Sequence details NCBI ID: XM_004848961.1 (Coding sequence)   Best Hit

Details from NCBI annotation

Gene Symbol Adamts13
Gene Name ADAM metallopeptidase with thrombospondin type 1 motif, 13
Entrez Gene ID 101713585

Database interlinks

Part of NW_004624760.1 (Scaffold)

For more information consult the page for NW_004624760.1 (Scaffold)

Potential Gene Matches

The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.

ADAMTS13 ENSCPOG00000010285 (Guinea pig)

Gene Details

ADAM metallopeptidase with thrombospondin type 1 motif, 13

External Links

Gene Match (Ensembl Protein ID: ENSCPOP00000009235, Guinea pig)

Protein Percentage 78.2%
CDS Percentage 83.58%
Ka/Ks Ratio 0.25555 (Ka = 0.1244, Ks = 0.4869)

ADAMTS13 ENSG00000160323 (Human)

Gene Details

ADAM metallopeptidase with thrombospondin type 1 motif, 13

External Links

Gene Match (Ensembl Protein ID: ENSP00000360997, Human)

Protein Percentage 70.97%
CDS Percentage 77.72%
Ka/Ks Ratio 0.25472 (Ka = 0.1833, Ks = 0.7197)

Adamts13 ENSMUSG00000014852 (Mouse)

Gene Details

a disintegrin-like and metallopeptidase (reprolysin type) with thrombospondin type 1 motif, 13

External Links

Gene Match (Ensembl Protein ID: ENSMUSP00000099955, Mouse)

Protein Percentage 69.22%
CDS Percentage 74.67%
Ka/Ks Ratio 0.21672 (Ka = 0.2024, Ks = 0.934)

Adamts13 ENSRNOG00000005780 (Rat)

Gene Details

a disintegrin-like and metallopeptidase (reprolysin type) with thrombospondin type 1 motif, 13

External Links

Gene Match (Ensembl Protein ID: ENSRNOP00000007640, Rat)

Protein Percentage 67.18%
CDS Percentage 73.77%
Ka/Ks Ratio 0.2135 (Ka = 0.2133, Ks = 0.9993)

Genome Location

Sequence Coding sequence

Length: 4584 bp    Location: 1865506..1889394   Strand: +
Raw sequence   
>XM_004848961.1
ATGAGCCGGCTTCGGCCCTGGGCACGATGCCCCCTTCTCCATGCAGCCAGCGTTGGAGGGGTCCTCTTCAGTGCCTTCTTGGCCCTCGGCTGCTGGGGGCTGTCGGACTTCCAGCAGAGCTTTCTGCAGGCTCTGGAGCCTGAGGAGGTGTCCTCTTACTTTGGGCCTGATGCAGCCTTGGAAGTGCCCCACTTCACTGTGGCCCCGCTCACCTGCGTCTGCGAGGATCAGCTCCCGACACTGCCCTGCAGGGCCCTGCGCTGCTCCCTGAGTGCCCCGGAAGAGCCCTTTGCCTTCTCCTTCCGGCCTGAGCAGGGCCTCTTGGGTCCCTCCTTTGTCACCGAGCATGTGGTGAATGCCTCCCTCCGGCTGCTGAAAGGGCCCCTCAGCCACTGCTTCACGGGGGGACGTGCCCTGCTGCCCCCGGGCACAGTGGCCAGGGTCACACACTGCTCAGGCCATGTGGAGGGCGACATTCAGGTGGGCGCAGGCAGACTGTATGTCCAGCCAGTGAAGAGGAAGCACCAGGCGCTGGTGCCACCTTGGAGTGGGGCCCTGCCCCACCTGATCCACAGCCCCGTGCCCAGAGTGCCTGCATCCCCCCAAGCCCAGCCGGCCTGTCTCTCCCCTTCAGCAGATCCTTCCCCCGGGCTCTGGAGGCGGACACGGAGACGGGCAGCAGGGGGCATCCTGCACCTGGAGCTGCTGGTAGCCGTGGGCCCTGACGTCCACCAGGCTCACCAGGAGGACACCGAGCGCTACATCCTCACCAATGTCAACATCGGGTCGGAGCTGCTGAGGGACCCCTCCCTGGGGGTGCAGGTCCGAGTGCACCTGGTAAAGCTGCTCATCCTCACGGAGCCTGAGGGGACCCCGAATATCACTGCCAATATCACCTCGTCCCTGCTGAGCGTCTGTGAGTGGAGCCGTTCAGTCAACCCTGAGGACGACAAGGATCCTGGGCACGCTGACCTGGTCCTCTACGTCACCAGGTTTGACCTGGAGTTGCCTGATGGGAACCGGCAGGTCCGGGGAGTCACCCAGCTGGGGGGTGCCTGCTCCCCCTCCTGGAGCTGCCTTATCACTGAGGACACTGGCTTTGACCTGGGGGTCACCATGGCCCATGAGATCGGACACAGTTTAGGCCTGGACCACGATGGGGCACCTGGCAGCGGCTGTGGGGCCAGTGGACATGTGATGGCCTCTGACGGCGTGGCCACCACCCACAGGGGCCAGGTGTGGTCCCCCTGTAGCCGAAGGCAGCTGCAGCAGCTGCTCAGCACAGGGTGGGTACGCTGCATGTGGGACCTGCCAAGCTCGCCGTGGGGACCCACAGGGCGCCTGCCTGATGCTCAGCCCGGCCTCTACTATGGCATGGAGGAGCAGTGCCGCATTGCCTTCGGCCCCGCTGCCACCGCCTGCACCTTTGCCAGGGAGGGGCTGGACATGTGCCAGGCCCTGTCCTGCCACACGGACCCCCTGGACCACAGCAGCTGCAGCCGGCGCCTCGTGCCTCTCCTGGATGGGACAGAATGCGGCTTGGAGAAGTGGTGCTTCAAGGGTCACTGCCGCTCCCTGGCGGAACTGACGCCCGTGGCTGCCGTGCACGGGAGCTGGTCCAGCTGGGGCCCCAGCAGCCCTTGCTCCCGCTCCTGTGGAGGAGGTGTGGTCACCAGGAGGCGGCAGTGTGACAACCCCAGGCCTGCCTTCGGGGGGCGTGCGTGCACCGGGGCCGACCTGCAGGCTGAGATGTGTAACACTCAGGCCTGCGAGAAGACGCAGCTGGAGTTCATGTCCGAGCAGTGCGCCCAGACCGACGACCAGCCGCTACCCGTCTCCCCGGGGGGCACCTCCTTCCACCACCGGGGTGCTGCAGTGCAGTACAGCCAAGGGGACGCTCTGTGCAGACGCTTGTGCTGGGCTGGCAGCCAGAGCCTCCTTGTGCGGCAAGGACACCGGCTCCTGGACGGGACCCGGTGTGTGCCCAGCGGCCCCCAGGAGGACAGGACCCTGAGCCTGTGCGTGTTGGGCAGCTGCCGGACATTTGGCTGTGACGGCCGGATGGACTCTCAGCAGGCGTGGGACGTGTGCCGGGTGTGTGGAGGGGACAACAGCACGTGCAGCTTCCGGAATGGCTCTTTCACAGCGGGGACGGCCAGAGAATATGTCACATTCTTGACAGTCACCCCCGACATGACTGGGGTGCGCATCGTCAACCGCAGGCCCCTCTTCACGCATTTGGCAGTGAGGATCCGAGGGCACTACGTTGTGGCTGGGGAAGGCAGCATCGCGCCCAGCACCACCCACCCATCCCTCCTGGAGGACAGCCGCATGGAGTACAGAGTGGCCCTCTCTGAGGACCGGCTACCCCGCCAGGAGGAGATCCGCATCCAGGGACCCGTCCAAGAAGACGTGGAGATCCAGGTGTACAGGCGGTATGGCGAGGAGCATGGTGCCCTCACCCGCCCAGATGTCACCTTCACCTACTTCCAGCCCAAGCAGCAGGAGGTGTGGGAGTGGGCTGCGGAGCGTGGGCCCTGCTCCGTGAGCTGTGGGGAAGGGCTGCACCGGGTGTTCTACAGCTGCCTGGACCGGGCCCAGAATGTGTGGGTGGAGGCCACTTGGTGTCAAGGGAGCCCGAAACCACCCGCCTGGGTAGAGCCCTGCGTCCCCATGCCCTGCCCTCCTAGGCAGGAGGTGTCAGAGCCCGGCCTGAGCACCGAGGCTGGGGGAGCAGGCCTGGCCTTGCCCAATGTGACCCGTGGGCAGGGTGCCCATGGCCCGGGCTCACCAGCGACTGCAGGGGCCTGTGCCACCCACGAGATGCCACCTGCTGGCAAGGCCTGTGTTGGGACGGTGTGTCCTCCGGCCTGGGCTCAGCTCTCGGCCCACCCCACGGAGGACACTGCCACTGCCGAGGAGCCTGCAGATGCCAAGCTGCACACCAGGTCTCCAGAGGAGGAGCCTCCAGCCGCACACAGGTGGACTCCTGAGCTAGGGCTGTGCTCTGTCTCCTGTGGTCGAGGACTGATGGAGCTGCGATTCCTGTGCACGGACTCAGTCCTTGGGACGCCTGTGCAGGAGGAATTGTGTGACTTGGCCAGCAGGCCTGGGAGCCGGTGGGAGGTGTGCCAGCCTGGCCCGTGCCCTGCCCAGTGGGAGGCCCGGGCCTTGGTGCCATGTCCTGTGACCTGCGGAGGCGGGCGGATCCCCCTGGCTGTGCGCTGCGTGAGGATGGACCACGGCCGCCCTGTCCCTCTGCCTCCCTCTAAGTGCTGGCCCACACCCCAGCCCGGCCCCTTCCAGGACTGCAGCCCGGAGCCCTGCCCGGCCAGGTGGAAAGTCCTGTCCCTAGGCCCATGCTCAGCCAGCTGTGGCCTGGGCACTGCGACACGTGCAGTGGCCTGCATGAGGCTGGACCAGGGCCGGGACGCAGAGGTGGCTGCAGCTTCCTGTGAGTCGTTGGTGCAGCCGCTGGCCAGTGTCCCCTGCTTCCTGGCTGACTGCACCTATCGGTGGCACATCAGCCCCTGGACAGAGTGCTCCGTCTCCTGTGGGGACGGCATCCAGCGCCGGCGTGACACCTGCCTTGGACCGCAGGGCCAGGCACCCCTGCCGGCCAGCTTCTGCCAGTACTTGCCCAAGCCAGTGATGGTGCAGGGGTGCTGGGCTGGGCCCTGTGAGGGACAGGGGGGCTCCAGCCTGGCGCTCCACGAGGATGCCACCACTCCAAGCCCAACCATGGCTGCCGCTGCTGCTGCTTCTCTGGAGTGGTCCCCGCCCCCGGCCCAGGCCCACCTCGTCTCCCCTGCTTTTCGGCCTCCAGGGCCCCAGGAGAGGCCAGCAGAGTCCAGTGTCTGTGGCAGGCAGCACCTGGAGCCTACGGGAACCATCGACATGCGAGGCCCTGGCCAGGCAGACTGTATTGTGGCCATTGGGAGGCCGCTGGGTGAGGGGGTGACCCTCCAGGTCCTCGAGAGTTCCCTCAATTGCAGCGCAGGGGAGTCCTTGCTGCTCTGGGGCCGGCTCACCTGGAGGAAGGTGTGCAGAGACCTGGCCGGCGAGACTTTTGCCTCCAAGACCAACACGCTGGTGGTGCGACAGCACCGAGAGCAGCCGGGGGATGGAGTGGTGCTCCGGTACCGGAGCCAGCCTGCGGCGGAAGCCTTCCACAGAGAATGCGACCTCCAGCTCTTTGGCCCCCGGGGTGATATCCTGAGCCCCCGACTGAGTCCAGATGGGAGGACTGCAGGTGGCTGCCGGGTCTTCATCAGCGTGGCTCCGCAGGCCCGCGTTGCCATCCATGTCCTGGCCACCGACGTGGGCACTGGGACCATTGGCAGCTACATCTCAATCCGGGACACCCACAGCACAAGGACCACGACCTTCCGTGGGCAGCAGGCGCTCTACTGGGAGTCAGAGGGCAGTGAGGCTGAGATGGAGTTCAGCAAGGACTTCCTGGAGGTGCATGCTGGCCTGCGAGGCCGGTACTGGACCCTCCCCCCGAGGGCGCCGGAGGGGGACCCTGCCCTAGCGGTCTCTCCAAGCAGAGGAAGGGAAGCCAGGGTGCCTGACACTCCCTGA

Related Sequences

XP_004849018.1 Protein

Adamts13 PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 13 [Heterocephalus glaber]

Length: 1527 aa      View alignments
>XP_004849018.1
MSRLRPWARCPLLHAASVGGVLFSAFLALGCWGLSDFQQSFLQALEPEEVSSYFGPDAALEVPHFTVAPLTCVCEDQLPTLPCRALRCSLSAPEEPFAFSFRPEQGLLGPSFVTEHVVNASLRLLKGPLSHCFTGGRALLPPGTVARVTHCSGHVEGDIQVGAGRLYVQPVKRKHQALVPPWSGALPHLIHSPVPRVPASPQAQPACLSPSADPSPGLWRRTRRRAAGGILHLELLVAVGPDVHQAHQEDTERYILTNVNIGSELLRDPSLGVQVRVHLVKLLILTEPEGTPNITANITSSLLSVCEWSRSVNPEDDKDPGHADLVLYVTRFDLELPDGNRQVRGVTQLGGACSPSWSCLITEDTGFDLGVTMAHEIGHSLGLDHDGAPGSGCGASGHVMASDGVATTHRGQVWSPCSRRQLQQLLSTGWVRCMWDLPSSPWGPTGRLPDAQPGLYYGMEEQCRIAFGPAATACTFAREGLDMCQALSCHTDPLDHSSCSRRLVPLLDGTECGLEKWCFKGHCRSLAELTPVAAVHGSWSSWGPSSPCSRSCGGGVVTRRRQCDNPRPAFGGRACTGADLQAEMCNTQACEKTQLEFMSEQCAQTDDQPLPVSPGGTSFHHRGAAVQYSQGDALCRRLCWAGSQSLLVRQGHRLLDGTRCVPSGPQEDRTLSLCVLGSCRTFGCDGRMDSQQAWDVCRVCGGDNSTCSFRNGSFTAGTAREYVTFLTVTPDMTGVRIVNRRPLFTHLAVRIRGHYVVAGEGSIAPSTTHPSLLEDSRMEYRVALSEDRLPRQEEIRIQGPVQEDVEIQVYRRYGEEHGALTRPDVTFTYFQPKQQEVWEWAAERGPCSVSCGEGLHRVFYSCLDRAQNVWVEATWCQGSPKPPAWVEPCVPMPCPPRQEVSEPGLSTEAGGAGLALPNVTRGQGAHGPGSPATAGACATHEMPPAGKACVGTVCPPAWAQLSAHPTEDTATAEEPADAKLHTRSPEEEPPAAHRWTPELGLCSVSCGRGLMELRFLCTDSVLGTPVQEELCDLASRPGSRWEVCQPGPCPAQWEARALVPCPVTCGGGRIPLAVRCVRMDHGRPVPLPPSKCWPTPQPGPFQDCSPEPCPARWKVLSLGPCSASCGLGTATRAVACMRLDQGRDAEVAAASCESLVQPLASVPCFLADCTYRWHISPWTECSVSCGDGIQRRRDTCLGPQGQAPLPASFCQYLPKPVMVQGCWAGPCEGQGGSSLALHEDATTPSPTMAAAAAASLEWSPPPAQAHLVSPAFRPPGPQERPAESSVCGRQHLEPTGTIDMRGPGQADCIVAIGRPLGEGVTLQVLESSLNCSAGESLLLWGRLTWRKVCRDLAGETFASKTNTLVVRQHREQPGDGVVLRYRSQPAAEAFHRECDLQLFGPRGDILSPRLSPDGRTAGGCRVFISVAPQARVAIHVLATDVGTGTIGSYISIRDTHSTRTTTFRGQQALYWESEGSEAEMEFSKDFLEVHAGLRGRYWTLPPRAPEGDPALAVSPSRGREARVPDTP