KEGG   Sinocyclocheilus grahami (golden-line barbel): 107600553
Entry
107600553         CDS       T04918                                 
Name
(RefSeq) LOW QUALITY PROTEIN: von Willebrand factor-like
  KO
K03900  von Willebrand factor
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04510  Focal adhesion
sgh04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107600553
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107600553
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:sgh03110]
    107600553
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:sgh04147]
    107600553
Chaperones and folding catalysts [BR:sgh03110]
 Intramolecular chaperones
  Others
   107600553
Exosome [BR:sgh04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107600553
SSDB
Motif
Pfam: VWD C8 VWA TIL VWA_2 Pacifastin_I VWC Vault
Other DBs
NCBI-GeneID: 107600553
NCBI-ProteinID: XP_016147975
Position
Unknown
AA seq 2640 aa
MEQFRWKGWSRILWVFVLNFSGLVSVEGSGRCSLFSRKHIHTFDGVIYEFPGDCSYMLAG
DCQHRSFSILGDFSHGKRKGVTLFLGEFFELHLSVDGTLSQGAERLPLPYASSSVFAGYE
LGYVRLWSEEFGFSIRIDSSHNIQLMLAKQHSNRTCGLCGNYNYLVEDEYTAQEGFLTDD
PYDFANSWAMKGADETCKRILPPSQSCNSTGESAKDQMSRCEAMSSSTLYLRCAHLMDAA
AFVSVCESDACHCSTGDDCVCQAMLEYARTCASRGITLSNWHLQSQCSPKCPIGMEYSDC
TPTCSTSCQNINIQEVCKEECVDGCNCPAGKVLDGDRCVDVSQCSCMHAGHRYPPASSIS
QDCNTCVCRHGSWECTNEECPGECLVTGQSHYKTFDNKFFTFSGICQYLLAKDCQSNSFS
VIIETAQCADDQDAVCTRSITLRFHDLPNQTVRLKHGGVVSVDGMDVKTPLINGALRVQN
TVLSSVRLLYGDDLHLDWDGRGRVLLRLNPAYAGKTCGLCGNYNGNQGDDFLTVGGLVET
RVEGFGNAWKMNADCDNVQLQPSDPCILNPKRVRFAEEACAVLLSMKFVPCHYVVNPEPY
VKNCRYDVCSCADGQVCLCDAVRSYAAACAAKGVLINWRGHGYCELTCPDDQVYEVCGSV
CNQTCRSLSLPDGDCGGFCEEGCFCPRGLFLSDAGECVPPEHCSCHHNGEIFEPNDMIGD
HHSICVCESGSMQCTSNEATGSTLSDLFFDEHSSSRGRRSITCPPPLQRFECESVRDAGI
ECAKTCQNLDLECVSQGCVSGCMCPLGMVRHKKECIPQDQCPCYHNNRPYASGQSINVDC
NTCVCEKRQWKCTQRVCDGVCRVIGETHYISFDGLKFSFPGPCQYVLSQDYCNGVDGTFR
VLVENSACGIAGYRCSKSITVLYMGGLIVMEHNEVRMKRPVLKETAVEIVRSGQYYIILL
GKHISITWDTGTRISLQINGQYRGKVCGLCGNFDAIQNNDLLSSSNQMEVDAADFGNSWK
VRPSCADAVPVVSQCSTDMVKLVTVEQSCRVLTSTIFRECNSVVDPEPYWDICTHDTCSC
PSVGDCACFCNTIAAYAHECAQKGLVVNWRSNDLCPLSCEELNKDAGVECEWRYNTCGSA
CPPTCQHPEPLSCPITCVEGCHAVCSPGQVLDEVLRKCVEASQCQVCMHDGERISHGKQF
ILNHDDPHLCQICHCESNTLTCGPCPVTGFASTLTPTTVSNTPTPLPFSTPVPADACDRA
MDLAFLVDGSSALSEEDFGLVKLFILRVVERFRMGSAHTRATVLLFHSGVKSYDMQVQKW
IFKKMVRDLRYSGGDVAFMDEAIKYLAVYIYDKNKREHAGRVAILLTASANPRPMRSTQR
LLRKKDITILTVALGPDVNMAQVNEITKATPSSRSYVVSSVSELDDEALAITDYLCTLGL
DPEPPKKPSTTKPSTTSVTPTTTATSKLTTATIPPTAAIVNTFPSIPSPGTTFPPTTVTT
YEVVFLLESSDAVGEEGFNKTRDALVDVVASLDQKEVENLRITVVQYSFTVTVVISRMEL
QHREQVLQRMRQLRWTKGAEVNTGHAIRSVYETVTTDTPSNTPDQMVFLITQSPPTDVIQ
RPPSSAHKKVYPIGIGQQIRYEDLVQLSFPDEPIMLDNPSDLKRLRPMLINISKTIRRPV
LPTLPPRATLPPSVPCSKPMDVLFLLRASSDNQFEDFKTFVRTFIKGTNIGTSQXVVTDR
SIDSVQEAANEALTAGVSVFPIGVGNQYDQTELSTLAGRHAQDNIIRLSSTEYLLAMAAL
DQSFTDKLCRAGPPGVCVDDEGNERKPGETWLLPDGCHSVLCNPSGTVTVQSHRINCEKM
EPPVCKNNLPALRYNHTCGCTWTCPCSCMGSSTSHVVSFSGAALKLRAACSYLLLRSGGV
ELVLHTAACQSSPNQICMKSLELRKGGTSVVLRDDMKVTVGGVITAVPFRSEGVTVTQIG
AILHQLRSEQHGFTLTFTPHSNEFMVNMDITMKPNTTGLCGSCSDDQVGLVLSDGSVTTD
PDMYLKGWALGECVQNQEVQSCAAGVAKGCDVLSSEVFSHCHALVPPQDYVQICRTVACQ
PNAVCDLVTAYSSVCRQQGVCVDWRTPTLCPMSCSDSMEYAACRTGCLEQCGRSQFSPGD
MMGDGLMKGNGSVCLKTPTEGCFCPEGLVLMGDKCVSKETCSQCVDHHGKTHKFMESWNP
EENPCLLCVCLDQQRINCTALPCTNSKAPECGQCEVLREKTGSKCCPEYECVCDPNCKQS
DPPHCDHGLSVVLTNPGDCLPVYQCVCKKDQCPVTTKPSCPAYKKLSVTPSECCDSYECM
CYCQNITRTCPPGYIMKTTANDCNCIEVTCTPNKVCVVGTVVYQVGSGWDEKCKTCTCTE
QADRQTGLHIAQCVDPVCNQICPLGTTYSHSEDECCGHCRKSSCVEGVRLRQVGEQWVSH
DDESSFLWKQSLKRIVSPGYTLEPIPNACCGRCVATECSIRRPDRQLVTLKVINMCRQSH
GLRSAALLGRTGKISQIGDTCCEMCTEPECRRTVGLLNYIRVDDCQSEEKIELTYCEGKC
GSKSMYSLDKHKVESECVCCSATGTVPMNVPLRCANGTQTHHQVLAVTGCDCMSHACSTD
NT seq 7923 nt   +upstreamnt  +downstreamnt
atggaacagttcagatggaaaggatggagtagaatcctatgggttttcgtcttgaatttt
tcaggtttggtgtcagtcgaggggtctggtcgctgtagtctgtttagccggaagcatata
cacacatttgacggtgtgatttatgagttccctggagactgcagctacatgctggcggga
gactgccaacacagaagcttctccatactgggtgatttctctcatggaaagaggaaagga
gtgactttatttctgggagaattcttcgagcttcacctctctgttgatgggacactgtca
caaggcgcagagaggctcccattgccgtatgcatcaagctctgtgtttgcagggtatgag
ctggggtatgttcgtttatggagcgaagagttcgggttctccatccgtatagattcctcg
cataacattcaactaatgcttgccaagcagcacagcaaccgtacgtgtggcctgtgtgga
aactacaattatttggtggaggatgaatacactgcacaagaaggttttctgacagatgat
ccatatgactttgcaaactcctgggccatgaaaggagcagatgaaacctgtaaacgcatc
ttgcccccgtctcagagctgcaacagcaccggagaatcagctaaagatcagatgtcacgg
tgtgaagccatgagcagctctacgctctacctgcgttgtgctcacctcatggatgcggct
gcgtttgtgtccgtgtgcgagtctgatgcctgtcactgcagtacgggagatgactgcgtg
tgccaggccatgctggaatacgcccgtacctgtgccagtcgcggcataacactgtccaac
tggcatttacagagccagtgctcccctaagtgtcctattggcatggagtacagcgactgc
accccgacctgttccacttcctgtcagaatataaacatccaggaagtctgcaaggaggag
tgtgtcgacggctgcaactgtccagcgggtaaggtgctggatggagatcgttgtgttgat
gtctctcaatgctcctgcatgcatgcgggacaccgataccctcctgcttcctccatatcg
caggactgcaacacatgcgtctgtcgccatggatcatgggaatgtaccaatgaagaatgc
cctggggagtgtctggtgacaggacagtcccattataagacctttgacaataagttcttc
accttcagtggtatttgtcaatatctgctggctaaagactgtcagagcaactctttttct
gtcatcattgagactgcacagtgtgctgatgaccaagatgccgtctgcacacgatcaatt
acactgaggttccatgatctgcccaatcagacggttcgcctcaagcatgggggtgtggtc
tctgtggatggaatggacgtgaagacacccctaattaatggtgcattaagagttcagaat
actgtgttgtcatctgtgagactgctttatggtgacgatctacatctggattgggatggc
agaggacgtgttttgctcagactaaacccagcctatgctgggaaaacgtgcggtctgtgc
ggtaattataatggtaaccaaggagatgacttcttaacagtgggagggctggtggagaca
cgcgtcgaaggattcggcaacgcatggaagatgaacgcagactgtgacaatgttcaattg
caaccctcagatccctgtattttaaaccctaagagagtacgttttgcagaagaggcctgt
gctgtgctgctttctatgaagtttgtgccctgccactatgtggtcaaccctgagccatat
gtaaagaactgccgctatgacgtctgctcctgcgcagacggccaagtttgtctgtgtgat
gctgttcgtagctatgcagccgcctgcgcagccaagggagtgctaatcaactggagggga
catggatactgtgaactgacctgtccggatgaccaggtgtatgaggtgtgtgggagtgtg
tgtaatcagacgtgccgctctctgtcgctgcctgacggtgattgtggtggcttctgtgag
gaaggctgtttctgccccagaggactcttcctcagcgacgcgggcgagtgtgtgcccccc
gaacactgctcgtgccaccataacggagagatctttgagcctaacgacatgattggggac
catcactccatctgtgtatgcgagagtggatccatgcaatgcacttctaatgaagccact
ggatctactctgtctgacctcttctttgacgaacattcttcttcaagagggcggcgctct
atcacttgtccccctccactgcagcggtttgagtgtgagagtgtgagggatgctgggata
gagtgtgccaagacctgccagaatctggacctggagtgtgtcagtcagggatgtgtgtct
ggctgtatgtgtccacttggaatggttcgacacaaaaaagaatgcattccccaagaccag
tgcccttgttaccataacaaccgtccctatgcctcaggacagagcattaatgtggactgc
aacacctgtgtttgtgagaagcgtcagtggaagtgtacgcagcgtgtgtgtgacggtgtg
tgtcgtgtgataggagagacacactacatcagctttgatggactcaagttctcgtttcct
ggaccttgccaatacgtgctatctcaggattactgtaacggggtggacggcacgtttagg
gttctggtggagaactctgcttgtgggatcgcaggctaccgctgcagtaaaagcatcaca
gtgttgtacatgggaggactgattgtcatggaacacaacgaggtgaggatgaagaggcct
gtgttgaaagagacagcggttgagattgtgcgctcgggacagtattacatcatccttctg
ggtaaacacatctccatcacctgggacacaggaacccgaatctcactgcagatcaatgga
cagtacagggggaaagtctgtggcctttgtggaaattttgatgccattcagaataatgac
ctgttgagcagcagtaatcagatggaggtggacgctgcagactttggaaactcgtggaaa
gttcgacccagctgtgctgacgctgttccggttgtgtctcagtgcagcacagacatggtg
aagctggtgacggtggagcagtcctgccgtgtgctcaccagcaccattttcagggagtgc
aatagtgtggtggaccctgagccgtactgggacatctgtactcatgacacatgctcgtgt
ccgtctgtgggtgattgtgcatgtttctgtaacactattgccgcctatgctcacgagtgt
gctcagaagggactggtggtgaactggaggtccaacgacttgtgcccactgagctgtgag
gagttgaataaggacgcaggggtggagtgtgagtggagatataacacctgtggaagcgct
tgccctcccacctgccagcaccctgagcctctgagctgtcccatcacatgtgtggaggga
tgccatgctgtctgctcaccagggcaagttttagatgaggtgctgaggaagtgtgtggaa
gcgtcacagtgtcaggtgtgcatgcatgacggagagagaatctcccatggaaaacagttc
atccttaaccatgacgatcctcatctctgccagatatgtcactgtgagagcaacacgttg
acgtgcggcccatgtcctgtaactggtttcgcctccacactaacaccaaccaccgtcagc
aacaccccgacgccgctcccgttttccaccccggtgcctgccgatgcctgcgacagagcg
atggacctggccttcctcgtggacggctcctctgctctgagtgaagaagacttcggcttg
gtcaagctcttcatcctccgtgtggtggagcgcttccgcatgggttcggcccatactcgc
gccacggtcctgctcttccactccggcgtgaaaagttacgacatgcaggtgcagaagtgg
atcttcaagaagatggtgcgtgatctgcgttacagcggaggtgatgttgcgtttatggat
gaggccataaaatatctagctgtctacatttacgataaaaacaagcgtgagcatgcgggc
cgcgtcgctatcttgctgacggcgagtgcaaatcctcggcccatgcgtagtactcagcgt
ctgctgcgtaaaaaagacatcaccatcctcacggtggctctagggcctgacgtcaacatg
gcacaggttaatgagatcacgaaagccacacccagcagtcgctcatacgtggtgagcagc
gtgtcggagctggacgatgaagctctggccatcacggactacctctgcactttgggattg
gatcctgaacccccaaagaaaccctctactacaaagcccagcaccacttcagtcactcca
acaactaccgccacctctaaactcactaccgccacgattccgccaaccgctgccattgta
aacacatttcccagcatccccagccctggaacaacatttcctccaaccacagtaacaaca
tacgaggtcgtcttcctgttggaaagctcagatgcagttggcgaggagggcttcaataaa
acacgtgatgctttggttgatgtcgttgcttcgcttgatcaaaaagaggtggagaatcta
cggatcacagtggtgcagtactccttcacggttactgtggtaatcagccgcatggaattg
cagcacagggagcaggtgttgcaaagaatgcgacaattacgttggaccaaaggtgcggag
gtcaacacaggccacgccattcgttctgtgtatgagactgtcactacagacacacccagt
aatacgccagaccagatggtgtttctcatcacacagagccctccgacggacgtcattcag
cggcctccgagctcggctcataaaaaagtgtatccgattgggatcggccaacagattcga
tatgaggatctggtgcagttgagcttcccggatgaaccgatcatgctggataatccttcg
gatcttaagagactgcggcccatgctgatcaatatcagtaaaaccatcagaaggcctgtg
ctgcctacactgccacccagagccacgctgcccccttcagtgccatgttcaaagcccatg
gacgtgctgttcctgctaagagcctcttctgataaccagtttgaagacttcaaaacattt
gtgagaacctttataaagggcacaaatatcggtacgtctcaataggtggtgactgacagg
tcaatagactccgtgcaagaggcagcaaacgaggctctgaccgctggtgtgtcagtgttt
cctattggagtgggtaaccagtatgaccagactgaactgagcacgctcgcgggacggcac
gctcaggacaacatcattcggctcagcagcacagagtacctgctcgccatggctgcactc
gaccagtcgttcaccgacaaactctgcagggcgggtcctcctggagtgtgtgtggatgat
gaagggaatgaacggaagcccggtgagacgtggttgttgccagacggctgtcactcagtg
ctgtgcaacccatcaggcacggtaacggtgcagagccaccgcatcaactgtgagaagatg
gagcctcccgtctgcaaaaacaacctcccagccctccgctacaatcacacctgcggctgt
acctggacctgtccctgtagttgcatgggcagctccactagtcacgttgtgtcattttcg
ggtgcggctctaaaactgagagccgcttgctcctatttgctgcttcgctcaggaggggtg
gagctagtgttgcatacagctgcctgtcaaagctcacccaatcagatctgcatgaagagt
ctggagctgaggaagggtggaacgagtgtggtgctacgggatgacatgaaggtgactgtg
ggcggtgtgattactgcagtgccattcagaagtgagggagtgactgtgacacaaattggt
gcaatactgcaccagctgagatcagagcagcatggtttcacactcaccttcactcctcac
agcaatgagttcatggtcaatatggacatcaccatgaaacctaacaccactggcttatgt
ggttcctgctctgatgatcaggtgggtctggtgttatctgatggcagtgtgaccacagac
cctgacatgtacctgaagggatgggctctgggcgagtgtgtccagaatcaggaggttcag
tcgtgtgctgcaggtgtggcgaagggctgcgatgtgttaagttctgaggtgttcagccac
tgtcacgcactggtccccccgcaggactatgtgcagatctgtcggaccgtggcctgccag
cctaatgcggtgtgtgaccttgttactgcgtacagcagcgtgtgccgtcaacagggagtg
tgtgtggactggaggacgcccaccctctgccccatgtcatgctcagactcaatggagtat
gccgcttgtcgaaccggatgtttggagcagtgtggacggagccagtttagtcctggtgac
atgatgggtgatggtttaatgaagggcaatggatcagtgtgcttgaaaactcccacagaa
ggctgtttctgccctgaagggttggtgttaatgggagataagtgtgtaagcaaagaaacc
tgcagccagtgtgtggaccaccatgggaaaactcacaagtttatggaaagctggaatcct
gaggaaaacccctgtcttctgtgtgtgtgtctggatcagcagcgcattaactgcacagca
ttaccctgcaccaactctaaagccccagagtgtggacaatgtgaggttcttcgggagaag
acgggatctaagtgctgccctgaatatgagtgtgtgtgtgacccgaactgtaagcagtca
gatccccctcactgcgatcacgggctcagtgtcgtcctcacaaaccctggagattgtctg
ccagtttaccagtgtgtttgcaaaaaggatcagtgtcctgtgacaacaaaaccatcctgc
cctgcatacaagaagctgtcggtcacaccgtcagagtgctgcgattcatatgaatgtatg
tgctactgtcagaacatcactcgcacctgccccccgggttacatcatgaagacaactgcc
aatgattgcaactgcatagaggtcacctgcacgcccaataaggtgtgtgtggtgggcact
gtggtctaccaggtgggtagcgggtgggatgagaagtgtaaaacctgcacctgcacggag
caagcagacagacagaccggcctgcatatcgctcagtgtgtggaccccgtctgcaaccag
atctgtcctctgggaaccacatactctcactcagaggacgagtgctgcggtcactgccgt
aaatccagctgcgtggaaggagtacgtttgagacaggtgggagagcagtgggtgtctcat
gatgatgagtcttcatttctatggaaacagtctctaaaaaggattgtcagccctggatat
acgctggagcccatacctaatgcttgctgtggccgttgtgtagcaaccgaatgtagcatc
cgacgacctgacagacagctggtcactctgaaagtaataaatatgtgcagacagagtcat
ggcttaagatctgcagctttgcttggaagaactggtaaaataagccagattggagacacc
tgctgtgagatgtgtactgagccagaatgcagaaggactgtgggtttgctaaattacatt
agagtggatgactgccaatcagaagaaaagatagaactcacttactgcgagggaaagtgt
ggcagcaagtctatgtactctctggacaagcacaaggtcgagagcgagtgtgtgtgttgc
tcggctacaggcaccgtgcccatgaatgttcccctgcgctgcgctaacggcacacaaaca
caccaccaagtccttgccgtcactggctgcgactgcatgtcacacgcctgttcgactgac
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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