KEGG   Xenopus laevis (African clawed frog): 108699338
Entry
108699338         CDS       T01010                                 
Symbol
adamtsl4.L
Name
(RefSeq) ADAMTS-like protein 4
  KO
K23369  ADAMTS-like protein 4
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:xla04990]
    108699338 (adamtsl4.L)
Domain-containing proteins not elsewhere classified [BR:xla04990]
 Thrombospondin domain-containing proteins
  ADAMTS-like proteins
   108699338 (adamtsl4.L)
SSDB
Motif
Pfam: TSP1_ADAMTS TSP_1 ADAMTS_spacer1 TSP1_spondin ADAMTS_CR_3 PLAC TSP1_CCN DUF4832
Other DBs
NCBI-GeneID: 108699338
NCBI-ProteinID: XP_018086841
Xenbase: XB-GENE-17334788
UniProt: A0A974H8W0 A0A1L8FBU4
Position
8L:complement(118499242..118620381)
AA seq 1434 aa
MYSFGHIFLSLMIVHLCHTREKVSNRTPRQTEDEGAVNKISGLWGSWGPWSSCSQTCGLG
VIERSRNCLSPYKQVPWVPGAEPAPHIMQTIPQPSQNAERSHLYPHGAARPAFPLHTDGE
IAAPFVDLGGQRHSPTLRYNPFNRHTRQGTHSSGSQPPIQNRDNTPYHRSITSRGRAAAR
HPETGWYPAPLETPYLQEELLAPETFSMHRNDHQSIPSSYNRRNITRQVEDPAPWPFFPD
SIPLLKPESSEDHNPGQSFSPLTPTKESRFSRRSRVRNSIKPGKYGYGKVPFALPLHKDK
EESQRSKRHHKSLDDETTVAPWKEEEIPTEIPSQNDRQVYYMHNADRSIVHSPEPSQQKS
SQSHKGESLQHHLSHIKHKRHEHPSWPERLVNISHLLMGLSGFQQKALKGDESKHKSIET
DLAPIVPVQEKGLNHRRRKSNQNGQSEWISEIQYGDSTKDSARHGDQNFGSRKQVDEDSL
SRVAKIRKARSTSTKLLWADEKPVEQKSSSIVSSVTAKEIAVADSSKIVAQSDVYTRNGD
QPFRRISRAKMFGTVKPMQSRTIGQKVDTPLRLDTTKKGQNERTLLEGSVLLTQRERASQ
LKKVSKHSEDSEITADEVDQQNHQAASDSVPLPRSRSQRQSQNRHGADNSRVFQSLFREH
PSIHRPSQSDPWPTYGRSPAMAHEREQDVRESIQQNSELPQWNLYNPGSEEFHCEGEQKQ
YKSCNQEACPSGEPDARAMQCATFNSQEFMGRLYQWEAFTEVSGNQRCALNCRPVGYRFY
VRHTEKVQDGTPCEAGSLDVCVDGQCLSPGCDGILGSNSTLDTCGVCGGDGSTCKFVTGT
FKETNVPIGYHKILEIPKGATQIKVKELTWSPNYLALRSRIGKSIINGNWAVDPAGRYEA
GGTVFIYTQPGREEQEGETFTAAGPTSEALDVYMIFQQDNPGISFQFFISSPTAADTSGH
QSNPAQQEYGALRSMSASETLPNPGSRIQPPDDRPLVLPPQSRQHSTRPVSTLQRNIRIP
PLQSPPVHYWPEQPQFFWKRVDNTACSVSCGKGFWYPIYHCVSRNSLEEVSEEECDLSTK
PFPQEEACNTQPCPAFWDVGNWSVCSRTCGNGIQHRQVLCRQMYANRTTMVHPQRCSHLV
KPNVTETCQLRICSHWEIQSNWSQCSVMCGMGQRIRRVRCVSNQGDEVGDGECSNRLRPR
TNEVCDMGPCVRSWFYNEWSPICSAECGTGIQRRSVFCLSSSPTDESQESCGGSKPSDMR
VCNSGPCERIIKWYTGPWSECSADCGDGSQKRDVICVSKLGAEFNVTDQAECSHLEKPLP
LQNCNLGPCGPSWFTTPWSACSQSCLGGIQMREVRCLASDKTFSQKCDQDSKPEDKRVCN
TQPCSAALDENCRDRYHNCAVVVQARLCVYGYYKQACCSSCAHAVQRSVPPESR
NT seq 4305 nt   +upstreamnt  +downstreamnt
atgtacagctttggacacatcttcctcagcctgatgattgtccacctctgtcacaccagg
gagaaggtttccaacaggacacctcgacagacagaggatgaaggagctgtaaataaaatt
tctggactgtggggttcatggggaccatggtctagctgttctcagacttgtggactagga
gttatagaaagaagtaggaactgtttgtctccatataagcaggtaccttgggtaccagga
gcagaaccagccccacacatcatgcagaccattcctcaaccctcacagaatgctgaaaga
tcccatttatatccacatggcgcagcgaggccagcattcccacttcacacagatggggag
attgcagcaccttttgtagaccttgggggtcaaagacattctccgacccttcgatacaat
ccatttaaccgccacacaagacaaggcacacattccagtggatctcagcctccgatccag
aaccgtgacaacacaccataccatagatccataaccagtcgagggcgggctgcagcacgg
catcctgagacagggtggtatccagcacctttggagactccttacctacaggaagaactt
cttgctcctgaaactttctccatgcacaggaatgatcatcaaagcataccatcatcctat
aaccggagaaacatcaccaggcaggttgaagaccctgcaccatggccattcttcccagat
tccattcctctcctaaaacctgaaagttctgaagaccacaatccagggcaatctttttca
ccactgacaccaaccaaagagtctcggttctctagaagatcccgtgttagaaattcaatc
aaaccaggaaagtatggctatgggaaagtgccctttgctttgccactccataaagacaaa
gaagaatcacaacggtctaaaaggcatcacaaatctctagatgatgaaactacagttgca
ccttggaaagaagaggaaataccaactgaaataccatcccaaaatgacagacaagtttat
tacatgcataatgcagatagatctatagttcatagcccagagccttcacaacagaagagt
tctcaatctcataaaggagaatcactgcaacaccatttatctcatataaaacataagaga
catgaacatccttcgtggcctgaaagattagtcaacatttctcatttattgatgggactt
agtggatttcagcagaaagctcttaaaggtgatgagtcaaaacataaatctatagaaaca
gatttagctccaatagtacctgtccaggagaaggggctcaatcacagaaggaggaagtcc
aatcagaatggccaatcagaatggatctctgagatccaatatggggattctacaaaagat
agtgcaaggcatggcgatcaaaattttggttctagaaagcaagtagatgaggattctttg
agcagggtagctaagattagaaaagctcgttctactagtaccaagctattatgggcagat
gaaaaacctgttgaacaaaagtcatcttccattgtttcttcagttacagctaaggaaatt
gcagtggcagacagttccaagatagttgcacagtccgatgtttataccagaaatggagac
caaccctttagaagaatatctagagccaagatgtttggcacagtaaaaccaatgcaaagt
agaaccataggtcaaaaagttgacacgcctttaaggttggatacaaccaagaaaggtcag
aacgagaggactctgctagaaggatcagtgttattaacgcaaagggaacgcgcatcccaa
ttaaaaaaggtttcaaaacattctgaggactctgaaataacagcagatgaagtggatcaa
caaaaccatcaggcagcatctgattcagtgcctttgcccagatcccgtagccagcgtcag
agccagaacaggcatggtgcagacaacagtagggtcttccaaagtctgttcagagagcat
ccttctattcacaggccttctcagtcagatccatggcccacctatggaaggagtccagct
atggctcatgaaagagaacaagatgtgagagaaagcattcaacagaactcagaacttcct
caatggaacctttacaatccaggatctgaggagtttcattgtgaaggggagcagaagcaa
tacaaatcatgcaaccaagaggcatgtccgagtggggaaccggatgcaagagccatgcaa
tgtgcaacgtttaacagccaagaatttatgggtcgtctgtaccagtgggaagccttcact
gaagttagtggcaatcaaagatgtgcactgaactgccgtcccgtgggctaccgtttttat
gtgcgtcacacagagaaggtccaagatggcaccccatgtgaagctggctctctcgatgtt
tgtgttgatgggcagtgcttgtctcctggctgtgatggcatcctggggtctaacagcact
ctggacacctgtggagtttgtggtggagatggatctacttgcaagttcgtaaccgggacc
ttcaaggaaaccaacgttcctattggctaccacaaaatcttggagattcccaaaggtgct
acccaaatcaaagtgaaagaacttacatggagtcctaactatctagctttgaggagtcgt
attggaaaatctattatcaatggtaactgggcagtagaccccgctggtagatatgaggct
ggaggaactgtgtttatctacactcaaccaggacgggaagagcaagagggggaaaccttc
actgcagccggtcctacctcggaagctctggatgtgtatatgatattccagcaggacaat
cctggtatctccttccagttcttcatttcttctccaactgctgctgatacctctgggcat
cagtctaacccagcacagcaggaatatggagcactgagatcgatgtctgccagtgagact
cttccaaacccaggctcacgtattcaacctcctgatgaccgacctctggtgttaccacct
caatcgagacagcattccacgagacctgttagcaccctgcaacgcaatatccgcattcct
cctctacagtcgcctccagttcactactggccagaacaacctcagttcttctggaagaga
gtggacaacacagcttgttctgtttcttgtggaaaaggattctggtatccaatttaccac
tgtgtctctagaaactctctagaggaggttagtgaggaggaatgtgatttgtccactaag
cctttccctcaggaggaagcgtgcaacacccagccctgcccagccttttgggatgttggc
aactggtcagtgtgcagcaggacctgtggaaatggaattcagcaccggcaagtgctttgt
cgccagatgtacgccaacaggacaaccatggtgcacccacagagatgtagccatctggtg
aagcccaatgtaacagagacctgtcaactccgtatctgcagccactgggagatccagtcc
aactggagccagtgttcagttatgtgtggaatgggccagaggatccgacgcgttcggtgt
gtcagtaaccaaggtgatgaggtgggcgatggcgagtgcagcaaccgactgcgccctaga
accaatgaggtttgcgatatgggcccgtgtgtccggagctggttctacaatgaatggagt
cctatatgttctgcggaatgtgggactggaatccagaggcgctcggtattctgcctgtcc
agctcccccacagatgagtcgcaggagagctgcggaggctcaaaaccatctgacatgcgc
gtgtgcaatagcgggccctgcgagcgcattataaagtggtacacgggaccctggtcagag
tgttcagcagattgtggtgacggttcccagaagcgtgatgtgatctgtgtgagcaagctg
ggggcagagtttaatgtcacagatcaggcagagtgctcccatttggaaaaaccgcttccc
cttcaaaactgtaatttagggccatgcgggcccagctggttcactaccccctggagtgcg
tgctcccagtcgtgcctcggagggatccagatgagagaagtgcggtgcttagcgtcagac
aagaccttcagtcagaagtgcgaccaggatagcaagccggaggataagagagtgtgcaac
acacagccgtgctctgccgcattagatgaaaactgccgtgaccgatatcacaattgtgca
gtggtggtccaagcgcgtctttgtgtctatggctactacaagcaagcgtgttgttcttcc
tgcgcccatgccgtacagcgatctgtgcctccagagagcagataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (78)   

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