Salmo salar (Atlantic salmon): 106580585
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Entry
106580585 CDS
T04363
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 12-like
KO
K08626
a disintegrin and metalloproteinase with thrombospondin motifs 12 [EC:3.4.24.-]
Organism
sasa
Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
sasa01002
]
106580585
Peptidases and inhibitors [BR:
sasa01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
106580585
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TSP1_ADAMTS
Reprolysin
TSP_1
ADAMTS_spacer1
ADAMTS_CR_2
Pep_M12B_propep
Reprolysin_5
ADAMTS_CR_3
TSP1_CCN
Reprolysin_3
TSP1_spondin
Reprolysin_2
Reprolysin_4
Motif
Other DBs
NCBI-GeneID:
106580585
NCBI-ProteinID:
XP_014017276
UniProt:
A0A1S3NQ00
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All DBs
Position
ssa20:complement(37475596..37523368)
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AA seq
1650 aa
AA seq
DB search
MRCPRVSRVLSLLHSVLFLATSHAEFSLPGSLLSPDAESGRFLQSQSDVSVVHPVKVFRA
GQFLSHSLAHRFKHGRHKRDLGPLEERVYYKVNYKGRDLVFNLTVNNYLVSNDYILERRN
GSVNRTEHRTTGENACHLIGTVTDSTNARGTAAISTCEGLKGLFTLPEGPHFIEPVQGST
DGAVEREGPEPHVVYPSITTAMQRHKRSSEALDTPSPCGVKDVARDSLVVEREREDWERE
QQEEDRAQHRSQRSVSRERWVETMVVADSELIEYHGSDNVESYVFTIMNMVAGIFHDASI
GNAIHIILVRLILLQGEEKGLKIVHHADTSLASFCAWQKNLNPQSDTHPAHHDVAVLVTR
KDICAGLNQPCETLGLSHLSGMCQPHRSCNINEDSGLPVAFTIAHELGHSFGIHHDGQGN
DCEMEGRHPFIMSRQLMYDTSPLTWSSCSKDYITRFLDRGWGFCLDDRPSKKDLTTPLAR
LGIRYTTQHQCQLQYGPNATYCHEIDNVCQILWCSVNGSCRSKLDSPIDGTRCGPEKWCI
SGECVIVGKLPETVNGNWGQWSSWSHCSRTCGAGVQSADRECDHPKPEFGGRYCTGERRR
YRICNTKPCQKAKPTFREMLCSEFDTVPYQNELYEWVPVASPSSPCELHCRPVSEHFSEK
MLDAVTDGTPCFMNNNSRSICVNGVCKEVGCDYGIDSNAVEDQCGVCLGDGSSCETVQMT
FDGGDGFGYVDVGVIPEGARDIVVQEVEEAGNFLALRGQMSEEYFLNGQYIIQWNGEYKA
GGATFYYERSGNLENLTSSGPTKQPVMIQLLYQEKNPGIKYEYTIKRSRQTGNEVIKSEY
RWRHGAWTDCSTTCGLGEQQQPVRCFELEVGVVDESLCDPESRPEDRHRKCKNMDCPVRW
WVGGWQLCSATCGSEGVRKRTVMCVRTVAGEERVLHPGDCKQLLKPKPVVPCNRDLPCGP
DWAVGSWSACPVTCGGSVRSRTVTCLTAPKRKCDIETMPRSKSLCALLSCPSAGLRRRPG
PPPKYRRVYPPKRHPTRQPVTHAWGPRSTSPTATPRTITVTERTTTPITTSTTRPLPPSS
TASDIIDVDDYELNLIVGKNGSVEDKNVFFITTSPTEEVYRERDMREKEEEEIQEEGSTS
GVVFSDSGVRYTPGYDYVVEDVMTTGKEGLIDFDIFTTATSLRTPNQSPATVTTTRLHPT
TTPHTSVLTTSLTTPHTTRVLRTTSPSTPQTSAGRRAVTTRHYPLTRPKTTPFINPSIQR
TTRVPHTTPPLAQTAGVRSTPKAPYHSKQALYPTTEGTFHTRDAPYSTSPSSEAPHPTSR
IIKLKKPSENPKNGSSAPRSKKPGLLAKKPASRFKGPSPRSKGKGQNQKPESPVVTFTSD
YGYLNAQEPISMDVFWVVGNWSECSMSCGLGAVWRPVLCSSQQESDCANLERPEPARTCH
LRPCATWLSGNWSKCPERCEVVGRRQREVQCVDGQKGRPLRPFHCQALSSRPPSTLSCHP
QPCQPWRTSPWGQCSRSCGGGLWERLVYCPEPQRCSATQRPNDTETCNLQPCSYWDPQDW
EKCSVSCGGGMQHRVVPCVVEDSSSVENSLCDQRNRPDTIRTCNLQECKTNTGLLCRKNS
MSSRFCDKLKLLGRCSLRSIQKQCCVTCRG
NT seq
4953 nt
NT seq
+upstream
nt +downstream
nt
atgcgatgtccgcgggtgagccgggttctttctctactccattctgttttgtttttggca
acaagccatgccgagttctcgctgcctggcagcctcctctctcccgatgcagaatcaggt
cgctttctccagtcccagtcagatgtgtccgtggtccatccagtcaaagttttcagagct
ggacagtttctctcccactctctggcacaccgctttaagcacgggaggcataagcgagac
ttggggcctttggaggaacgtgtttattataaggtgaactacaagggtcgtgatttggtt
ttcaatttaacagtcaacaactatttggtgtcgaacgattatattctggagagacgaaat
gggagtgtgaaccggactgagcaccgtaccacaggtgagaacgcgtgtcacctgatcggc
acggtgacggattctactaatgcacgcgggacagccgccatcagcacctgtgaaggcttg
aaaggtttgtttaccttgcctgagggaccgcacttcattgaaccagtccaggggtcaact
gatggtgctgtggagcgggagggaccagagccccatgtggtctaccccagcattacaacg
gcaatgcaaagacacaaacgcagctctgaggccctggacacaccgagcccctgtggggtc
aaagatgtggcacgtgattccctagtggtggaaagagagagggaggactgggagagggag
cagcaggaggaggatagggctcagcatcgctcccaacgctccgtcagcagagagaggtgg
gtagagaccatggtggtggcagactctgaactgattgaataccacggcagtgacaacgta
gagtcttacgtcttcaccatcatgaacatggtggcagggatcttccatgatgccagtata
gggaatgccatccacatcatcctggtccgtctgatcctcctgcagggagaggagaaaggg
ctgaagatcgtccaccatgcagacaccagtctggccagtttctgtgcctggcagaagaac
ctcaacccacagagtgacacacatcctgctcatcatgacgtggccgtgctggtcaccagg
aaggacatttgtgcagggctgaatcagccatgtgagacccttggtctgtcccacctgtca
gggatgtgccagcctcaccgcagctgcaacatcaacgaagactcaggattacctgtagcc
ttcaccatcgcacacgagctgggacacagctttgggatccaccatgatggccaggggaac
gactgtgagatggagggcagacaccccttcatcatgtccagacagctcatgtacgacacc
tccccccttacctggtcctcctgctccaaagactacatcacacgcttcctagatcgtggt
tggggcttctgtctggacgaccgtccctcaaagaaggacctgaccacgccactggcccgt
ctcgggattcgctacaccacacagcaccaatgccaactacagtacggccccaatgccacc
tactgtcacgagatcgacaatgtgtgccagatcctgtggtgttcagtgaatgggtcctgt
cgctctaaactggactcccccatagatggtactcgctgtggccctgagaagtggtgtatc
tcgggggagtgtgtgatcgtagggaagctaccagagacagtgaatgggaactggggacag
tggagtagctggtctcactgttccaggacctgtggagctggggtgcagtctgctgacagg
gagtgtgaccaccccaaaccagagtttggtgggaggtactgtactggtgagaggaggcgt
taccgtatctgtaacaccaaaccatgtcaaaaagccaaacctaccttcagagagatgctg
tgtagtgaatttgacacggtaccctaccagaacgaactgtacgaatgggtccctgtggcg
agcccatcgagtccgtgcgagctgcactgtcgtccagtgagtgaacatttctctgagaag
atgctggatgctgtgacagacggaactccctgcttcatgaacaacaactccaggagcatc
tgtgtcaatggagtgtgcaaggaggtgggctgtgactatggtatagactctaacgctgta
gaggatcagtgtggagtgtgtctgggcgatggttcatcatgtgagactgtccagatgacg
tttgatggcggggatggtttcggctacgtggatgtgggagtgatcccagagggggctcgt
gacattgttgtccaggaagtggaggaggcggggaacttcctggctctgcggggtcagatg
tcagaggagtacttcctgaatggccagtacatcatccaatggaacggggagtacaaggca
ggcggagccaccttctactatgaacgcagtgggaacctggagaaccttacctcctctgga
cccaccaaacaaccagtcatgatccagttgctttaccaggagaagaacccaggtataaag
tatgagtacaccatcaagaggagtcgccagacaggaaatgaggtaatcaagtcggagtac
aggtggaggcatggggcatggacagactgcagcaccacatgtgggctaggtgagcagcag
cagcctgtcaggtgttttgagctggaggtgggtgtggtagatgagtctctgtgtgaccca
gagagccgcccggaggacagacaccgcaagtgcaagaacatggactgccccgtcaggtgg
tgggtggggggctggcagctgtgctctgccacctgtggttcagaaggggtgaggaagcgc
acagtgatgtgtgttcgcacggtggcaggggaggagagggtcctccaccctggggactgt
aaacagctgctcaaacccaaacctgtggtgccctgcaacagagacctgccctgtggaccc
gactgggccgtgggcagctggagcgcgtgcccagtaacatgtggtggtagtgtgcgctcc
cggacggtcacctgcctgaccgcacccaaacgaaagtgtgacatagaaaccatgcctcgc
tccaagtctctatgtgccctgctgagctgcccaagcgcaggcctccgacgacgtccggga
ccaccccctaaataccggcgtgtctacccgcccaagagacaccccaccaggcagccggtt
acacacgcctggggtcccagaagcaccagccccaccgctacacccagaaccatcactgtg
actgagagaactacaacccccatcaccacctctacaaccaggcccctcccaccatcctcc
acagcttctgacatcatcgacgtagatgactatgagttgaacctgatagtggggaagaat
gggagtgtagaggataagaacgttttttttattacgaccagtcctactgaagaggtgtac
agagagagggacatgagagaaaaagaggaagaagagatacaggaggaggggagtacatct
ggtgttgtgttttcagactcgggggtgaggtacaccccggggtatgactatgtagtggag
gacgtcatgacaacagggaaggaggggcttatagattttgacatttttaccacggcaact
tctctcaggactcccaaccaatcaccagccactgtgaccaccaccaggttacaccctaca
actacaccacacacaagtgtcctaacaacgtcacttacaaccccacacacaaccagagta
ctccgcactacctccccctcaaccccacaaaccagcgctggacgcagggccgtgaccacc
cgccactaccccctcactcgccccaaaaccacccctttcatcaacccttccatccaacgg
acaaccagggtgccccacaccaccccacccctggcacagacagcgggggtgaggagtaca
cccaaagccccttaccacagtaaacaagcactgtatcccacaacagaaggcactttccac
actagagatgccccctactccactagcccatcatcagaggccccccaccccacttccagg
atcattaagctgaagaagcccagtgagaacccaaagaatggcagctctgccccccgttct
aaaaagccaggcctactggctaagaaacctgcctcacgttttaaaggcccctcccctcgt
tcaaaaggcaaaggtcagaaccagaaaccagaaagtcccgtagtgaccttcaccagtgac
tatggctacctgaacgcccaggagccaatcagcatggatgtgttctgggtggtgggtaac
tggagtgagtgttctatgtcatgtggcctgggggcagtgtggaggccagtgctgtgtagc
tcccagcaggaatcggactgtgccaacctggagagaccggaaccagctcgcacctgccac
ctgcggccctgtgccacctggctgagtggcaactggagcaagtgtccagagcgatgtgag
gtggtgggaaggaggcagcgtgaggtgcagtgtgtggatgggcagaagggacgtccactg
agaccattccactgccaagccctttcctccagaccccccagcaccctgtcctgtcatccc
caaccctgccagccctggagaacttccccctggggacagtgttctcgtagctgtggtggt
ggattgtgggagcggctggtgtactgccctgagccgcagcgctgtagcgccacccagagg
ccaaacgacacagagacctgcaacctgcagccctgcagctactgggacccgcaggactgg
gagaagtgctctgtgagttgtggcggggggatgcagcatcgcgtggtgccgtgtgtcgtt
gaggactctagctctgtggagaacagtctctgtgaccagagaaacaggcctgacacaatc
aggacatgcaacttgcaggagtgtaagactaacacaggtctgctgtgtaggaagaacagc
atgtcgtctcggttctgtgacaagttgaagctgctgggccgctgctccctcaggtccatc
cagaaacagtgctgtgtcacctgtagagggtaa
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