KEGG   Loxodonta africana (African savanna elephant): 100675750
Entry
100675750         CDS       T04351                                 
Symbol
ADAMTS9
Name
(RefSeq) A disintegrin and metalloproteinase with thrombospondin motifs 9 isoform X2
  KO
K08624  a disintegrin and metalloproteinase with thrombospondin motifs 9 [EC:3.4.24.-]
Organism
lav  Loxodonta africana (African savanna elephant)
Brite
KEGG Orthology (KO) [BR:lav00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:lav01002]
    100675750 (ADAMTS9)
Peptidases and inhibitors [BR:lav01002]
 Metallo peptidases
  Family M12: astacin/adamalysin family
   100675750 (ADAMTS9)
SSDB
Motif
Pfam: TSP1_ADAMTS GON TSP_1 TSP1_spondin ADAMTS_spacer1 Reprolysin Pep_M12B_propep ADAMTS_CR_2 Reprolysin_5 TSP1_CCN Reprolysin_3 Reprolysin_2 ADAMTS_CR_3 Reprolysin_4
Other DBs
NCBI-GeneID: 100675750
NCBI-ProteinID: XP_003410079
UniProt: G3T7L9
Position
Unknown
AA seq 1933 aa
MQFVSWATLLTLLVRDLAEMRSPDAEAAVRKDRLHPRQAKLLETLSEYEIASPIRVNALG
EPFPTNFKRRRRSVNSASDPWPAFASSSSSSTSSQAHYRLSAFGQQFLFNLTAHAGFIAP
LFTVTLLGTPGVNQTKFYSEEEAELKHCFYKGHVNTKSEHTAVISLCSGMLGTFRSHDGD
YFIEPLLSIDEQEDEEEQNKPHIIYRRSTPQREPTTGRHACDTSEHSSSHSKDKRKTSTR
RWGGRSKLADDVAVSESNSAAKAFSVYGNKTDGTGERRTHRRTKRFLSYPRFVEVMVVAD
NRMVAYHGANLQHYILTLMSIVASIYKDPSIGNLINIVIVNLVVIHNEQEGPSISFNAQT
TLRNFCQWQHLKNYPGGIQHDTAVLITRQDICRAQDKCDTLGLAELGTICDPYRSCSISE
DSGLSTAFTIAHELGHVFNMPHDDNNKCKEEGVKSPQHVMAPTLNFYTNPWMWSKCSRKY
ITEFLDTGYGECLLNEPESRPYPLPSQLPGLLYNVNKQCELIFGPGFQVCPYMMQCRRLW
CSNVDGAHKGCQTQHTPWADGTECEPGKHCKFGFCVPKETEVPVTDGSWGSWSHFGTCSR
TCGGGIKTSVRECNRPEPNNGGKYCVGRRMKFKSCNTEPCLKQNRDFRDEQCAQFDGKHF
NINGLLPGVRWVPKYSGILMKDRCKLFCRVAGSTAYYQLRDRVVDGTPCGQDTNDICVQG
LCRQAGCDHILNSKARRDKCGVCGGDNSSCKTVAGTFNTVHYGYNTVVRIPAGATSIDVR
QHSFSGKAEDDNYLALSSSKGEFLLNGDFVVTMSKREIRVGNAVIEYSGSDNVVERINST
DRIEQELLLQVLSVGKLYNPDVRYTFNIPIEDKPQQFYWNSHGPWQACSKPCQGERERKL
VCTRELDQLTVSDQRCDRLPQPGPITEPCGTDCELRWHVGRRSECSAQCGLGYRTLDIFC
AKYSRLDGKTEKVDDSFCSSQPKPTNREKCSGECNTGGWRYSAWTECSKSCDGGTQRRRA
ICVNSRNDVLDDSKCTHQEKVTIQRCSEFPCPQWKSGDWSECLVTCGKGNKHRQVWCQFG
DDRLNDRSCDPESKPASMQTCQQPECASWQAGPWGQCSVTCGQGYQLRAVKCVIGIYMSV
VDDNDCNAATRPTDSQDCELPSCHPPPAAPEARRNMHSVPRTQWRFGSWTPCSATCGKGT
RMRYVSCRDEDGSVADESACAALPRPLAKEECSVAPCGQWKALDWSSCSVTCGQGRMTRQ
VVCVNYSDHMIDQSECNLDYIPKTDQDCSMAPCPQRTPDSGLAQHPFQNEGFRPRSASPS
RIHVLGGNQWRTGPWGACSSTCAGGSQRRAVVCQDENGYPAVDCVERIKPDEQRACESGP
CPQWAYGNWGECTKLCGGGIRTRLVVCQRPSGEQFPDLSCEILDKPPDREQCNTQACPQD
AAWSTGPWSSCSVSCGRGHKQRNVYCMAKDGTHLESDYCKHLAKPNGHRKCRGGRCPKWK
AGAWSQCSVSCGQGVQQRNVGCQIGTHKVAREPECNPYTRPESERACQALPCPRYVWRTE
EWQECTRTCGEGSRYRKVVCVQEDKDEVASEHCDVSQRPANRESCSLQPCEYVWITGEWS
ECSVTCGKGYKQRLVSCSEIYTGKENYEYSYQATVNCPGTQPSSVHPCYLRECPVSATWR
VGNWGSCSVSCGIGVMHRSVQCLTNEDQPSQLCPADLKPEERKTCHNVYNCELPQNCKEV
RRLQGASEDGEYLLLIRGKLLKIFCAGMQSDRPKEYVTLVHGDSENFSEVYGHRLHNPTE
CPYNGSRRDDCQCRKDYTAAGFSTFQKIRVDLATMQIITTDLQFARTSEGHPVPFATAGD
CYSAVKCPQGRFSINLYGTGLSLTESARWISQGNYAVSDIKKSPDGTRVIGRCGGYCGKC
TPSSGTGLEVQVL
NT seq 5802 nt   +upstreamnt  +downstreamnt
atgcagtttgtatcttgggccacactgctaacgctcctggtgcgagacctggccgagatg
cgaagcccagacgccgaggcggccgtgcgcaaggacaggctgcacccgaggcaagcgaaa
ttattagagaccctgagcgaatatgaaatcgcgtctcccattcgagtgaacgctctcgga
gagccctttcccacgaacttcaaaagaaggcgacggagcgttaactctgcctctgacccc
tggcctgccttcgcctcctcctcttcctcctctacctcctcccaggcgcattaccgcctc
tcagccttcggccagcagtttctatttaatctcaccgcccatgccggatttatcgctcca
ctgttcactgtcaccctcctcgggacgcccggggtgaaccagaccaagttttattccgag
gaggaagcagaactcaagcactgtttctacaaaggccatgtcaataccaagtccgagcac
acagcggtcatcagcctctgctcgggaatgctgggcacattccggtctcatgatggggat
tattttattgaaccactactgtccattgatgaacaagaggatgaagaggaacaaaacaag
ccccacattatttataggcgcagcaccccccagagagagcccacaacaggaaggcatgca
tgtgacacctcagagcacagcagcagccacagtaaagacaagaggaaaaccagtacgaga
agatggggtggaaggagcaagctggcagacgatgtggcagtgtcagaaagcaactcagca
gcaaaggctttttctgtctacggcaacaagacagacggtacaggggaaaggaggacccac
agaaggacaaagcgttttttatcctacccgcggtttgtcgaagtgatggtggtggcagac
aatagaatggttgcgtaccatggagcaaaccttcaacattatattttaactttaatgtca
attgtagcctctatctataaagaccccagtattggaaatttaattaatattgttattgtg
aacttagttgtgattcataatgaacaggaaggaccttccatatcttttaatgcccagaca
acgttaagaaacttctgccagtggcagcatttgaagaactatcccggtggaatccagcat
gatactgctgttctcataaccagacaggacatctgccgagctcaggacaaatgtgacacc
ttaggtcttgctgaactgggaaccatctgtgatccctacagaagctgttctattagtgaa
gacagtggactgagtacagcttttaccatagcccacgagctgggacatgtgtttaacatg
cctcacgatgacaacaataagtgcaaagaagaaggagtgaaaagtcctcagcacgtcatg
gctccaacactgaacttctacaccaatccctggatgtggtcaaaatgtagtcggaaatat
atcactgagtttttagacactggttatggcgagtgtttgcttaacgaacctgaatccaga
ccctaccctttgccttcccaactgccgggccttctttacaacgtgaacaaacaatgtgaa
ttgatttttggaccaggttttcaggtgtgcccatatatgatgcagtgtagacgactctgg
tgcagtaacgtggatggagcacacaaaggctgccagacccagcacacaccctgggctgat
gggacggagtgtgagccaggaaagcactgcaagtttggattttgtgttcccaaagaaacg
gaggtccctgtgactgatggatcctggggaagctggagtcactttggaacctgctcaaga
acatgtggagggggcatcaaaacgtctgttcgagagtgcaacagacccgagccaaataat
ggtggaaaatactgtgtagggcgcagaatgaaattcaagtcctgcaacacagagccatgt
ctcaagcagaaccgtgacttccgagatgagcagtgtgctcagtttgatgggaagcatttt
aacatcaatgggctgctgcccggtgtgcgctgggtccccaagtacagtggaattctgatg
aaggaccggtgcaagttgttctgccgggtggccgggagcacagcctactatcagctccga
gacagagtggtagatggaactccttgtggccaggacacgaacgatatatgtgtccaaggc
ctgtgccggcaagctggatgcgatcatattttaaattccaaagcccgaagagataagtgt
ggggtttgtggtggcgataattcttcctgtaaaacagtggcgggaacatttaatacagtg
cattacggttacaacactgtggtccgaattccagctggtgctactagcatcgatgttcgg
cagcacagcttctcagggaaggcagaggatgacaactacctagctttatcaagcagtaaa
ggagaattcttgctaaatggagacttcgttgtcacaatgtccaaaagggagatccgcgtt
gggaatgctgtcatagaatacagcggctctgacaacgtggtggaaagaatcaactccaca
gatcgcattgaacaggagcttttacttcaggtgctctcagtgggaaagctgtataaccct
gacgtgcgctacactttcaatattccaattgaagacaaacctcagcagttctactggaac
agccatgggccctggcaagcgtgcagcaaaccctgccaaggggagcgggaaagaaaactt
gtttgcaccagggaattggatcagcttacagtttctgaccaaagatgtgatcgcctgccc
cagccaggacctattactgagccctgtggcacagactgtgaactgaggtggcacgttggc
cgcaggagtgaatgcagtgcgcagtgtggcttgggttaccgcacactagacatcttctgt
gccaagtacagcaggctagatgggaagactgagaaggttgatgacagcttctgcagcagc
cagcccaaacccaccaaccgggagaaatgctccggagagtgtaacacgggtggctggcgg
tattctgcttggactgaatgttctaaaagctgtgatggtggaacccagaggagaagggct
atttgtgtcaacagccggaatgatgttctggatgatagcaaatgcactcaccaggagaaa
gtcaccattcagaggtgcagtgaattcccttgcccacagtggaagtcaggagactggtca
gagtgcttagtcacctgcggaaaagggaacaagcatcgccaggtctggtgtcagtttggc
gacgatcgattaaacgatagaagctgtgaccccgagagcaagcctgcctccatgcagacc
tgtcagcagccggaatgtgcgtcctggcaggcgggtccctggggacagtgcagtgtcacc
tgtgggcagggataccagctaagggcagtgaaatgtgtcattggcatttacatgtcagtg
gtagatgacaatgactgcaatgcggcaactagaccgactgatagccaggactgtgagtta
ccatcttgtcatcctcccccagctgccccagaagcaaggcgaaacatgcacagtgtaccg
agaacccagtggcgatttgggtcttggactccatgctcagccacttgtgggaaagggacc
cggatgagatacgtcagctgccgggatgaggacggctctgtggctgatgagagtgcctgt
gcagctctccctagacctctggcaaaggaggagtgctctgtggccccctgtgggcagtgg
aaggccttggactggagctcttgctccgtgacttgtgggcaaggcaggatgacccggcaa
gtggtgtgtgtcaactacagtgaccacatgatcgatcagagtgagtgtaacctagactac
atcccaaaaactgaccaggattgttccatggcaccgtgccctcagcggaccccagacagt
ggcctagctcagcaccctttccaaaatgagggctttcgccccaggagtgccagccctagc
cgcatccatgtgctcggtgggaaccagtggaggaccggtccctggggagcatgctccagt
acctgtgctggtgggtcccagcggcgtgctgtcgtgtgtcaggatgaaaacggctacccc
gcagtcgactgtgtggaaagaataaaacctgacgagcagagagcctgtgagtctggcccg
tgtcctcaatgggcttatggcaactggggagagtgtactaagctgtgtggtggaggaata
cgaacaagactggtggtctgtcagcggcccagcggtgaacagttcccagatttgagctgt
gaaattcttgacaaacctccagatcgcgagcaatgtaacacacaagcttgtcctcaagat
gccgcctggagcactggcccttggagctcgtgttctgtctcttgtggtcgagggcataaa
caacgaaatgtttactgcatggccaaagatggaacccatttagaaagtgattactgtaaa
caccttgctaagccaaatgggcacagaaagtgccgtggaggaagatgccccaaatggaag
gctggagcctggagtcagtgctccgtgtcctgcggccaaggcgtgcaacagaggaatgtg
ggctgtcagatcggaactcacaaagtagccagagagcccgagtgcaacccctacaccaga
ccagagtcggagcgcgcctgccaagccctgccgtgccctcgctacgtgtggaggacagag
gagtggcaagaatgcaccagaacttgtggcgaaggctccaggtaccgcaaggtggtatgt
gtgcaggaggacaaggacgaggtcgccagtgagcactgtgacgtgagccagcggcctgcc
aaccgcgagagctgcagtttacagccctgcgagtacgtctggatcacaggagaatggtcg
gagtgctcagtgacctgtggaaagggctacaaacaaaggctggtctcgtgcagcgagatt
tacaccggcaaggaaaattatgagtacagctaccaagccacagtcaactgcccaggcacg
cagccctccagcgtccacccctgctacctgagggagtgccctgtctcagctacctggaga
gttggcaactgggggagctgctcggtgtcttgtggcattggggtgatgcacaggtctgtg
cagtgcttaaccaatgaggaccagcccagccagctgtgccccgctgacctgaagccagaa
gaaagaaagacctgccacaacgtgtacaactgtgagttaccccagaactgcaaggaggtg
agaagactccaaggtgccagcgaggatggtgaatatctcctgcttattagagggaagctc
ctgaagatattctgtgcagggatgcagtctgaccgccccaaagaatatgtgacactggtc
catggcgactccgagaatttctccgaggtttatgggcacaggttgcacaacccaacagaa
tgtccttacaacgggagccgacgagatgactgccagtgccggaaggattacacagcagct
ggcttttccaccttccagaagatcagagtagacctggccaccatgcagataatcaccact
gacttgcagtttgcgaggaccagtgagggacaccctgtccctttcgccacagctggggac
tgctacagtgctgtcaagtgcccacagggtcgttttagcattaacctttacggaaccggc
ctgtctttaacggaatctgccaggtggatatcgcaagggaactatgccgtctccgacatt
aagaagtcgccggacggtacccgagtcatagggagatgcggtggttactgcggaaaatgt
actccgtcctctggcactggcctggaggtgcaggttctgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (14)   
   Pfam (14)   
All databases (72)   

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