSTMKFSGFLHLDQVEGQEIFYTPEMEDPKSELFGETARSIEGALNDL
FRKSAVHRDFMSVRVRNLAPSNSILAFVEAHFRPDTKYTVEDIEGALLKQLKVSKDTGIA
VKKPEDENIRFTNYGLSSIPFFTTTTTTTTASITTVAPTTTPATTATAATTTAVLRTTSP
YITRRPPGTTRRPFNRRTTTTAAPVTTPPTTTAAETTTELPPVTTIAHYRGRIHHKPQKP
CDSHPCLHGGTCEDSGNDFSCKCPAGRGGAVCEKVIKYFIPSFGGQSYLAFPTMSAYHTV
RIAMEFRVSESNGILLYNGQGGKKDFISLALVNGRVELKFNTGSGTGTVVSKVQVSQGRW
HQLVVTRNRRNAMLSVDNEPHIEGQSPQGTEGLNLDTDLFIGGVPEEIKQDVKERISVDT
GLVGCIRLLDVNNRVLNLQENGGHSLYGSGVGECGNNPCQPNPCKNSGSCEVKEAEMFHC
TCSKGFWGPTCADVHDPCVPNRCHPSSQCQVLPEGGYKCECPMGREGKHCEKVTERRGAY
MPQFNRDSYLELKGLHLYGHDLRQKLSMTVVLMANDSNGVIFYNGQKSDGKGDFISLALN
NGILEFRYDLGKGPAIIRSREPLQLHVWNTINLERSNRKGEIMVNKKDPVQGEAPKSRKN
LHVDLNLKESLYVGGAPDYSRIARAAALTDGFKGTIQKIILMGTPILKEENALRSSNVAM
FQEHPCAQEPCHNGGHCNPHLDTYECVCLSGFSGGHCQNTIYEKSAGETEAIAFDGRTFI
EYHNAVTKSQLTNEIPDPESLENPADQSEKALLVNKFELSIRTEATQGLVLWSGKGVERS
DYIALAIVDGRVQMTYDLGSKPVVLRSSVRVDTNRWIRIKASRALRDGSLQVGNEAAVTG
SSPLAATQLDTDGALWLGGLEELAVTRRLTKAYSTGFVGCIKDVVVDGVELHLVEDALNS
PRILQCPAAK
NT seq 6333 nt   +upstreamnt  +downstreamnt
atgcgttcggatcggacagtccgggctggccggacagcgctgctcctggccgggctgctc
gtgagtctgtggcagcgctgctctgcaagttgcccggagagagaactggaggacagagag
gaagaggccaacatagtcctgaccggcaccgtggacgaaatcatcaacatggacccggtg
cacaacacctactcctgcaaggtacgagtttggcgctacttgaaaggcaagaccagtgtc
aaccgtgaaatcctgctggatggtgggaacaaggtgatgattggcggctttggcaacccc
agcatttgtgacaaccaagtggccacgggcgacacgcgcatattttttctcaaccccgcc
ccggagttgatgggacccgaacacaagaacgaactcatgctgaactcaagtctgatgagg
attactctgcgcaacctggaggacgtggagcactgtgtagaagacaaacctcctcacttc
tcaccagtccagcctcctgatgcttgtaggggaatgctgtgtggttttggtgcagtgtgt
gagagcgatccaaccaaccgggccaaggctgagtgcgtttgcaagaaaatggactgtcca
tccttggtggcgccggtttgtggctcagattcatccacctactccaatgagtgtgaactg
gagaaagcccaatgcaagacacagagacgcatcaaggtgctgcgcaaaggaccgtgctct
ctgaaagacccctgcactgaggtgacctgtagctacggcagcacctgtgtccagtcatca
gacggcttgtcggctaaatgcatgtgccccctcagctgcgagggcaagcctgaggagacg
gtgtgtggcagtgatgggaaagactaccgcaacgagtgtgagctgtacgagcacgcctgc
aagaaacagaagaacatacgggtgcaacaccaaggccactgtgacccatgtagagacagt
gagaacagtctaaacacccagtgcagagtggagcctctcacccgccaaccacaggtgtac
agcgtcccggggtcatgtcccccggacagtgagcctctgtgtgccagtgatggtcagacc
tacaccagtgagtgtgccatgatggcaatgagcctgcagaaaggagtcaagctgaagaag
atccacaaaggaaagtgcagaagacttgaggaatgtaaagaggagtgtcttttcaacggt
gtctgtgtggtggagcagctgagcacccgctgttcctgtgacccaatcgagtgtgacggc
atctacaagcccctgtgtggcaaggacggccacacctacagcaacgactgcatgagacga
aaggcggagtgtgtgagcaggagcctcatccccatcaagcatctggggccctgtgatctc
aatgtacccagcccgtgtttggaaaaggtgtgtgatcacggggcagtgtgcgtggtgaag
aacaatgagccggtgtgcgagtgcccagaggcctgtctgcaaacgaacgacccggtgtgt
ggatctgacggccacagctacggcagcccgtgtgagatgcgagcgatgggctgtgcactt
caaaaggccatccatattcaccataagggaccctgtgatgagtcttgtggcaactgctct
tttggagcaatctgcgacgctcagagcggtcagtgtgtgtgtgcgtcagagtgcgtggag
tcccatcagcctgtgtgtggcagcgacggcaccacctacaacagtgagtgtgagctgcat
gtacgagcctgcaaagaacagatggacctgcgggtggtcagccaaggagagtgcaaaaca
tgtggcagtactgtttgtgcctggggcactcggtgtgtcagggataagtgtgagtgccca
cagtgttcaggcgaggccttctcgccagtgtgtggcactgacggcatcacctacgacaac
aagtgcgaactccgcctgtcgtcctgcatgcataagaagagaattgacgtggcgaaggcc
ggcagctgtgatgaagactgtggctcaggaggttcaggctccgggtcggagagctgcgag
caggaccgctgtcgtctctttggaggctcgtgggatgaagatgcagaggaggatcgctgc
gtttgtgatttcagctgtcaaagtgttcctcacagcgtggtttgtggttcagatggaaag
aactacagcaacgagtgtgagctgaagaaggccagatgtgagaaacaggatcacttgttg
attcagaatcagggaccatgtgcagtgatttcagccacatctcctccagagctgacagca
ccccagcactgcagtctgtctgtgtacggctgctgctctgacaacacgacagctgcctta
ggagtcgaaatggctggatgtccgagtacctgccagtgtaacagctatggatcctacaaa
ggaacgtgtgacccagccactggccagtgctcctgtaaaccaggtgtcggggggcagaag
tgtgaccgctgtgagccgggattctggaacttcaggggcattgtgacggagaacatgagc
ggctgcacaccgtgtaactgtgacgccaacggctcggtccgggacgactgtgagcagatg
tctggtctgtgttcctgcaagacaggggcgaagggcatgaagtgcaacgtgtgtccagat
ggaagcaaaatgggcatgaacggctgcgacaaaggtcctgaagctcccacttcatgtgaa
gagttagtgtgcagttttggagcttcctgcatcgagattaatggccaagcccactgcgag
tgccctccacctgactgtgatgagagaaacaaaaccaaggtgtgtggctcagacggggtg
acctatgccgaccagtgccagctgaggaccatagcctgcaggcaagacaaggacatcaca
gtgcagcacttcggacagtgcacagaaatcatctccgagctgacagaacgacccaccacc
aacccattcaccaccattcccagctcaactgttgccgccgtcatcaccaccacagcccgt
ttggttctagacaaggtgtgggccatcccgcctccgaggacaacaaaaccagagaccata
gaacagcccccgaccgccaccatcttccccactctcactcaccaccgcacggggtcaact
cacaggcccatcttcaccaagccactgcagtcaacagccgcctcctccaccagctccttc
cacagcagccctccaccctctgctgcagcgacctcctttgaagactctggtagtggggag
ccaagcggggatgaccagactgaagaagaggaggggccagaagaggaagcgggtagcggt
gttccagtggaggccagtggggcggagcctgtcggtcccactgtggccagcactacagtt
gtcaaacctgaagaaaggtcgtcctgtgacaacactgagttcggctgctgtccggatgaa
aagacaccatcgagcagtccagacggtgccaactgtccctctaccatgaagttcagtgga
ttcctgcacctggaccaagtggagggccaggagatcttctacaccccagagatggaggac
ccaaagtctgagctgttcggagagacggcccgcagcatagagggcgctctcaatgacttg
ttcagaaagtccgcggtgcacagagacttcatgagtgtccgggtccgaaatctggctccc
agcaactccatcctggcctttgtggaagctcacttcagaccagatacaaaatacacagtg
gaggacatcgaaggagccctgctgaaacagctgaaggtctccaaagacacaggcatcgct
gtgaagaagccggaggatgagaatattcgcttcaccaattatggtctctcctctatcccc
ttcttcaccaccaccaccaccaccactacggcctccatcaccacggtcgctcccaccacc
acacctgccaccacagctacagcagcaacaacaacagctgtgcttcggacaacctcaccg
tacatcacccgccgtccaccaggcaccacccgcagaccgtttaacagacgcaccaccaca
actgccgcaccggttaccacaccaccaaccaccacggcagctgaaacgacaactgagctg
cctccagtgactaccatcgcccactacaggggaagaattcatcacaagccccagaagccc
tgtgactcacacccctgtctacatggaggaacctgtgaggacagtggaaatgacttcagt
tgcaagtgtccggctggacgagggggcgcagtgtgtgaaaaagtcatcaagtatttcatt
ccgtccttcggaggccaatcctatttggccttcccaaccatgagcgcctaccacactgtc
cgcattgccatggagttcagagtgtccgagtccaacggcatcctgctctataatggacag
ggaggcaagaaggacttcatctccctggctctggtcaatggcagagtggagctgaagttc
aacaccggctccggcacagggactgtggtcagcaaggtgcaagtcagccagggccgctgg
catcagctggtggtgacacgcaatcgccgaaatgccatgctgagtgtagacaatgagcca
cacatcgaaggccagagcccccaaggcactgaaggcctcaacctggacactgacctcttc
attggaggagtgcccgaggaaattaagcaggatgtcaaggaaagaatatctgtggacaca
ggtctggttggctgcatccgactgctggacgtcaacaaccgagttcttaacctgcaggag
aacggtggccacagtctgtacggcagcggtgtgggtgaatgtggcaacaacccctgtcag
cccaatccatgtaagaacagcggctcatgtgaggtcaaagaggctgagatgttccactgc
acttgcagcaaaggattctggggtccaacttgtgctgatgtccatgacccttgtgtgcca
aaccgatgccatccatcctcacaatgccaggtgcttccagaagggggctacaaatgcgag
tgccccatgggtcgtgaaggaaaacactgtgaaaaagttactgagaggagaggggcttac
atgccacaattcaacagagactcatacctggagctgaagggacttcatctctacggacat
gatctgcgccaaaagctgagtatgactgtggttctcatggccaacgactccaacggcgtg
atcttctacaacggccaaaagtctgacggtaaaggagactttatctcactggctctaaac
aatggaatcctggagttccgctatgacctgggcaagggtcctgcaatcatccggagtaga
gaaccgctccagctacatgtttggaacaccattaacctggagcgctccaaccgcaaggga
gagatcatggtcaacaaaaaggacccagtccaaggggaggcgccgaaatcacgcaagaac
ctgcacgtagatctgaacctaaaggagtcactgtacgtcggtggagctcctgactacagc
cgcatagcacgagctgcggctctcaccgacggcttcaaaggaaccatccagaagatcata
ctgatgggtacacccatcctgaaagaggagaacgcgctgcgctccagcaatgtcgccatg
ttccaggaacacccgtgtgcccaggagccctgccacaatggaggtcactgcaaccctcat
ctggacacctacgagtgcgtctgcctcagcggtttctcaggcggacactgtcaaaacacc
atttatgagaagtctgctggagaaactgaggccatcgcctttgacgggaggacgtttatc
gaatatcacaatgctgttacaaagagccaactgaccaatgagatcccagatcctgagtct
ctggagaatccagccgaccagagtgaaaaggctctgctggtgaacaagtttgagcttagc
atccggacagaggccactcagggcctggtgctgtggagcgggaaaggggtggagaggtca
gactacatcgctctggccatcgtggacggacgtgtccagatgacgtacgatctgggttcc
aagcctgtggtgctgcgctcctccgtgcgagtcgacaccaaccgctggattcgcatcaag
gccagcagagcactgagagacggctctcttcaggtcggcaacgaagcagcagtaacagga
tcatcgcctctggcagcaacgcagctggacacggacggcgcactctggttgggtggtctg
gaggagctggccgtcacccgtcggttgaccaaggcctacagcactgggtttgttggctgc
atcaaagatgtggtggtggatggcgtggagctccacctggtggaggacgccttaaacagc
cccagaatactacagtgtcctgccgccaaataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (115)   
   KEGG ORTHOLOGY (1)   
   RefGene (111)   
   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 (133)   

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