Solea solea (common sole): 131465937
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Entry
131465937 CDS
T10853
Symbol
adamts10
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 10
KO
K08625
a disintegrin and metalloproteinase with thrombospondin motifs 10 [EC:3.4.24.-]
Organism
ssoe Solea solea (common sole)
Brite
KEGG Orthology (KO) [BR:
ssoe00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ssoe01002
]
131465937 (adamts10)
Peptidases and inhibitors [BR:
ssoe01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
131465937 (adamts10)
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Gene cluster
GFIT
Motif
Pfam:
TSP1_ADAMTS
ADAMTS_spacer1
Reprolysin
Pep_M12B_propep
ADAMTS_CR_2
TSP_1
Reprolysin_5
Reprolysin_3
PLAC
Reprolysin_2
ADAMTS_CR_3
TSP1_spondin
TSP1_CCN
Reprolysin_4
DUF4953
Motif
Other DBs
NCBI-GeneID:
131465937
NCBI-ProteinID:
XP_058494901
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Position
9:15929280..15975515
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AA seq
1105 aa
AA seq
DB search
MEMLRRTGLVCTVIIIMFVTEVAGGHRDEFAQSQAAFLSSLGQYEIAIPVRVGPNGEALD
TPQHQRRRRRSTEDRPPDSLFYQLSMPRNNFLLNLTLQGGLLSHQFRVEYWKRGRLAWSH
PYSPHCHYTGHLQDQPLSSKVALSNCDGLQGVIVAGGEEYLIEPLVSSDNQTRTERAEER
PHVVYKRSSLRHQYKGQSCGVIDEKPMKGASWWQRTLKTPPHHVGRGQLPLKRSVSRERY
VETLVVADKMMVGYHGRRDIEQYILAVMNIVAKLFQDSSLGNAVNIVVTRLILLMEDQPT
LEINHHAGKSLDSFCKWQKTIQHRSSYGNAIPDNGIAHHDTAVLITRYDICIQKNKPCET
LGLAPVGGMCEPERSCSINEDIGLGTAFTIAHEIGHTFGMNHDGMGNACGPRSQETAKLM
ADHITMKTNPFIWSACSRDYITSFLDSGMGSCLNNVPPKQEFVYPTTAPGQAYDADEQCR
FQYGVRSRQCKYSEVCSELWCMSKSNRCITSSIPAAEGTICQTNTIEKGWCYKRMCVAYG
TRPEGVDGGWGLWSPWEECSRTCGGGVSSSIRHCDSPRPTIGGKYCLGERKRFRSCNIDE
CPAGSHDFREIQCSNFDSVSFRGKFYTWRPYRGGGVKPCSLNCLAEGYNFYTERAPAVVD
GTPCRDDSLDVCVNGECKHVGCDRILGSDVREDRCRICGADGSSCLSVEGLFNDSLPEGG
YEEVVRIPKGSVFIHIQELNISLNYLVLKSKGDQYYINGKLTIDTPRRFDIAGTIFHYRR
PTDGPETLEALGPTNITLIVMVLVREENPGIHYRFNPPLNREPLNGFAWHYTSWSRCSAL
CAGGVQIQQVVCRKQSDHSVAFNHFCDKKNKPKEKKRSCNTEPCSPSWWTGEWSECSRSC
NGGLQTREVLCKRRISVTEEKVLDDATCSTPRPSLTEPCSNHSCPPEWLALDWSECTPSC
GPGFRHRLVLCKSGESGDTLPESKCPKYGRPTSRVRCNLKRCPPPQWVTGPWGECSAKCG
LGQGMRSVQCLTHNGQPSAECMEHQRPAAMQQCKSKCDLSLPISTDNPEECKDVNTVAYC
PLVLRFKFCSRPYFRQMCCKTCQGH
NT seq
3318 nt
NT seq
+upstream
nt +downstream
nt
atggaaatgctacggaggactggtctggtctgcactgtcatcatcatcatgtttgtcaca
gaggtcgcaggaggtcacagggatgagtttgctcaatcacaagctgctttcctctccagt
ctaggccagtatgagattgctatcccagtgcgtgtagggcctaatggtgaggcactggac
acacctcaacaccaacgaagaagacgccgcagcactgaagacagaccacctgactcactc
ttctaccagctgtccatgccacgcaacaacttcctgctgaacctgacgctgcagggaggc
ctgctctcccaccagttcagggttgagtactggaagaggggtagattagcctggagtcac
ccttactctccccattgccactacacaggacacctccaagaccagccgctctccagcaaa
gtggccctgagcaactgtgatggcctgcagggggtgattgtagcaggaggagaggagtac
ctgatcgaacctctcgtctcatcagataaccagaccagaacagagagggcagaggagcgc
ccccatgtggtttataaacgctcatcgcttcgccatcagtacaagggccaatcgtgtgga
gtcattgatgaaaaaccgatgaaaggagcgtcttggtggcagcgaacactgaagacacct
ccgcatcacgtcggccgcggccagctgcctctgaagcgctcagttagccgggagcgctac
gtggagacgctggtggtcgctgataagatgatggtgggttaccacggccgcagggacatc
gagcagtacatcctggctgtcatgaatattgttgccaaactgttccaggattctagcctg
gggaatgcagttaacattgtagtgacacggctcatcctgctcatggaagaccagccaaca
ctggagatcaaccaccatgcagggaagtctttagacagtttctgtaagtggcagaaaacc
atccaacaccgcagcagctatggaaacgccataccagacaatgggatcgctcaccacgac
accgctgtgctcatcaccagatatgacatctgcatccaaaaaaacaagccctgcgaaacc
ctaggtctggctcctgtgggagggatgtgtgaaccggagagaagctgcagtatcaatgag
gacattggcctcggaacagcgtttaccatcgcccatgagatcggacacacgtttgggatg
aaccatgacggtatggggaacgcatgtggccctcgcagccaggagaccgccaagctgatg
gccgaccacatcaccatgaagacaaacccgttcatctggtcggcatgtagccgggattac
atcaccagcttcctggactctggaatgggatcgtgtctgaacaacgttccaccaaagcag
gagtttgtgtatcccaccacagctcctggtcaggcctacgacgctgacgaacagtgccgc
ttccagtacggagtcagatctcgacagtgtaaatattcggaagtctgcagtgagctgtgg
tgcatgagtaagagcaaccgttgcatcaccagcagcattcctgctgcggagggaaccatc
tgtcagaccaacacaatagagaaagggtggtgctataagaggatgtgtgtggcatatggg
actcgtccggagggcgtggacggaggctgggggttgtggtcaccctgggaggagtgcagc
aggacgtgtggaggtggagtctcctcctctatcagacactgtgacagtcccaggccaacc
attggtggaaagtactgtctcggcgagagaaagcgtttcaggtcctgcaatattgacgag
tgccctgctggatctcatgatttcagggagattcagtgctccaactttgacagtgtttct
ttccggggaaaattttacacctggaggccatacagaggaggtggggtgaagccctgctct
ctaaactgtctggcagaaggttataacttctacacggagcgtgctccagctgtggtggat
ggtacaccctgcagagatgactccctggatgtgtgtgtaaatggagagtgcaagcacgtc
ggctgcgatcgcatcctcggatcggacgtacgcgaggaccgctgtcggatctgtggggcc
gacgggagcagctgcttgagtgttgagggactcttcaacgactcgcttcctgaagggggt
tatgaagaagtggtccgaattcccaaaggatcagtgttcatccacatacaggagctcaac
atctccctcaactaccttgtgctaaagagtaaaggtgaccagtattatatcaatgggaag
ctgaccattgacacaccacgcaggttcgatatagctggtaccatattccactacaggcgt
cccactgatgggccagaaactcttgaagctctggggccaacgaacataacactgattgtc
atggtgctggtgagggaggagaacccagggatccactatcgtttcaaccccccactcaac
agggaacctctgaatggttttgcctggcattacacgtcctggtcacgctgctccgctctc
tgtgcaggaggtgtgcagatccagcaggtggtgtgtaggaagcagtccgatcattcagtt
gccttcaaccacttctgtgacaagaagaacaaaccaaaagagaagaagagatcctgcaat
actgagccatgctccccatcctggtggacaggagagtggtcggagtgcagtcgcagctgt
aacggcggcctgcagactcgagaggttttatgtaaaaggaggatttctgtgacggaggag
aaagtcctggatgacgcaacctgttccactccacgtccctcgctcactgagccgtgcagc
aaccacagctgcccccccgaatggctggccctggactggtcagagtgtacgcccagttgt
ggtcccggcttcaggcaccgcttggtcttgtgtaagagcggggagagcggtgacacgctg
cctgagtccaagtgccccaagtatggcagacccacctccagggtgcgctgtaacctgaag
cgttgccctccccctcagtgggtgaccggtccctggggagagtgttctgccaagtgtggc
ctcggtcaggggatgcgttcggttcagtgtctgacccacaatggtcagccgtccgctgag
tgtatggagcatcagcgaccagcagccatgcagcagtgcaagagcaaatgtgacctcagt
ctgcccatcagcacagacaatcccgaagagtgcaaagatgtgaacaccgtggcctactgc
cccctggtgctcaggttcaagttctgcagccggccatatttcagacaaatgtgctgcaag
acgtgccagggacactga
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