Physeter catodon (sperm whale): 102980411
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Entry
102980411 CDS
T06011
Symbol
ADAMTS6
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 6 isoform X1
KO
K08621
a disintegrin and metalloproteinase with thrombospondin motifs 6 [EC:3.4.24.-]
Organism
pcad
Physeter catodon (sperm whale)
Brite
KEGG Orthology (KO) [BR:
pcad00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
pcad01002
]
102980411 (ADAMTS6)
Peptidases and inhibitors [BR:
pcad01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
102980411 (ADAMTS6)
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Gene cluster
GFIT
Motif
Pfam:
TSP1_ADAMTS
ADAMTS_spacer1
Reprolysin
Pep_M12B_propep
TSP_1
ADAMTS_CR_2
Reprolysin_5
Reprolysin_3
ADAMTS_CR_3
TSP1_spondin
Reprolysin_2
PLAC
Reprolysin_4
TSP1_CCN
Peptidase_M57
Peptidase_M66
Motif
Other DBs
NCBI-GeneID:
102980411
NCBI-ProteinID:
XP_023980561
Ensembl:
ENSPCTG00005011980
UniProt:
A0A2Y9SPF7
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All DBs
Position
8:complement(68658391..68957632)
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AA seq
1117 aa
AA seq
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MEILWKTLTWILSLVMASSEFHGDHRLSYSSQEEFLTYLEQYQLTIPIRVDQNGAFLSFT
VKNDKHSRRRRSMDTFDPQQAVSKLFFKLSAYGKHFHLNLTLNTDFVSKHFTVEYWGKDG
PQWKHDFLDNCHYTGYLQDQRSTTKVALSNCVGLHGVIATEDEEYFIEPLKNTTEDSKHF
SYENGHPHVIYKKSTLQQRHLYDHSHCGVSDLLRSGKPWWLNDTSAFPSSLPINGIHIHQ
RQKRSVSIERFVETLVVADKMMVGYHGRKDIEHYILSVMNIVAKLYRDSSLGNVVNIIVA
RLIVLTEDQPNLEINHHADKSLDSFCKWQKSILSHQSDGNTIPENGIAHHDNAVLITRYD
ICTYKNKPCGTLGLASVAGMCEPERSCSINEDIGLGSAFTIAHEIGHNFGMNHDGIGNSC
GTKGHEAAKLMAAHITANTNPFSWSACSRDYITSFLDSGRGTCLDNEPPKRDFLYPAVAP
GQVYDADEQCRFQYGATSRQCKYGEVCRELWCLSKSNRCVTNSIPAAEGTLCQTGNIEKG
WCYQGDCVPFGTWPQSIDGGWGPWSLWGECSRTCGGGVSSSLRHCDSPAPSGGGKYCLGE
RKRYRSCNTDPCPLGARDFREKQCADFDNMPFRGKYYNWKPYTGGGVKPCALNCLAEGYN
FYTERAPAVIDGTQCNADSLDICINGECKHVGCDNILGSDAREDRCRVCGGDGSTCDAIE
GFFNDSLPRGGYMEVVQIPRGSVHIEVREVAMSKNYIALKSEGDDYYINGAWTIDWPRKF
DVAGTAFHYKRPTDEPESLEALGPTSENLIVMVLLQEQNLGIRYKFNVPITRTGSGDNEV
GFTWNHQPWSECSATCAGGVQRQEVVCKRLDDNSIVQNNYCDPDSKPPENQRTCNTEPCP
PEWFIGDWLECSKTCDGGMRTRAVLCIRKIGPSEEETLDYSGCLTHRPIEKEPCNNQSCP
PQWVALDWSECTPKCGPGFKHRIVLCKSSDLSKTFPAAQCSEESKPPVRIRCSLGRCPPP
RWVTGDWGQCSAQCGLGQQMRTVQCLSYTGQASSDCPETVRPPSMQQCESKCDSTPISST
EECKDVNKVAYCPLVLKFKFCSRAYFRQMCCKTCQGH
NT seq
3354 nt
NT seq
+upstream
nt +downstream
nt
atggaaattttgtggaagacgttgacctggattttgagcctcgtcatggcttcatcggaa
tttcatggtgaccacaggctttcatacagttctcaagaggaattcctgacttatctagaa
cagtaccagctaactattccaataagggttgatcaaaatggagcttttctcagctttact
gtgaagaatgataagcactccaggagaagacggagtatggacactttcgatccacaacag
gcagtatctaagttattttttaaactttcagcctatggcaagcactttcacctaaacttg
actctcaacacagattttgtgtccaaacattttacagtagaatattgggggaaagatgga
ccccagtggaaacatgattttttagacaactgtcattacacaggatacttgcaagatcaa
cgtagtacaactaaagtggctttaagcaactgtgttgggttgcatggtgttattgctaca
gaagatgaagaatattttattgaaccattaaagaataccacagaggactccaaacatttt
agttatgaaaatggccatcctcatgttatttacaaaaagtctacccttcaacaacgtcat
ctatatgatcactctcattgtggggtttcggacctcctaagaagtggcaaaccttggtgg
ttgaatgacacatctgcttttccttcttcactaccaattaatggcatacatatccaccag
agacagaagagatcagtaagcattgagcggtttgtggagacattagtagtggcagacaaa
atgatggtgggctaccatggccgcaaagacattgaacattacattttgagtgtgatgaat
attgttgccaaactttaccgtgattccagcctaggaaacgttgtgaatattatagtggcc
cgtttaattgttctcacagaagatcagccaaacttggagataaaccaccatgcagacaag
tccctcgatagcttctgtaaatggcagaaatccattctctcccaccaaagtgatggaaac
accattccagaaaatgggattgcccaccacgataatgcagttcttattactagatatgat
atctgcacttataaaaataagccctgtggaacactgggcttggcctctgtggctggaatg
tgtgagcctgaaaggagctgcagcattaatgaagacattggcctgggttcagcttttacc
attgcacatgagattggtcacaattttggtatgaaccatgatggaattggaaattcttgt
gggacgaaaggtcatgaagcagcaaaacttatggcagctcacattactgcaaataccaat
cccttttcctggtctgcctgcagtcgagactatatcaccagctttctagattcaggccgt
ggtacttgccttgataatgagcctcccaagcgtgactttctttatccagctgtggcccca
ggtcaggtgtatgatgctgatgaacaatgccgtttccagtatggagcaacatcccgccaa
tgtaaatatggggaagtgtgtagagagctctggtgtctcagcaaaagcaaccgctgtgtc
accaacagtattcctgcagctgagggaacactctgtcaaactgggaatattgaaaagggg
tggtgttatcagggagattgtgttccttttggcacttggccccagagcatagatgggggc
tggggtccctggtcactatggggagagtgcagcaggacctgcgggggaggcgtctcctca
tccctaagacactgtgacagtccagcaccttcaggaggtggaaaatattgccttggggaa
aggaaacggtatcgctcctgcaatacagatccatgtcctttgggggcccgagattttcga
gagaaacagtgtgcagactttgacaatatgcctttccgtggaaagtattataactggaaa
ccctatactggaggtggggtaaaaccttgtgcgttaaactgcttggctgaaggttacaat
ttctacactgaacgtgcccctgcggtgattgatgggactcagtgcaatgcagattcgctg
gatatctgtatcaatggagaatgcaagcatgtaggttgtgataatattttgggatccgat
gctagggaagatagatgtcgagtctgtggaggggatggaagcacatgtgatgccattgaa
gggttcttcaatgattcgttgcccagaggaggctacatggaagtagtgcagataccaaga
ggctctgttcatattgaagtcagagaagttgccatgtcaaagaactatattgctttaaaa
tctgaaggggatgattactatattaatggtgcctggacaattgactggcctaggaagttt
gatgttgctgggacagcttttcactataagaggccaaccgatgaaccagaatccttagaa
gctttaggtcccacctcagaaaatctcattgtcatggttctgcttcaggaacagaatttg
ggaattaggtataaattcaacgttcccatcacccggacaggcagtggagacaatgaagtt
ggctttacatggaatcatcagccttggtcagaatgctcagctacttgtgctggaggtgtc
caaagacaggaggtggtctgtaaaaggttggacgacaactccattgtccagaacaattac
tgtgaccctgatagtaagccacctgaaaatcaaagaacctgcaacactgagccctgccca
ccagagtggttcattggggactggttggaatgtagcaagacttgtgatggtgggatgcgc
acaagggcagtgctctgcatcaggaagattggaccttctgaggaggagacactggactac
agtggttgtttaacacaccggcctattgaaaaagagccctgcaacaaccagtcatgtcca
ccgcagtgggtggctttggactggtcagaatgcactcccaaatgtggtccaggattcaag
catcggattgttctgtgcaagagcagtgacctttctaaaacattcccagcagcacaatgt
tccgaggagagcaaacccccagtccgcatccgctgcagtttgggccgctgtcctcctcct
cgctgggtgacaggagactggggccagtgttctgctcagtgtggacttggacagcaaatg
cggactgtgcaatgtctttcctacactggacaggcatcgagtgactgtccagaaactgtt
cgacctccatcaatgcagcagtgtgaaagcaaatgtgacagtacccccatttccagtact
gaagagtgcaaagatgtgaacaaagtggcttattgcccactggtgttgaagttcaagttc
tgcagtagagcatacttcagacagatgtgttgtaagacctgccaaggacactga
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