KEGG   Sinocyclocheilus rhinocerous: 107740991
Entry
107740991         CDS       T04916                                 
Symbol
adamts13
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 13
  KO
K08627  a disintegrin and metalloproteinase with thrombospondin motifs 13 [EC:3.4.24.87]
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:srx01002]
    107740991 (adamts13)
Enzymes [BR:srx01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.87  ADAMTS13 endopeptidase
     107740991 (adamts13)
Peptidases and inhibitors [BR:srx01002]
 Metallo peptidases
  Family M12: astacin/adamalysin family
   107740991 (adamts13)
SSDB
Motif
Pfam: TSP1_ADAMTS TSP_1 ADAMTS_CR_3 ADAMTS_spacer1 Reprolysin ADAMTS_CR_2 TSP1_spondin Reprolysin_4 Reprolysin_5 Reprolysin_3 TSP1_CCN Reprolysin_2 Peptidase_M10
Other DBs
NCBI-GeneID: 107740991
NCBI-ProteinID: XP_016409054
Position
Unknown
AA seq 1549 aa
MWTNMGALIWIFLVPSLLKTTALLISQCTLQKDFLESLKPQDLFYYFDTISIKSVPHFEL
VWVNCSRNESFRGLWRCSFHSEEESFELGQHRDEQPVSCPTSLEMVINSTVSVVKKREDM
CCEQLKLLRPAHTRTLLPICHGKLQGLIQSGEKRLYIRPVLQKHIDHLKELTVDLPSGVP
HLLLTHTLPVRTRLKQPKSQFRLRRTPLGSEVTHLELAVVVGPDVYDVHRQDTERYILTN
LNIASELLRDVTLGANIRVHLVRMVILTEPKPDIQISENITSSLKSVCEWGQRVNPDADT
DPIHADLLLYITRFDLVLPNGNKLVRGVTQLGRVCSTQWNCVITEDTGFDLGITMAHEIG
HSFGINHDGIDNTCSSSGFMMASDGGYNSVDLTWSQCSRAQLHNFFSAGKAECVKDVPVL
GGSVQDWRPGLFYGVDDQCRIAFGSSATACSFTNGDMATCRVLSCHINPRDRSSCTRLLV
PLLDGTECGPSQWCLKGRCVSPSTLGSSMMVHGSWSSWSEFSPCSRTCGGGITYRRRQCN
NPRPAFGGTVCKGQDTEAELCNRQSCESTQLEFMSQQCSATDQQSLSVSPDSSSVYTWIP
AVSYSSGDAQCKLMCRSREQDFMVSRGSQFIDGTRCEADHTVPRGSISACLGGKCQLFGC
DGVMHSGKVEDVCGVCGCNGSTCQFISNTYSGGEAGEYVTFLSLPLNASQVHVINTKPVF
THLAVLLNDKYVVSGDGSPGLSITYPSPLEKSPIIYNLYLTPDHLPQNEELTISGPVTDK
IHIQVFRKYGQEYGDLTTPNISYQYYSSEAVSAERAAKGRWSTVISACSVTCGTGMQKIS
QHCVDVLTLERLEDELCSSSPQAPDQLQPCFQTDCPPSWEVGEFGPCSAPCGVGEQGRSV
TCVQKQGTVKVELPDSDCALDSKPQTTETCNPQICPARWQVSEPGECSAVCGPGEAQRTV
LCVRSHHGSDSEVDQNLCSEPKPPEHVPCVVDVCPVGWDSQREQIHTDSRVMPRSRMVPV
YVWSPVISQCSKTCGNGTQQVWFSCVDHQSRLEVPEFLCDRVSKPEMYTQPCSPSKCPAM
WRYIQGPCSVSCGGGVAKRVLYCSQRVEGADGNRDLVVGESACQSVARPSEVVECNTEAC
PARWQAGEQGDCSVSCGMGVAVRSVRCVQYEGGVERVLEEDRCDPGIKPPITAPCFTQVC
SFHWDVHEWSECSVSCGDGIQSRTVSCMGPSSPLPVSPFLCLHLPKPITIQACYSPDCSS
AQTSTPEPNSTRMQSEPRREEGTQRTTPAPAVRMMKMRKSFSATAATADVMKSTMSTTEP
PQTSFCGRLLLQDSGTIDLRNVTQTRCIFAIGRPLDEVIQIKIISSTLNCRQKENIALYD
RLILMRLCERMTGKTLKSRSNVLLVRQSRLTPGNGVLLFYQSVKNKKSHHGECDVQLFSP
SGLIENPIKSAAAAASNTQSCRVFIDAPPAFRIQIRALSVLNNTDTNSTYILIRDVDALK
TTIFRGTRLFLWSSSGSRAEVEFHGEYQQIKGMFRAEYSYINPSEEQPV
NT seq 4650 nt   +upstreamnt  +downstreamnt
atgtggacaaacatgggagctctgatctggatctttctggttccaagtttgttaaaaaca
acagctctactgatttcacaatgcactttgcagaaggattttttagagtcactgaaacct
caagatttattttattattttgatactatttccattaaatcagtgcctcactttgagctg
gtgtgggtgaattgctcaaggaatgagtctttcagagggctatggaggtgctcgtttcac
agcgaagaagagagttttgagctgggccaacacagagatgaacaacccgtgtcctgtccc
acgagtctggagatggtgatcaactcaacagtgagtgtggtgaagaaaagggaggatatg
tgctgcgagcagctgaagttactgagaccagcgcatacgagaactcttctccccatctgc
catggcaaattacaaggtctgattcagtcaggggagaagaggctgtatattcgcccggtg
cttcaaaaacacatagaccatctgaaggagcttactgtggatttaccttctggtgtacct
cacctgctgttgacccacacattaccagtgaggacacgtcttaaacagcctaaaagtcag
ttcaggttgcggcgaacacctctggggtcagaggtcacacatctggagctagcagtggtg
gtgggtccagatgtctatgatgttcataggcaggacactgagagatacatcctaaccaac
ctcaacatagcctctgagcttctgagagatgtcactctcggcgccaatataagagttcat
cttgttcgtatggtcattctcacagagccgaagccagacatccagatctctgaaaacatc
acctcctctctaaaaagtgtgtgtgagtggggtcagagggtcaaccctgatgctgacact
gaccctatacatgcagatctgctgttatacattaccaggtttgatctggtgttacccaat
gggaataagcttgtgagaggtgtgacccagctgggccgagtctgttccactcagtggaac
tgtgtgattacagaagataccggctttgatcttggcatcaccatggctcatgagattggc
cacagttttggcataaatcatgatggaatagacaacacatgcagctccagtggctttatg
atggcatctgacggaggttataacagtgtcgatctcacctggtcccagtgcagcagagct
cagctccacaacttcttcagtgctgggaaggcggagtgtgtgaaggatgtgccggtgctg
ggtggatcagtgcaggactggaggcctggtctcttctatggagtggatgatcagtgtcgt
atagcgtttggcagctcggctactgcttgctctttcactaatggtgatatggcaacctgt
cgtgttttgtcctgccatatcaaccctcgtgaccgcagctcatgcactcgtctccttgtt
ccactcttggacgggacggagtgtgggcccagtcagtggtgtttgaagggccggtgtgtg
tctccttctactttgggttcctccatgatggttcacggctcttggtcttcatggtctgaa
ttctctccctgctcacgaacatgtggaggaggaatcacttaccgcaggagacagtgcaac
aaccccaggccagcctttggtggtaccgtctgtaaaggacaggacacagaagctgaactt
tgtaatcggcagtcctgtgagtcgactcagctggagttcatgtctcagcagtgctcagcc
acagaccagcagtctctgtcagtgtctccagactccagctcagtctacacctggatccct
gctgtcagctacagctcaggtgatgctcagtgtaaactgatgtgtcgctcacgtgagcag
gacttcatggtgagtcgtgggtctcagttcatcgatgggacgcggtgtgaagctgatcat
actgtaccacgtggttccatttctgcctgtctgggtggaaagtgccagctttttggctgt
gatggagtaatgcattctgggaaggtggaggatgtgtgtggggtctgtgggtgcaatggc
tccacctgtcagttcatctcaaacacctattcaggcggagaggctggagagtatgtcaca
ttcctcagccttcctctgaacgcctctcaggttcatgtgattaacacgaagccggttttt
acacaccttgcggtgttattaaatgataaatatgtggtgtctggagatggaagcccaggc
ctgagcatcacgtacccctcacctctggagaaaagccccataatctataacctgtacctc
acacctgaccacctgcctcaaaacgaagagctcactatctctggaccagtcacagacaaa
atccacatacaggtgtttcggaaatacgggcaagagtatggagaccttaccaccccaaac
atctcataccagtactattcgtctgaagctgtttcagcggagagagctgctaaaggcaga
tggtccactgtcatctctgcctgctcagtgacctgcggcacaggcatgcagaaaatcagt
cagcactgtgtggatgtgctcacactggagcgtctggaagatgagctctgcagttcatcc
ccgcaagcaccagatcagctgcagccctgcttccagaccgactgcccacccagctgggag
gtgggtgagtttggaccctgcagcgccccctgtggcgtgggagagcaggggcgctctgtc
acatgtgttcagaagcagggtacggtgaaagtggagctgcctgactccgactgtgcgctt
gactcgaaaccccaaaccactgagacctgcaacccccaaatctgtcctgccagatggcag
gtgtctgaacctggcgagtgttcggctgtgtgtggacccggggaggctcagagaacagtg
ttgtgtgtccgctcccatcatggatctgattctgaggttgaccaaaacctgtgctctgaa
cccaaacccccagaacacgttccctgtgtggtggacgtttgtcctgtcggctgggattcc
caaagagagcagatccatacagactcccgtgtaatgccccgctccagaatggttccggtt
tatgtttggagtccagtgattagccagtgctcaaagacctgtgggaacggaactcagcag
gtttggttctcctgtgtggatcaccaatcacggctagaagtcccagagttcctttgtgat
cgtgtcagtaaaccagagatgtacacccagccctgtagcccatcaaagtgtcctgctatg
tggcgctacatacagggcccgtgcagtgtgtcttgtggaggtggtgtagcgaagagagtc
ctgtactgttcccagagggtggagggagcagacggaaacagggatctggtggtgggagaa
tctgcttgtcagtctgtggccagaccttcagaggtagtggagtgtaatactgaagcctgt
ccagccaggtggcaggcaggagagcaaggcgactgttcggtgtcatgcgggatgggtgta
gctgtcaggagtgtgcggtgtgttcagtatgaaggaggtgtagagagggtcctggaggag
gaccggtgtgacccaggaatcaagcctcccatcactgcaccatgcttcacacaagtctgt
tcgttccactgggacgtgcatgagtggagtgagtgttcagtctcatgtggtgatgggatc
cagtctcggaccgtgtcctgcatgggcccatccagccctcttcctgtcagtcccttcctt
tgcctccacttacccaaacccatcaccatccaggcctgctatagtcctgactgttcctca
gctcagacctccacaccagagcccaacagcactcgcatgcagtcagagccccggagagaa
gaggggacacagagaaccacaccagctccagctgtcagaatgatgaagatgaggaagagt
ttctcagccactgcagctacagcggatgtgatgaaaagcaccatgagcacaacagaacca
ccacagaccagtttctgtgggcgacttctgcttcaagactcaggaactattgatctgcgt
aacgtcactcagacgaggtgtatttttgctattggtcgacctcttgatgaggttattcag
atcaaaatcatatccagcactcttaactgccggcagaaggagaacatcgccctgtatgac
agactcatcctgatgcgtctctgtgagaggatgaccggtaaaacgctgaaatcacgatca
aatgtcctactggtgcgccagagccgcctgacccccgggaatggagtgctgctattttat
cagagtgtaaaaaacaaaaaaagccaccatggagagtgtgacgttcagctgttctctccg
tctggactcattgagaatccgatcaagagcgcagccgccgccgcctctaacactcagagc
tgtcgcgtgttcatcgacgctccgcctgctttcaggattcagatcagagcgctttctgtg
ctcaacaacaccgatacaaactccacatacatactgattcgtgatgtggatgccttaaag
acgaccatcttcagagggactcgactcttcctgtggagctcctcgggaagcagggctgaa
gtggaattccatggggagtaccagcaaatcaagggcatgttcagggccgagtattcatac
attaacccttctgaagagcaaccagtgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (13)   
   Pfam (13)   
All databases (24)   

Download RDF
DBGET integrated database retrieval system