KEGG   Cyprinus carpio (common carp): 109055247
Entry
109055247         CDS       T05134                                 
Name
(RefSeq) LOW QUALITY PROTEIN: basement membrane-specific heparan sulfate proteoglycan core protein-like
Organism
ccar  Cyprinus carpio (common carp)
SSDB
Motif
Pfam: I-set Ig_3 ig Ig_2 Laminin_G_1 Laminin_G_2 V-set Laminin_B Ig_6 Laminin_G_3 Laminin_EGF EGF hEGF EGF_2
Other DBs
NCBI-GeneID: 109055247
NCBI-ProteinID: XP_018928027
Position
Unknown
AA seq 2196 aa
MNVEGSTCSTCKQGTFYLSPANKDGCLSCFCMGVTQQCSSSRHYRDVVSTVFTPGNYQGF
ALVNRQRTNRIDSGFSIELSTDRTQLSYTNFNDLGQEPHYWQLPNAYQGDKVGAYGGKLK
YTISYVPGPRGSPIEDADVQIIGNDITLVARQPWRRGHGARESQDFEIIFREEHWQRPDG
MPATREHLMMVLADLDDILIRASYHTEMRSSSISGVRMDIAVPEYTGLAQALEVEQCQCP
PGYRGLSCQDCASGYTRTGGGLYLGHCEPCDCNSHSDSCHPETGICTNCQHNTKGELCEQ
CADGFFGDPTAGTPEDCQACACPGTDPDNQFSRTCESLGNGGYQCTACQPGYTGQYCERC
ASGYVGNPQARIPCRSVAASLVVKVYPERVQVVQGLPVTLRCQVSGYPPHYFHWSREDGR
PISSTAERRRQGEELHFPSVQPSDAGIYICTCRDQRSSNRSKAEIVVTTLPSKPIEVFIE
EPKLQSVAVGSTVSFICTAKSKLPAYTLVWTRIRNGKLPNRAMDFNGILTIQNVQPEDAG
TYVCTGSNMLGMDEGTATLYVPGFGWIDAPVATINPPVLTVQQGQRAEFRCTVTGNPTPA
VEWIEGPGNRISSKAVIRNGLLTIPSVDRSDEGEYICKALNTHGEHTARGVLHVQSTSQP
HGLPRVQVSPQRVEIHEGETLRLYCRAVGSPTPGLTWKKRGGSLPPQARMERTDIGTLLV
PNIRSSDAGTYLCVGTNTVGSSEAHIEVIVKRGEIIPSGVTIQPSIASVMEGETLDLNCI
VPGTSPASVKWSRASGLLSSNHQVLGTQLRILLASADDAGEYICQVEDGPFPRQASVSVS
VISSSSRLQSPIISIEPHSAAVKQGESASFRCRVHSGAQPVRLEWKPTNNLPLPDNVKIG
PDNSLMTITNAQAKNKGTYRCVASNLFGMTHSIASLIVRESPKAVVTPAGPVRIRVGDPI
NLECQAAGEPRPSVRWHRLDNNRKTMLSSPVPVDSSAIMQILVARPEDSGTYVCTAQNNQ
GTTETRVEVFVEGGSQVPTVPRASVREPMIVLVEGSTATLHCDAHGFPKPTITWSKERSS
LPWRHKIVDNSLVLPNVGRQDSGQYVCNATNHMGTSEVTIMLEVDTPPYATSLPDDVSVR
VGEVIRLQCLAHGTPPMRFEWTKVNGSLPPTGQQQGGDLQINLAKESDAGTYKCVASNKV
GKSEALARVSVRSPLSVKVSPQVEVKALGSAVEFTCAAKGGSHIEIEWLKEGGALPPNHH
IKDGVLRIENLEQSNEGIYTCRATSLFGQAQDSGKLTIQALPKVMINVRTSVQTVMVGSS
VEFECHAIGDPEPTVRWSKVGGSLPVHVEINGNILRIDHVVESDSGQYRCTATNNVGSEY
NPLISTLPQISAQPESKDVTVGSDAVLPCIASGYPVPTITWSKVENELPPKCRQDGHVLT
VPGVTHTDAGTYVCTAANKQGKVEAFTRLVVHERVMPYFTQEPLSYLTLHTIRNAYHAFS
IKITFRPDNVDGMILYNGQKKTTGADFLSFGLVGGRPEFRFDVGSGMATIRYPTPIKLGE
FHTVKLYRNETQGSLVVDGEAPINGTSQGKFKGLDLNEDLFVGGYPNYSMLAKTAGLKTG
FVGCIKQLIIQGEEVIFKDVDKSSTGVSNCPTCKDRPCQNGGVCEDSSASLYKCSCTRGF
TGSNCQHHSSLHCHTEACGPDATCINRPSGLGYDCRCHLGKSGNKCMDGTLVTTPLFDGD
ESYIAYPPLTNIHNDLRIEMEFKPMFSDGLMFFSGGKKMKVEDFVTLSMVDGHVEFRYEL
GTGQAVLRSQEPVSLGQWHRVVAERLNKDGSLKVDHAREITRSSPGKAQGLNIHTPMYLG
GVPKMDILPKPANVSMLFRGCIGEVFINGKKLDISYSFTESRAIRQCTDGSPCDRRPCLH
GGTCMASVEYEYQCLCAEGYEGDRCEIVRASCRDSSQCQNGGSCVNNHCVCPAGYTGRNC
EKGQESSFTEALWNLEGSGENDSPVEYSAYFHDNGYLALPKPMFPRSAPDSPETIELEIN
TVSEDGLILWQGVEQGGQGKGKDFISIGLQNGHLVFSYQLGSGEAQILSREPVNDGRWHM
ITAVRTGKQGYLQIDGGSVQSGQSQGKSIMVNTKGNIYLGGAPDMKALTGGKYSSGITGC
VKNLSLMNARPGEQPARPIDLQVHAEEGKNVERCLT
NT seq 6591 nt   +upstreamnt  +downstreamnt
atgaatgttgaggggtcaacatgttccacttgcaagcaagggaccttctacctcagtcct
gctaacaaagatggctgtctgtcctgcttctgcatgggcgtcacccagcagtgctccagc
tccagacattatagagatgtggtttccaccgtttttacccctggcaactaccaaggtttt
gctcttgtaaaccgccagcgcaccaaccgcattgacagtggcttctccatcgagctgtcc
acagatagaacacaactctcctacactaactttaacgatctcggacaggagccccactat
tggcagttacccaacgcctatcagggagacaaggttggcgcatatggtggaaagctgaaa
tataccatctcctatgtgccaggaccccgaggttctccaatagaagatgctgatgttcag
attattggtaatgacatcacgctggtggcacgccaaccatggagaagagggcatggagcc
cgagagtcacaggactttgagatcattttcagagaggaacactggcagcgtcccgatggc
atgccggcaacccgggaacacctgatgatggtgctcgcagacctcgatgacatcttgatc
cgtgcctcgtatcacacagagatgcgctcatccagtatttcaggggtccgcatggatatc
gctgtgcccgagtacactggcctggcacaggctttggaggtggagcagtgccagtgtcct
cctggttaccgtggtctgtcctgccaggactgcgcttctggatacactcgcacaggagga
ggcttgtaccttggccactgtgagccatgtgactgtaacagccactcggactcctgtcac
ccagagactggcatctgcacgaactgccaacacaacaccaagggtgagctgtgtgaacag
tgtgctgacggtttctttggagatccaactgctggaacccctgaggactgccaagcgtgt
gcctgccccggcactgaccccgacaaccaattctctcgtacctgtgaaagtctgggtaac
ggaggctaccagtgcactgcctgtcagcccggctacaccggccagtattgtgaacgctgt
gcgtctggatatgtcggaaatccacaagcgagaatcccctgccgtagtgttgctgcgtct
ctagtggtgaaggtgtatccagaaagggttcaggtggtgcaggggcttccagtcactctc
aggtgccaggtgtctggatatccaccgcactatttccactggtcccgtgaggatggacgc
ccaatctccagcacagcagagagacgcagacaaggagaggagttgcattttcccagtgtg
cagcccagtgatgctggcatctacatctgcacctgccgagaccagcgcagctccaataga
agcaaagcagaaattgttgttacaaccttaccatccaaacctattgaagtctttattgag
gagcccaaactacagagtgtggcagtgggatctacagtgagcttcatctgcacagccaaa
agcaagctgccagcgtacaccctggtttggacccgcatacggaacggcaagctgcctaac
cgggccatggatttcaatggaattctgaccattcaaaacgtgcagcctgaggacgcaggc
acctatgtttgcacaggctccaatatgcttggcatggatgagggcacagccacactctat
gtcccaggttttgggtggatagatgctccggtggccacaataaatccacctgtgctgaca
gtccaacagggccagcgggcagagttccgctgcacagtgaccggcaaccccacccctgct
gtggaatggatagaaggtcctgggaaccgaatcagttcaaaagctgtcattcgtaatggg
ctgctgaccatcccatctgtggatcgctcagatgagggcgagtacatctgcaaggctctg
aacacacatggcgagcacacagcccgaggagttcttcatgttcaaagtacaagtcaacct
cacggtctacctcgtgtacaagtgagccctcagcgggtggaaattcacgagggtgagact
ttgcggttgtactgtagggccgttggcagtcccactcctggcctcacatggaagaagaga
ggtggttcactgccgccacaggcccgcatggagcgcactgacatcggcactctcctcgta
cccaatatcaggtcgtctgatgcaggcacctatctctgtgttggaactaacactgtaggt
tcctcagaagctcatattgaggtcattgtaaaaagaggagaaatcatcccctctggagtc
accatccagccttctattgcttctgtaatggagggagagactctagatcttaattgcatc
gtcccaggaacctctccagcatctgtcaaatggagcagggcaagcggcctgctgtcatcc
aatcatcaggttttgggaactcagctgcggatcctgctggcctctgcagatgacgctgga
gaatatatctgtcaggtggaggacggaccattcccccgtcaggcttctgtatctgtgtct
gtgatatccagctcctcccgtctccagagccccattatctccattgagccacacagcgca
gcagtgaagcagggcgagtcagcgagcttcaggtgcagggtccacagcggagcccagccg
gtgcgcttagagtggaaacccaccaacaacctgcctctgccagataacgtgaagattggt
cctgacaattcactcatgactattaccaatgcccaagccaaaaacaagggcacctatcgc
tgtgtggccagcaacctgttcggaatgacccacagcatagcttcactcatcgtgagagaa
tctcctaaggctgtagtgacccctgcaggaccggtgcgaatcagggttggtgatcccatt
aatctcgaatgccaggccgctggagagccaagaccctctgtcagatggcacagactagac
aacaaccgcaaaacgatgctgagcagccctgtgcccgtcgattccagtgctatcatgcag
atcttagttgcacggccggaagacagtggcacgtatgtgtgcactgcacagaacaaccag
ggcacaactgagactcgagtagaggtgtttgttgaaggagggtctcaggtgcccactgtc
ccccgtgccagcgtacgtgagcctatgatagtcttggtagagggatcaactgcaacactt
cattgcgacgcccatggattcccaaagcccaccatcacgtggtctaaagaacgctcttct
ctgccttggagacacaagattgttgacaacagcctggtgttacctaatgtgggccgtcag
gactctggtcaatatgtctgcaatgccaccaaccacatgggcaccagtgaagttaccatc
atgctggaagtagacaccccaccctatgccacttccttgcccgatgacgtgtccgtgcga
gtgggtgaggtaatccgcctgcagtgcctggcccatggcaccccgcccatgcgtttcgag
tggactaaggtcaatggcagcttgcctcctactggtcagcagcaaggaggagacctccag
atcaacctggccaaggagagcgatgctgggacatacaagtgtgtggccagcaacaaggtt
ggcaagagtgaagcgctggccagagtctctgtccgatcacccctgtcagtgaaagtgtcc
ccacaggtagaagtgaaggctctgggcagcgctgtggagtttacctgtgctgctaaagga
gggtctcacattgagattgaatggctgaaggaggggggagctcttccaccaaatcatcac
attaaagacggagtgctcagaattgagaaccttgagcaaagcaatgagggaatctacacc
tgcagagctacaagtctgtttggacaggctcaggacagtggcaaactcaccattcaagct
ctacccaaagtgatgatcaatgtgcgcacatcagtacagacggtgatggtgggcagctcg
gtggagtttgagtgccatgcgatcggtgatcctgagcccacggtgcgctggagtaaagtg
ggaggctctctacctgttcatgtggaaataaatgggaacatcctgaggattgatcatgtg
gtcgaatcagattcaggacagtaccgctgcacagccactaataatgttggctcggagtat
aaccccttaatatccaccttgcctcagatttctgcacagcctgaatcaaaggacgtaact
gttggctctgatgcggtcttgccttgcattgcatctggatacccagtcccgaccatcaca
tggtcaaaggtggagaatgagttgccccctaagtgcagacaggatggccatgtcctgaca
gtccctggtgtcacacacacagatgcaggaacgtatgtgtgtacggctgctaataagcaa
ggaaaagtcgaggcattcaccagactcgtagttcatgagagagtgatgccctattttacc
caggagccactctcttacctcacactccacactatcagaaacgcctaccatgcattcagc
atcaaaattaccttcaggccggataatgttgatggtatgattctctataatggacaaaag
aagaccaccggtgctgacttcttatcttttggattggtggggggccgtcctgaattcagg
tttgatgtaggctctggtatggcaaccattcgttaccctactcccattaaactgggcgag
tttcacacagtgaagctgtataggaatgagactcagggctctcttgttgtggatggagaa
gctcctataaatggaacctcacagggaaaattcaagggtctggatctgaatgaggatctt
tttgtgggcggttatccaaactacagcatgcttgctaaaactgcaggcctcaagacaggg
tttgtcggctgtatcaagcagctgattatccaaggtgaagaggtcattttcaaggacgtt
gataaaagttccaccggagtttcgaattgtcccacttgcaaggatcgcccatgtcagaat
ggtggcgtatgtgaggactcttccgccagtctctacaaatgcagttgcacaagaggattc
acagggagcaactgtcagcatcactcttccttgcactgtcacacagaggcctgtggacca
gatgccacctgtattaaccgacccagtggtttgggctacgattgccgctgtcacttgggc
aagtctggaaacaagtgcatggatggtactctggtaaccactccattgtttgatggagac
gagtcttatattgcgtatcctcctcttactaatattcataacgacctccggattgagatg
gagttcaagcccatgttttcagatgggctgatgttcttcagcggaggcaaaaagatgaaa
gtggaggactttgtgacgttatccatggtggacggacatgtcgagttccgatatgaactt
ggaacaggtcaggcagttctgcgcagtcaggagcccgtgtctctgggtcagtggcatcgc
gtggtggcggagcggctcaataaagacggctccttgaaggtggaccacgcacgagaaatc
acaagatcatctccaggcaaggcccagggccttaatatccacacacccatgtatctggga
ggggtgcccaaaatggacatcttgcccaaacctgccaatgtcagcatgctgtttagagga
tgcataggagaggtcttcatcaatggaaagaagttggatatatcatacagcttcactgaa
agcagagccatcaggcagtgtacagacggcagcccatgtgaccgcaggccttgtctgcac
ggaggcacctgtatggccagtgttgagtacgagtaccagtgcctctgcgctgaaggatac
gagggtgaccgttgtgaaatagtgagggcgagctgtcgagactcctctcagtgtcagaac
ggtggcagctgtgtgaataaccactgtgtgtgtcccgccggctacacaggccggaactgt
gagaaagggcaggagtccagcttcaccgaggcgctgtggaatttggagggtagtggggaa
aatgactctcctgttgaatattctgcatatttccatgataatggatatctggcccttcca
aagcccatgttcccacgaagtgctcctgactctccagaaaccattgagttagagatcaac
actgtctctgaagacggcctcatcttgtggcagggagtggagcagggaggtcaaggaaag
gggaaggacttcataagtattggtttacaaaatggacatcttgtgtttagttaccagctg
ggcagtggagaggctcagattctctccagagagcctgtcaatgatggacggtggcacatg
atcactgcagtccgaacgggtaagcagggctacctccagatcgatggaggatctgtccaa
agtggacaatcgcagggcaaaagcatcatggtgaacaccaagggcaacatatacctgggt
ggcgctccagacatgaaagcattgaccggtgggaagtactcatcaggtatcacaggctgc
gtgaagaatctctctctgatgaacgctcgaccgggagaacagccagcgcgacctatcgac
ctgcaggtccacgcagaggagggcaaaaacgtggagcgctgcttaacatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (14)   
   Pfam (14)   
All databases (18)   

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