Xiphophorus couchianus (Monterrey platyfish): 114154695
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Entry
114154695 CDS
T05908
Symbol
adamts13
Name
(RefSeq) LOW QUALITY PROTEIN: A disintegrin and metalloproteinase with thrombospondin motifs 13
KO
K08627
a disintegrin and metalloproteinase with thrombospondin motifs 13 [EC:
3.4.24.87
]
Organism
xco
Xiphophorus couchianus (Monterrey platyfish)
Brite
KEGG Orthology (KO) [BR:
xco00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
xco01002
]
114154695 (adamts13)
Enzymes [BR:
xco01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.87 ADAMTS13 endopeptidase
114154695 (adamts13)
Peptidases and inhibitors [BR:
xco01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
114154695 (adamts13)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TSP1_ADAMTS
ADAMTS_CR_3
ADAMTS_spacer1
TSP_1
ADAMTS_CR_2
Reprolysin
TSP1_spondin
TSP1_CCN
Reprolysin_3
Reprolysin_5
Reprolysin_4
Reprolysin_2
Adt-1
Peptidase_M10
Motif
Other DBs
NCBI-GeneID:
114154695
NCBI-ProteinID:
XP_027889827
LinkDB
All DBs
Position
12:24596034..24611620
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AA seq
1411 aa
AA seq
DB search
MSRREHXYIYIYSLSVTAEQVDTQKKGGXKMFILTAVCLLLLLPGFSALMGSPQDEPWEK
VSALDSSADTTVSDRLRRSTLIPDITHLELLVVVGPDVQQVHKQDTERYILTNLNIASEL
LRDMTLGANMRVHLVRMIILSEPEPEIQMSTNITSSLRSVCDWGRRINPSNDSDPLHADL
LLYITRYDLELPNGNKQVRGVTQLGGVCSSDWSCVITEDTGFDLGITIAHEVGHSFGIDH
DGSANGCSRSGFMMASDGGYNSVDLTWSPCSRHQLLTFFSEGRAECVKDFPALGGSLQDW
KPGLYYGVDDQCRIAFGSTARACSFSNPDLPACRTLSCHVEPQDISSCKRLLVPLLDGTE
CAPNQWCLKGRCVSPDDFGVSVVVNGSWSSWSGFSSCSRTCGGGVMLRTRECNNPRPAFG
GNDCDGPDIEAELCNQLPCEQTQLDFVAEQCSQTDPQPLFLLPNTASFYKWIPAIDFVKG
DEQCRYMCQSDGERFIVSRGSYFADGTRCKSDISTPYGATAACLRGRCQVFGCDGVLHSG
KAWDVCGVCGGDGSTCILTSDSYSGGGAKDYNTFLTLPVNATQVHIVNRAPVFTHLAMMV
GDQYIVSGSGTMALNTTHPSPLDDDYVQYRLHLTPDLLPEMEEVVVPGPLRQEMTIQVYR
KYGKEYGEKTNPNISFQFYVPRNKSLTDSSPRGKWAPLATPCSVTCGLGIQKNEHVCIDE
DTNRLLKPHYCKAPPPPTALHTTCQLPSCPPRWDAGNFGVCSASCGGGFRVRHVRCVQKR
ESDVVKVPDSECSADTAPHPLEKCNLHHCPARWSVSEPGNCSAVCGPGEAERNVSCIRQE
DGLDVEVDHSYCLNQIKPPYSVPCVVDVCPIGWDSKVEELPSLKSGLLPRSRQAPVYVWS
PVVSQCSRSCGNGNLQVWFSCVDHQTRLGVPDFHCHSSSKPDPHTEMCGFSPCPPKWRSK
QGVCSVTCGGGVAKRVLYCARETDGEEEEVLEDYNCRGFPKPTAVVSCNTHSCPARWKVF
RTSPCSVSCDLGVAQRNVSCVQFVHGKESVVPEDGCRAAVKPATTVPCLVQVCTFKWEVK
PWSQCSASCGYGIQSRAVSCMGPPKPEPLSPLFCMHMPKPITIRGCDTGSCRDVALNKTT
QTLKANSTEKALPSPPPPVHKDASRRRMGSLPPRPTETMAIKETTTATPTPKPNACGRLL
LEESGTVDLHNAPSRCTVSVGRPLDEVISITLISSSLDCRKREYVAFFDRLAFVRKCVQA
AGSELTTRTNVLLVRQSLVTPGNGVVFTYRSKKNTKRSHHQDCDIQLFSPSGILENPVTS
NTSRTCRVLINAPPSVKIRIQALHIALPFNTTSAQSTYIMIRDMDVLKTNVFNGQQLFLW
HSSGNMAEVEFHGDYLYSQGTFRAEYSFVRL
NT seq
4236 nt
NT seq
+upstream
nt +downstream
nt
atgagcaggagggaacatnnatatatatatatatatagtcttagcgtcacagcagagcag
gtagacacgcagaaaaaaggagggngaaaaatgtttattctgactgcggtctgtcttctg
ctcctactgcctggcttcagcgctctaatgggatctcctcaggatgagccatgggaaaaa
gtctccgctctagattcctctgcagacactacagtaagcgaccgtttgcgtcgctccact
ctgattcctgacatcacgcatctggagctgctggtggtagtggggccggacgtccagcag
gtccacaagcaggacacggaacgatacatccttaccaacctcaatattgcctcggagctg
ttgagagacatgaccctgggtgccaacatgagggttcacctggttcgcatgatcatccta
tcggagccagagccagagatccaaatgtccaccaacatcacctcgtctctgagaagtgtg
tgtgactggggcagaaggatcaacccctcaaatgactcagacccgctacacgctgacctc
ctgctatatataacgaggtatgacttggagctgcccaatgggaacaagcaggtcaggggg
gtgacacagctgggaggggtctgctccagcgactggagctgtgtgatcacagaggacacg
ggctttgacctgggcatcaccatcgctcatgaagtcggccacagcttcggaatcgaccat
gatggatcggcgaacggctgcagtcggagcggcttcatgatggcctcggatggaggctac
aacagtgtggatctgacctggtccccctgcagtagacatcagcttctcaccttcttcagt
gaaggcagagctgaatgtgtgaaggatttccccgcactgggaggctccctgcaggactgg
aagcccgggctgtattacggagttgacgaccagtgtcgcatagcctttggcagcactgcc
agagcctgctctttctccaatcctgacctgccggcttgccgtactctgtcttgtcatgtt
gaaccccaagacatcagctcctgtaaacgcctcctggttccactgctggatggaacagag
tgcgcacccaatcagtggtgtctgaagggacgctgtgtgtccccagatgacttcggcgtc
tctgtcgtagtcaacggctcctggtccagctggtctgggttttcctcctgctcccggacg
tgtggcggaggggtcatgctccgtacgagggaatgcaacaacccaagacctgcttttgga
gggaatgactgtgacggcccagatattgaggctgaactttgtaaccaactgccttgtgag
cagacccagttggactttgtggcagagcagtgttctcaaacagacccccaacccttattc
ttgcttcccaacactgcctcgttctacaaatggatccccgctatcgactttgtcaaagga
gatgagcagtgcagatacatgtgtcagtcagatggagagcgcttcatagtgagccgtggg
tcttattttgcggatgggactcgctgcaagtcagacatctcaactccttacggcgcaaca
gctgcttgtcttcgagggagatgccaggtattcggctgcgatggcgtgctgcactctggg
aaggcgtgggatgtgtgcggggtgtgtggtggagatggatccacctgcattttgacatcc
gactcgtacagtggtggtggtgccaaagactacaacacttttctcactctgccggtgaat
gccactcaggtccatattgttaacagggcgcctgtcttcactcatttagctatgatggtt
ggggatcagtacattgtgtctggatcgggtaccatggctctgaataccacccatccctca
ccgctagatgatgactatgtacagtaccgccttcacctgactcctgaccttttacctgag
atggaagaggtggtagtacctggacctctgagacaggagatgaccatacaggtctatcgc
aaatatggaaaggaatatggggaaaaaacaaatccaaacattagctttcagttttatgtg
ccaagaaacaagtctttgacagacagctcacctagaggcaaatgggctccgttagcaaca
ccctgctctgtcacttgtggattgggtatacagaagaatgagcatgtctgcatagatgaa
gacaccaacaggcttttgaagccacactactgtaaagcccctcctccacccacagcacta
cacacaacctgtcagcttccatcctgtccccccaggtgggatgcaggaaatttcggggtc
tgcagtgcctcctgtggcggtggatttcgggtgcgtcacgtgcgatgtgttcaaaagcgt
gaatccgacgtggtaaaggttcccgattcagagtgctctgcagataccgctccccaccct
ttggaaaaatgtaacctgcaccactgccctgccagatggtctgtctcagagccggggaac
tgctctgctgtgtgtggaccgggggaagcagaacgcaacgtgtcttgcatccggcaagaa
gacggcttagatgtcgaggtggaccatagctattgtttaaatcagatcaaacctccatat
tcggtgccatgtgtggtggatgtctgccctatcgggtgggactctaaggtggaggagctg
cccagtttaaagtctggcttgcttccacgctccagacaggctcctgtgtatgtctggagc
cccgtagtcagccagtgttctaggagctgtgggaatggaaacctacaggtttggttttct
tgtgtggatcaccagaccagactgggggtccctgacttccactgtcactcctccagcaaa
ccagatccgcacactgagatgtgtggtttttctccctgccctccaaagtggcgctctaag
caaggagtctgcagcgtaacgtgtggaggaggggtagccaagagagtgctgtactgtgct
agagagacagatggagaggaggaggaggtgttggaggattacaactgcagaggctttccc
aaaccaacagcagtggtttcatgtaatactcacagctgccctgcaaggtggaaggtattt
aggacatcgccctgctctgtgtcctgcgacctgggtgtagctcagaggaatgtgtcctgt
gtccaatttgttcacgggaaggagagcgtggtgccagaggacggctgccgtgcagctgtc
aaacctgccaccactgtgccttgcctggtgcaagtgtgcaccttcaagtgggaggtgaaa
ccatggagccagtgttcagcatcctgtggatacggtatccagtcccgagctgtgtcctgt
atgggcccccctaagcctgagcccctcagccctctgttttgcatgcacatgcccaaaccg
attacaatcagaggctgcgacacgggcagctgcagagacgtggccttgaacaagaccact
caaaccctgaaagcaaactccacagaaaaggctcttccatctcctcctcctccggttcat
aaagatgcgtcacggcgccgcatgggcagccttcctccgaggccaacagagaccatggcc
atcaaagagaccaccacagccactccaacgcctaagcctaatgcatgtggacgtctactg
ctggaggaatcaggcactgtggatttacacaatgcgccgagcagatgcacagtgtcagta
ggtcgaccccttgacgaggtcatcagcatcacactcatatccagctctttggattgcaga
aaaagggaatacgtggcgtttttcgatcgtctggctttcgtgaggaagtgtgtacaggca
gcaggcagtgaactgaccaccagaaccaatgtcctgcttgtccggcaaagtctggtcact
cctggaaatggggttgtgtttacctacagatcgaagaagaacacgaaaaggagtcaccat
caggattgcgacattcagctcttttcccccagcggcattttagagaatccagttacgtcc
aacaccagccgcacctgccgagtgctcatcaacgcccctccctcggtgaagatcaggatc
caggcgctccacatagcgttaccattcaacaccaccagtgcccagtccacatatatcatg
atccgagacatggatgtcttaaagaccaacgtgtttaacggccagcagctgttcctgtgg
cactcctctggaaatatggctgaggttgaatttcatggcgactacctgtattcccaagga
accttcagagctgaatactcctttgtgcgactttga
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