Anas platyrhynchos (mallard): 101800615
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Entry
101800615 CDS
T02816
Symbol
ADAMTS13
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X1
KO
K08627
a disintegrin and metalloproteinase with thrombospondin motifs 13 [EC:
3.4.24.87
]
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
apla01002
]
101800615 (ADAMTS13)
Enzymes [BR:
apla01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.87 ADAMTS13 endopeptidase
101800615 (ADAMTS13)
Peptidases and inhibitors [BR:
apla01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
101800615 (ADAMTS13)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TSP1_ADAMTS
ADAMTS_CR_3
ADAMTS_spacer1
TSP_1
ADAMTS_CR_2
Reprolysin
Adt-1
TSP1_spondin
Reprolysin_4
Reprolysin_3
Reprolysin_5
TSP1_CCN
Peptidase_M10
Peptidase_M66
Reprolysin_2
TSP1_CFP_C
Metallopep
Motif
Other DBs
NCBI-GeneID:
101800615
NCBI-ProteinID:
XP_005013321
Ensembl:
ENSAPLG00000006553
LinkDB
All DBs
Position
18:complement(6741400..6761827)
Genome browser
AA seq
1465 aa
AA seq
DB search
MIIISLMIRALMMFPPGFCWPSILQEKFLRALDPEDIFSYFGTSSVSDVPEFVVAQPTCP
CKEEHIELTCQIQHCSIKAWGEIYAFEFLEDHALVSSSFVINQVVNSSFSLLKQFSGNCF
AGGKPSLPPGAECRVTYCEGQLQGVVITDEEKIHIKPVRNKDMALLKDLGFSSAHILFRS
ARVGSNTARAGRFPSRLQKRAEGAVKHLELMVIAGPDVYLHHKEDTERYILANLNIGAEL
LRDASLGGHFRVHLMQMLVLREPEVDVNITTNITSSLISVCEWSKKVNPQNDSDPRHADI
VLYVTRFDLELPDGNKELRGVTQLGGVCSSSWSCIITQDTGFDLGVTIAHEIGHSLGIPH
DGEGNQCSSNGYIMGSAGNHSGIDLAWSQCSREEFLAFVSTGQTNCLNDLPDMDGSIPGW
KPGLYYGADEQCKIAFGSIATACTFADSNVDICKVLSCHVQPGDKSSCTRLLVPLLDGTE
CGINKWCFKGRCSSLEELNPMAVVHGQWSSWSPFSSCSRSCGGGVVMRQRICNNPRPAFG
GRECQGSSIQMEMCNTQACLTTQQDFMAEQCAATNLKPLYLSKETPSFYTWTSAIGFAKG
DMQCKHLCRAVGNEFMVSREDSFIDGTRCEQDNPEHHGAFSLCVMGSCRAFGCDGRMDSK
KMMDSCKVCGGDNSTCTKVSGSYTEGKAKEYVTFLSLPYNTTLVHIINQRPLFTHLAVKV
KGEYVVAGKGKISLNVTYPSVLEDRQIKYKVFLTENNLPSLEEVHVDGPTQEEIEIQVYR
RYGKEYGNATNPDITYSYFVPKENQAYMWIPQQGSCSVTCGEGTRTVNHVCFDQTKNETT
EDQLCLEFPQPLSRHEPCAMEPCLYRWKISQTDECSAVCGTGIAQQNLTCVQLHKGMETV
VDDSLCPAEEKPLSVVPCVVNVCPLGWDNEEDTHLLQIPESLGHIQLENQTVYVWSPLAG
ECSVSCGGGETQIQYVCVAFDTKEKIQEENCHPVPKPESRVEVCNLSPCPPRWHYKMGSC
SASCGGGVMHKVLYCARETGEKAEEIVADTQCDGLPRPKEQEPCNLEPCPPRWKTIPAGP
CSSSCGLGLAVQLVTCVQIHQGKEILLEEHSCPVSEKPLTSIPCVIRRCSYEWSFSEWTE
CSTSCGNGVQTRQDFCLNSLTHKHVNPIFCRHFPKAIVLRGCFAGPCPEQVVGTGSHGAE
LQTVTPAMHPTTAATVERARYKDLDLPPSAVPAVPQEQTETSGGVCGKLFLNATGVINMT
GVERSDCTVAIGRPLGEEITLIVLESSLNCSAGEVVLFSGRMMWQTGCKKLPLSLINSRT
NTLIVKQRVLLPGNGVVLQYNSRNTTKKYYQDCDKQLFGPRGEIVNPVQSPGQRHEGVCR
TFINVAPQHRIAIRAVYIDLGSENNQTHFNYILIRDVSTMKTMVFHGRQQFFWQSTGSQA
EIEFHENIKEHRTSFWAEYHAAEPK
NT seq
4398 nt
NT seq
+upstream
nt +downstream
nt
atgatcatcatcagcttgatgatccgagctctcatgatgttccctccgggattttgttgg
ccatccattctccaagagaaatttctcagagcattggatccggaagatattttctcttac
tttggaaccagctcagtgtctgatgtacccgagtttgtggttgctcagccgacttgccct
tgtaaagaagagcacattgagctgacatgtcaaattcaacattgctccattaaggcctgg
ggagaaatctatgcctttgaatttctagaggaccatgccctcgtttcttcttcctttgtg
atcaatcaagtggtgaactcttcctttagcttactgaagcaattctcaggcaactgcttt
gcaggtggcaaaccatcactacctcctggggctgagtgtagagtcacttattgtgaaggg
cagctgcaaggagtcgtcattacagatgaagaaaagattcatatcaagcctgtcagaaac
aaagatatggccctgctgaaggatcttggcttctccagtgcccatattctcttcagaagt
gccagagtaggatcaaatacagcaagagcagggcggtttccttctcgcctgcagaagagg
gctgagggagctgtcaaacatctggaactgatggtcatagcaggtcccgacgtttacttg
caccacaaagaggacacggagcgatatattcttgcaaacctgaacattggggcagagctg
ctgcgagatgcctcgctgggtggtcatttcagggttcatttgatgcaaatgcttgttttg
agagaaccagaggtggatgtaaacatcacaacaaatatcacctcttcgctaatcagtgtt
tgtgagtggagcaagaaggtcaacccccagaatgactctgatcctcggcacgctgacatt
gtactgtatgtgaccaggtttgatctggagttgcctgacgggaataaggagctacgtgga
gtgactcagttagggggagtctgctcctcctcctggagttgcattatcactcaggacacc
ggctttgacctgggagtcaccatagcccatgagattgggcacagccttggaatcccccat
gatggtgaggggaatcagtgcagcagcaatggttacatcatgggttcagcaggaaaccac
agtggcattgaccttgcttggtcccagtgtagccgagaagaattcctggcctttgtcagc
acaggccaaacaaactgcttaaatgacctgccggacatggacggcagcatccctggatgg
aagcctggcttatactatggagcagatgagcaatgtaaaatagcctttgggagcattgca
accgcgtgcacctttgctgacagcaatgttgacatatgtaaagtcctctcatgccatgta
caaccaggagacaaatccagctgtactcggcttcttgttcccctcttggatggtactgag
tgtggaatcaataagtggtgcttcaagggacggtgcagctctctggaagaactgaacccc
atggctgtagtccatggacagtggtccagctggagccccttttcttcctgctcccgcagc
tgcggaggtggagttgtgatgaggcagaggatctgtaacaaccccaggcctgcttttggg
ggacgggagtgccagggcagcagcatccaaatggagatgtgcaatactcaggcctgtttg
acgacccaacaggactttatggctgagcagtgtgcagcaacaaacttaaagccgctgtat
ctcagcaaagaaacaccatccttttatacttggacttctgctattggctttgccaaaggg
gacatgcagtgcaagcacttgtgcagggccgttggaaacgaattcatggtaagccgtgaa
gacagtttcatagatggaaccagatgtgagcaggataatcctgaacaccatggagctttc
agtctgtgtgtaatgggaagctgcagagcattcgggtgcgatggccggatggactccaag
aagatgatggactcttgcaaggtctgtgggggtgataactccacttgcaccaaagtgagc
ggatcttacacagaagggaaagctaaagagtatgttacatttttgtccctgccttataac
accaccttggtccatattatcaatcagaggccactcttcacacatttggctgttaaggtt
aaaggtgagtatgtggttgctggaaagggaaaaatctcattgaatgtcacctatccatcg
gttctggaggacagacagatcaaatacaaagtgtttctcactgagaacaacctgccaagc
ctggaggaagtccatgtggatgggccaacccaagaagaaattgaaatacaggtttataga
aggtatgggaaagaatacggcaatgccaccaacccagacatcacctacagctactttgtg
ccaaaagagaatcaggcgtatatgtggattcctcaacaggggtcatgttcagtgacttgt
ggggaagggacacgaacagtgaatcatgtgtgttttgaccagacaaagaatgaaacaaca
gaggatcagttgtgcctggaattcccacaacccctttcaaggcatgaaccctgtgccatg
gaaccatgcctgtacaggtggaagatatctcagacagatgaatgctctgctgtctgtgga
actggcattgcacagcagaatctgacctgtgttcagcttcataaggggatggagactgtt
gtggatgacagcttatgtccagcagaagaaaaacccctctccgttgtgccgtgtgtggtt
aacgtctgccctttgggctgggacaatgaggaagacacacacttgcttcagattccagag
tcacttggacatatccaactggaaaatcagactgtgtatgtctggagccctctagctgga
gagtgttcagtgtcctgtggtggaggtgagactcagatacagtatgtatgtgtagctttt
gacaccaaagaaaaaatccaagaagaaaattgtcatccagtgccaaagccagagagcagg
gtggaagtctgcaatctcagtccctgcccaccaaggtggcattacaaaatgggctcatgc
agtgcaagctgtggaggaggtgtgatgcacaaggtcctctactgtgcgagggaaactggg
gagaaggcagaagagattgtggcagacacccagtgtgatggtttgcctcgcccaaaggag
caggagccatgtaatttggagccgtgccccccaagatggaaaacaatcccagctggcccg
tgttcctccagctgtgggcttggcttagctgttcagctggtcacctgtgtgcagattcac
caaggcaaagagattttgctggaggaacattcgtgtcctgtgtcagagaaaccccttacc
agcatcccatgtgtcatccgaaggtgctcttacgaatggagcttcagtgaatggacagag
tgttcaacttcatgtgggaatggtgttcagacacggcaggatttctgcctcaactcgcta
acccataagcacgtgaaccccatcttctgcaggcacttccccaaggccatcgtgctacgt
ggctgctttgcagggccctgtcctgagcaggtggtggggactgggtcccatggagcagaa
ctgcagacagtgacaccagccatgcatcctacgacagctgcaactgttgaaagggcaaga
tataaggacctggatcttcctccttctgctgtgccagctgtccctcaggagcagacagag
accagtggaggtgtttgtggaaagctctttcttaatgccactggggtcatcaacatgaca
ggtgtagagagaagtgactgcaccgtggccattggacgtcctctaggggaggagataaca
ctcattgttctggagagctccctcaactgcagtgcaggtgaagtcgtgttgttttctggg
cgaatgatgtggcagacaggctgcaagaagctccctttgtcactgataaattccagaaca
aatacattgattgtgaaacagcgtgttttgctgccaggaaatggtgttgttcttcagtac
aacagcagaaatacaactaaaaaatattaccaagactgtgacaagcagctgtttggtccc
cgaggtgaaatagtgaatcctgtgcagtcacctggtcaaaggcatgaaggagtgtgtcgg
accttcattaacgtggctcctcagcaccgcatagctatccgagctgtgtatattgacctg
ggcagtgagaacaaccaaactcattttaattacatcctgattcgtgacgtaagcaccatg
aagacgatggtgtttcatgggagacagcaattcttctggcaatcaacaggaagccaagct
gaaattgaatttcatgaaaacattaaggaacaccgaaccagtttctgggctgaatatcat
gctgctgaacccaaataa
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