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KEGG   Pungitius pungitius (ninespine stickleback): 119197903
Entry
119197903         CDS       T07626                                 
Name
(RefSeq) collagen alpha-6(VI) chain-like
  KO
K06238  collagen type VI alpha
Organism
ppug  Pungitius pungitius (ninespine stickleback)
Pathway
ppug04510  Focal adhesion
ppug04512  ECM-receptor interaction
ppug04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:ppug00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    119197903
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    119197903
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:ppug04147]
    119197903
   00536 Glycosaminoglycan binding proteins [BR:ppug00536]
    119197903
Exosome [BR:ppug04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   119197903
Glycosaminoglycan binding proteins [BR:ppug00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   119197903
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   119197903
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_CoxE Kunitz_BPTI DUF1194
Other DBs
NCBI-GeneID: 119197903
NCBI-ProteinID: XP_037310494
Position
Unknown
AA seq 2736 aa
MEGGMGLLLGLVMATCFYGNIAQKTVCTQEAVADIVFMVDGSWSIGSENFKQIRQFLHTL
VDSFDIGPEHVRIGLVQYSTTPRTEFLLNTFRSKKEILSYIGSLPYKGGGTQTGLSLDFV
LKEHFVEAAGSRGARSVPQIAVVITDGKSQDNVESRAQDLKREGIVLYAIGIKDADEEQL
REIASEPHSQHVYSVSDFAALQGISQSIVQTLCTTVEEVKRQLLQLSQECAKATVADIVF
LVDGSSSIGTSNFQEIRQFLHAVVSGLDIGPDKVRIGLAQFSNETTQEFLLKEHMDKKSL
LASVDKLPYRTGGTETGKAIHFLLNNYFTEEAGSRVNQRVPQVAVVITDGDSTDDVVVPA
QQLRQRGVIVFAIGVGAANRKELESIANRPPERFLSSINNYQALQRLTVGLLKTVCISVE
DQRQALAKRFADIFFLVDSGMSQTNFGQIRTLLTQLVNQLNIGASSHRLGLAQYGQDIKV
EFLLNTFQNKEDTQNAIKRLRQQKLQTNEPRNLGGALRYAATNFFTGEAGSRADQGYRQF
LVVVSGKESDDPVHRVSRLIKSSGVTVVGMSLSESLMEMRIVATAPYVYRSISSAASLRA
LFEREEAENVLTEDCKAAKLADIVFIVDESGSIGTRNFQLVRTFLHSVVSGLDVGTSRVR
VGIVTYNEGAMAQVYLNSFNDKSELLKFIKMLPYRGGGTYTGAALEFALREVFIPQRGSR
RAKRIQQVAVVITDGESQDNVSTAAANLRREGITVYAVGVKDANDAQLVEMASYPPHKHK
FTVDSFAKLKSVRKSLQKLLCNNILRQAVSINTRRTGIKDGCVQTDEADIFFLIDHSGSI
YPKDFQDMKTFIIGFLHTFRLGPQHVRVGVVKYADSADLEFDLTAYSDAKSLEKAVEGIK
QIGGGTETGRALEFMGPHFDRAMATRGHKVPEYLVVITDGKSSDKVQAPAEKLRAKGIIV
YAIGVKNADVVELGEIAGDPKRTFFVNNFDALRPIKDDIITDICSQDACKDTPGDLVFLI
DSSGSIYPQDYEKMKDFIKSVINKSVIGKNNVHVGVMQFSTIQQLAFPLNQSYSKEEMSK
AVNGMKQVGGGTLTGEAITEVSQYFDAIQGGRPDMQQRLVVITDGEAQDQVKGPAEALRA
KGVLVYAIGVVDANTTQLMEISGSPDRTYAERDFDALKDLERQLAMELCNPGRECKKTER
ADIIFLVDGSTSVTLKKFRSMQRFMASMVNQTTVGKDLTRFGVILYSTNPQSVFTLNQYN
SKRAVLNAISALSSPYGDTYTGKALAYSLQFFNDAHGGRAALRVPQILMVITDGDATDRN
NLVAPAEELRDRGISVFSIGVEGANTSQLEIMSGHVKSRVFNVDNFDALEKLYKNISRVL
CNSTKPVCEKQQADLVFLIDQSGSISPNHYTIMKQFTTALVSSFKLSENLVRVGLAQFSS
TFQNEFYLNQYYSDEAVTKHILDMKQMGGGTNIGLALDSIRDHFDASRGGRRSDRISQNL
VLITDGESQDDVQGAADRLRALGIEMFAIGIGNVHDLELLQIAGAPERLFTVQTFGSLDK
IKQKVVDTICKSRPIKDPSACSIDIAMGFDISRGSRAPGEMLVSGHAKLQAFLPDIIRSV
SSVQGLCCLGPDPIKTNVAFQVVSRDGRPLYDFNFEGYSLDVVNKVMTLNLSEPTYFNSA
LLRSFGRKFSFQSKAGVKVLVIFSDGLDEDVMKLEQESERLRQSGVSALLTVALEGARDP
AQLQMVEFGRGFGYKLPLSIGMRSVSSAVLKQMDTVTERECCNVMCKCSGHNGIRGSRGP
PGSKGFSGQKGVPGFPGDEGVAGERGRPGPSGLQGVQGCSGLRGPKGYRGLRGNKGEQGE
YGLDGVIGEQGRTGQDGGQGPRGDSGNPGIPGIRGETGIKGQRGLRGDPGEPGADNTRPG
AKGEPGNLGLPGSSGEDGRPGDTGVLGKQGPNGRRGAIGEKGIPGGPGALGLQGTSGASG
LQGPRGVRGQPGPIGVTGHPGPQGGPGASGAPGSAGRRGANGQKGQPGDPGDTGAPGSQG
SRGMPGQDGKDGFGPAGPKGVKGDAGFPGYAGLLGEDGLQGPKGHPGSKGNRGRGGNSGV
LGGSGMSGEPGYPGHRGPRGLPGERNMTECQLITFIRDNCACSLGQSECPAYPTELVLGL
DMSEDVTPAAFERQRSALLYLLKDISVSESNCPTGARVAVVGYSGYTKYLIRFHDYRRKA
QLIELVKNIALERTSNRRQLGAAMRFVGHNVFKRVRAGMMMRKVAVFLSNGPSQDVDDIV
AAVMEYRALGIVPAVISLRNAPTVGRAMEVDDSGHSLFIVLGKDMAVDLKKVQSCAICYD
PCQRQDQCPFIQEPVRPQEVDMDLVLVADGSREVQADEYRGVQQLLGSVVEHLAVSPQPR
RAGKLARVAAVQQSGTLDIKVVFGFGAYQTSALMRNHLIRNMTQRAGSSALGRTLEFTLQ
EVLLKAGQPRKRRVLLTVVGTKTSVEDRAKLRYISRRAKCEGVAVFVVTVGGRYDRAQVE
ELASPPLHQHLIHMGSLKAEEQGYAQRFFRVFLSALNKEMNTYPPPSFKRTCEQLTEPNG
GQLFINSQGTALGNQEAFSENEGFQEQTGGQTQTGQLDVNGGLTRGDGQRFVSLSHAQCQ
LAADTGIQCEDYVQVWFFDVAIGACSPFWFGGCGGNGNRFNTEIECFRTCGSHSKSRLRE
TCLVFLTPPHISHGVLLATLSISITMSQQHWNQSVT
NT seq 8211 nt   +upstreamnt  +downstreamnt
atggaaggggggatgggtctgctcctcggcctcgtcatggcaacatgtttctacggcaac
atcgctcaaaaaacagtctgcactcaagaggccgtggctgacatcgtcttcatggttgac
ggctcgtggagcattggcagcgagaacttcaagcagatccgtcagtttctgcacacgctg
gtcgacagctttgacatcggcccggagcacgttcgcatcgggctggtccagtacagcacc
accccgcgcaccgaattcttgctcaatactttccggagcaagaaggaaatcctcagttac
atcggtagcttgccctacaagggcggcggcacacagacgggactgagcctggacttcgtt
ctgaaggagcactttgtggaggccgccggcagccggggggcacggagtgtgccacagatc
gccgtggtgatcactgacggcaagtcacaagacaacgtggagtcccgcgctcaagacctg
aagagagagggaatcgttttgtacgcgatcggcatcaaggacgcagatgaagagcagctg
agagagattgccagcgagccgcacagccagcacgtctacagcgtgtccgactttgcggcg
ctgcaaggaatctctcagagcatcgtccagacgctttgcaccacagtggaggaagtcaaa
cgacaactgctgcagttgtctcaagaatgtgccaaagccacggtggccgacatcgtcttc
ctggtcgatggctcctccagcatcggcaccagtaacttccaggagatccggcagttcctc
cacgccgtggtgagcggcctggacatcggccccgacaaggtccggattggcttggctcag
ttcagcaatgaaaccacccaagagttcctgctgaaagagcacatggacaagaagtccctg
ttggcctcggtggacaaattaccctaccgaaccggaggcacggaaacaggcaaggccatc
cacttcctcctaaataattatttcacagaggaagccgggagccgagtcaaccagcgggtt
cctcaggtcgccgtggtcatcacagacggagactctacggacgatgtggtggtgcctgcc
cagcagctgaggcagcgcggggtcatagtgtttgccatcggagtgggagcagccaaccgc
aaggagctggagtccattgccaaccgtcctccagagcggttcctgtcctccatcaataac
taccaggctctgcagaggctgaccgtagggctgctgaaaacggtttgcatctccgtggag
gatcagagacaagccttggccaaaaggtttgcagatatcttcttccttgtagacagcggc
atgtctcagacaaacttcgggcagatcaggacactcctcacccaactggttaatcagctg
aacatcggagcgtcctcccaccgcctgggcttggcccagtacggtcaagatattaaggtt
gaatttcttcttaacactttccaaaacaaagaggacacccagaacgccattaagcgttta
cggcagcaaaagctccaaacaaacgagccacgtaatctgggcggcgctttgcggtacgct
gcgactaacttcttcaccggtgaggcaggcagccgggcggaccaaggctaccgacagttc
ctggtggtcgtaagtgggaaagaatccgacgatcccgtgcaccgggtgtcgcgtctcatc
aaatcctcaggagtgaccgtggtagggatgagcctcagtgaatccctgatggagatgcgc
attgtagcgacggctccctacgtctaccggtccatcagcagcgcggcatccctgagggct
ctttttgagagggaggaggcggagaacgttcttactgaagattgcaaagcagccaaactg
gctgacattgtgttcatcgtcgatgagtccggaagcatcggaacccgcaacttccagctg
gtgcgcactttcctccactcggtcgtgagcggcctggacgtcggtacctcgagagtccgc
gtgggcattgtgacgtacaacgaaggggccatggcgcaggtctacctcaacagcttcaac
gacaagagcgaactgttgaagttcatcaaaatgctcccgtaccggggtggtggtacatac
accggggcggccctggaatttgccttgagggaggttttcatcccgcaaagaggaagcagg
agagcgaagaggatccagcaggtggcggtggtgatcacagacggcgaatcccaagacaac
gtgagcacggcagcagctaatctccgtcgagagggtatcactgtttacgcggtaggggtt
aaagatgccaacgatgcccagctggtagagatggcttcttaccccccccacaagcataag
ttcactgttgacagttttgccaaactgaaatcagtaaggaagagcttgcagaaactgctg
tgcaacaacatcctccggcaagcagtctccatcaacacaagaagaacgggcatcaaagac
ggctgtgtacagacagatgaagctgatatcttcttcctcattgatcactcaggaagcatt
taccccaaagacttccaagacatgaagacgttcatcatcgggtttctacacacgttccgt
ttagggccacaacatgtccgcgtgggtgttgtaaaatatgcagattcggcagatttagaa
tttgatctgacagcctactctgatgcaaagtcattggagaaagcggtagagggaattaaa
cagataggaggtgggacagagacggggagagcgctggagttcatgggtccacactttgac
cgagccatggctactcgtggtcacaaagtcccggagtacctggtggtcatcaccgacgga
aaatcctccgacaaggtccaggctcctgcggaaaaactgagggcgaagggaatcattgtc
tacgccataggagtgaagaatgctgacgtggtcgagcttggagagattgccggtgacccc
aagaggactttttttgtcaacaattttgatgctctgagacccataaaggatgacatcatc
acagacatttgttcccaagatgcttgtaaagacacacccggcgacctcgttttcttgatc
gacagttccggcagcatctacccacaagactatgaaaaaatgaaggacttcatcaaatct
gtcatcaacaagtcagtcattgggaagaacaatgtgcacgttggtgtcatgcagttcagc
accatccaacaactggcctttcccctaaaccagtcctacagcaaggaggaaatgtccaaa
gctgtcaacggcatgaaacaggttggcggtggcacgctcacaggggaagccatcactgag
gtttcccagtactttgatgcaatccaaggagggcgtcctgacatgcaacagagactggta
gtcatcacagacggcgaggcccaagaccaggtcaaaggccctgccgaggctctgagggcc
aagggagtgttggtctatgccattggagtggtggacgccaacacaacccagctgatggag
atcagcggttcaccggacaggacatacgccgagagggactttgacgcccttaaagacttg
gagaggcagttggccatggagctctgcaatccggggagagagtgtaagaagaccgaaaga
gctgacattattttcctggtggatggctccactagcgtgaccctgaaaaagttcagaagc
atgcagaggttcatggcatcaatggtgaaccagaccacagtcggcaaagacctgactcgc
tttggggtcattctttactccaccaacccccaatctgtttttactctgaatcagtacaac
tccaagcgagctgttctcaatgcgatatccgccctgagctccccatatggagacacctat
accggcaaggctctggcgtactcgttacagttcttcaacgatgcacacggtggtcgagca
gctctccgggtgcctcagattctgatggtgattacagacggcgatgccaccgaccgtaac
aatctggttgctcctgccgaggaactccgagacagagggatcagcgtcttcagtatcggc
gtggagggggccaacacgtcgcagctggagatcatgtctggtcatgtgaagtccagagtt
ttcaatgtggacaactttgatgccctggagaaactgtacaagaatatcagtcgtgtcctc
tgcaattccaccaaaccagtttgtgagaaacagcaggcggacctggtcttcctgattgat
cagtctggcagcatcagtccaaaccactacaccatcatgaagcagttcaccacagcgctg
gtgagcagcttcaaactcagtgaaaatttagtgcgtgtaggactcgcccagttcagcagc
actttccagaacgagttttacctcaaccagtattacagcgatgaagctgtgaccaagcac
atcttggacatgaagcagatgggtggtggcaccaacattggactggccctggattctatc
agggatcactttgatgcgtcgcggggaggtcgaagatctgacaggatctcccagaacctg
gtgctgatcacagacggagagtcgcaggacgacgtgcagggagcagctgaccgtctcagg
gctctgggtatcgagatgtttgccatcggcattggaaatgtccacgacctggagctcctg
cagatcgccggcgccccagagaggcttttcactgtgcagaccttcggaagcttggataag
atcaaacagaaggtggtcgatacaatctgcaaatctagacccatcaaagatcccagtgca
tgcagcattgatatcgccatgggattcgatatctctcgaggaagccgagctcccggcgag
atgctggtcagcggccacgctaagctccaggccttcctgcccgacatcatccgctccgtt
tcatcggttcaaggtctttgctgccttgggccggatcccattaagaccaacgtcgccttt
caagtagtgtcgcgagatggacgcccgctctacgacttcaactttgagggctacagctta
gacgtcgtcaacaaagtcatgaccttgaatttgtcagagcccacttacttcaacagcgcc
ctgctgaggtccttcgggaggaagttcagtttccagtccaaagctggcgtgaaggtgctg
gtgatcttctcagatggactcgatgaggacgtgatgaaactggagcaagaatcagagcgg
ctgcgacagtctggggtcagtgctctgctgacggtggccctggagggggcccgggacccc
gcccagctgcagatggtggagttcgggcgaggattcggctacaagcttcctctcagcatc
ggcatgaggagcgtcagcagcgcggtcctcaagcagatggacaccgtgacggagagagag
tgctgcaacgtcatgtgcaaatgttcgggacacaacggcatccgaggctctcggggcccc
ccggggtcaaagggtttctctggacagaaaggtgtccccgggttcccaggagacgaagga
gtcgctggggagcgtggtcgtcctggaccgtctggacttcagggggtgcagggttgttct
ggtctaagagggccgaagggctaccgaggtctccgtggtaacaagggagaacaaggagaa
tacgggctggacggagtcatcggagaacagggacggacgggacaggatggaggtcaagga
ccaagaggagactcgggaaatccaggtatcccgggaatcagaggggagacggggattaaa
ggacagcgaggactcagaggagacccgggggaaccaggtgctgataacaccagaccagga
gccaaaggagaaccagggaaccttggattaccgggatcttctggagaggacggacgtcca
ggtgacactggagtgctcgggaaacagggtccaaatggtagaagaggagcgattggcgag
aaggggatccctggaggaccaggagctttaggactccagggaacctccggtgcttcaggt
cttcagggtcccagaggggtcagaggtcaacctggaccgataggggtcactggacatcct
ggtccccagggaggaccaggagcatctggagcgccagggtcagccggacgacgaggagcc
aacggacagaagggccagccaggagacccaggtgatacaggtgcgccaggctcccaggga
tccagaggaatgccgggtcaggacggaaaagatggtttcggccctgcaggacctaaagga
gtgaagggagatgctggtttcccaggttacgcaggtctgctgggtgaagatggcctccag
ggacctaaaggacatccgggatctaaagggaaccgaggacgaggcggaaactcaggcgtg
ctgggaggatcaggcatgtctggagaaccaggatatccaggtcacaggggtcccagaggt
cttcccggagaaagaaacatgactgagtgtcagctgattaccttcatcagagacaactgt
gcttgttcgctcggtcagtcagagtgccctgcctaccccactgagttggtcctgggcctg
gacatgtctgaagacgtgaccccggcggccttcgagaggcagcgttccgcccttttgtac
ctgctgaaggacatttccgtctcggagagcaactgtccgacgggcgctcgcgtggccgtg
gtaggttacagcggctacaccaagtacctgatccgcttccacgattatcgtcgcaaggcc
cagcttatcgagttggtgaagaacatcgccttggagaggacgtccaacaggcgccagctc
ggtgccgccatgcgtttcgtgggtcacaacgtcttcaagcgtgtccgagcgggaatgatg
atgaggaaggtggccgtcttcctctctaacgggccgtcgcaggatgttgacgacattgtc
gccgctgtaatggagtaccgggccctcggcatcgtgccggcagtcatctccctgaggaac
gctcccactgttggtcgagccatggaggtcgacgactcaggacactccctcttcatcgtt
ctgggtaaagatatggctgttgacctgaagaaggtccagagctgtgccatctgttacgac
ccctgtcagcgtcaggaccaatgccccttcatccaggaaccagtgcggcctcaggaggtt
gacatggacctggtcctggtggcggacggctccagggaggtgcaggctgacgagtaccgc
ggcgtccagcagctgctgggctctgtggtggaacatctggctgtaagtcctcagccccgc
agggcgggcaaattggcccgggtggccgcggtccaacagagcggcaccctggacatcaag
gtagtgtttggcttcggggcctaccagaccagcgcactgatgaggaaccacctgatccga
aacatgacgcagcgggccggttcgtcggcgcttggacggacgctggagttcaccttgcag
gaggttcttctgaaggccggacagccccggaagaggagggtgctgctgactgtggtggga
accaagacctcggtagaagaccgagctaagctgcgctacatttcccggagggccaagtgt
gagggggtggcggtgttcgtggttacggtcgggggtcgctatgaccgggcgcaggtggag
gagctggccagtccgcctcttcatcagcacctgatccacatgggcagtctgaaggctgag
gagcagggctacgcccagcgcttcttcagagtcttcctctccgcgctcaacaaggaaatg
aacacgtatcctcctccatctttcaagcggacatgtgagcagctgacagaaccaaatgga
ggacaactattcattaacagtcaggggacagcactggggaaccaggaagcgttctcggag
aacgaggggttccaagagcagacgggaggacaaactcagacgggccagcttgacgtcaac
ggcggtttgaccagaggagacggacagagatttgtctccctgtcccacgcccagtgtcag
ctggctgctgatactggtatccagtgtgaggactatgtccaagtgtggttctttgatgta
gccatcggtgcatgttctcccttctggtttggcggctgcggcggtaacggcaaccgcttt
aacactgagattgaatgtttccggacatgtggctctcacagtaagtcgcgactgagggaa
acgtgtctcgtctttctcacaccgcctcatatttcacacggtgttctgctcgctactctc
tccatctccatcaccatgtcacagcaacactggaatcaatcggtaacatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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