| Gene Symbol | Adamts7 |
|---|---|
| Gene Name | ADAM metallopeptidase with thrombospondin type 1 motif, 7, transcript variant X3 |
| Entrez Gene ID | 101710586 |
For more information consult the page for NW_004624894.1 (Scaffold)
The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.
ADAM metallopeptidase with thrombospondin type 1 motif, 7
| Protein Percentage | 81.67% |
|---|---|
| CDS Percentage | 84.48% |
| Ka/Ks Ratio | 0.21649 (Ka = 0.1094, Ks = 0.5053) |
ADAM metallopeptidase with thrombospondin type 1 motif, 7
| Protein Percentage | 70.04% |
|---|---|
| CDS Percentage | 77.26% |
| Ka/Ks Ratio | 0.23403 (Ka = 0.1896, Ks = 0.8102) |
a disintegrin-like and metallopeptidase (reprolysin type) with thrombospondin type 1 motif, 7
| Protein Percentage | 66.92% |
|---|---|
| CDS Percentage | 72.21% |
| Ka/Ks Ratio | 0.19126 (Ka = 0.2249, Ks = 1.1757) |
ADAM metallopeptidase with thrombospondin type 1 motif, 7 (Adamts7), mRNA
| Protein Percentage | 65.26% |
|---|---|
| CDS Percentage | 71.4% |
| Ka/Ks Ratio | 0.21763 (Ka = 0.243, Ks = 1.1166) |
>XM_004872126.1 ATGCCCTGCTGTCCGGGTTACCGCGGCCGCGCGCCGCTGCTCTGCCCTCTGCTGCTGCTCCTGCTCTGCACGCCAGTGCCCGGCGCCCCCGGGCCCGCACCAGGGCCCACACCTGACAGCCTGGAGTCATTGGATGTCGTGCACCCCGTGCGTGTGGATGCAACTGGAACCTTCCTGTCCTTCGAGCTCTGGCCACGCATGGTGAAGAAGCGGGCAGCTCCAGATGCAGATTCAGATTCAGGGCCTGCACCCCATGCCACACCCACCTTCTTCCAGCTTCGCTATCGCGGACTCGAGCTGCACTTCAACCTCTCAGCCAATGCCCAGCTGCTGGCACCAGGCTTTGTGCTCGAGACGCGGCGAACGGGTAACCTGGGCCACACGCATATCCAGCCCCACATGCCTGCCTGCCACCTGCTGGGCCATGTGCAGGACCCACAGCTTGAGGGCGGCCGAGCAGCCATCAGCGCCTGCGATGGATTGAAAGGAGTTTTCTGGCTGTCTGGTGAGGACTACTTCATTGAGCCCCTGGATGGGGCTCCAAACCAGCCTGGCCATGCACGGCCCCACGTGGTGTATAAACACCAGACCACTGAGAGGTGGGCAGAGCAAGGAGACATCCAGGCTTCACGTACCTGTGGGGTACAAGTGTCCCCAGAGCTGGAGCGTCAACAAGAGGACTGGGAGCAGCCACAGCCGGGGAAGCAACAGCGGCAGAAGCGTTTGTACCATGGCTCAGTCAGCAAGGAGAAGTGGATAGAAACCTTGGTGGTGGCTGATACTAAAATGGTGGAATACCATGGGCAGCTGCAGGTGGAGAACTATGTGCTGACCATCATGAATATGGTGGCTGGCCTGTTTCATGACCCCAGCATTGGGAACCCCATCCACATCACCATTGTGCGCCTCATCCTGCTGGAAGATGAAGAGAAGGACTTAAAGATCACACACCATGCAGATAACACCCTGAGAAGCTTCTGCAAATGGCAAAGAAACATCAACATGAAGGGGGACGCCCACCCCCAGCACCATGACACAGCCATCTTGCTCACCAGGAAGGACTTGTGTTTAGCCATGAACCAGCCCTGCGAGACCCTGGGCCTGTCCCACGTGGGGGGCATGTGTCATCTGAACCACAGCTGCAGTGTCAGCGAGGACACTGGCCTGCCGCTTGCCTTCACCGTGGCCCATGAACTCGGACACAGTTTTGGCATGCATCATGATGGAAGCGGCAATGACTGTGAGCCTGTTGGGAAACCGCATTTCATCATGTCTCCACAGCTCCTGTACGACTCCGCCCAGCTCACCTGGTCCCGCTGCAGCAGCGAATACATCACCAGGTTCCTCGACCCCACCAAGGCCTTTCCCACAGCCCCATGTGCTGTCCTCCTGCCCCTGGGCCAGTCACCACTCAAGCCTTCCTCCTGTCCCACCTCCAGCCGTGGGTGGGGCATGTGCCTGGATGACCACCCAACCACTGATGTCATCGACTTCCCCTCTGTGCCGCCCGGGGTCCTGTACGATGTGGACCACCAGTGCCGCCTCCAGTACGGGGCCAATTCCATCTTCTGTGAGGACGTGGACAACGTCTGCCACACTCTCTGGTGCTCCGTGGGATTGACGTGTCACTCCAAGCTGGACCCTGCTGTGGACGGCACCAAGTGCGGGCATGGCAAGTGGTGTTTTAATGGGGACTGCGTCCCTATGGGTTTCCGGCCTGAGCCCGTGGATGGCGGCTGGTCCGACTGGAGCGCCTGGTCCGTCTGCTCACGGAGCTGTGGAATAGGTGTGCAGAGTACTGAGCGGTGGTGCACACAGCCTGAGCCCAAGTACAAGGGCAGGTTCTGCGTGGGCGAGCGCAGGCGCGTGCGCCTCTGCAGCCTGCAGGCCTGCCCTCAAGGCCAGCCTTCCTTCCGCCATGTCCAGTGCAGCCACTTCGACTCCAAGCCCTACAAGGGCCAGCTGCACACATGGATACCCGTGTTCGACTATGGAAACCCCTGTGAGCTGAACTGCCAGCCCTCCACCGAGCACTTTTCCGAGAAGCTGCGTGACGCTGTGATTGACGGCACCCCCTGCTACAAGGATCAGACCATCCGTGACCTCTGCATCAACGGAATCTGTAAGAGCGTGGGTTGTGACTTCGAGATTGACTCGGGTGCTGTGGAGGACCGCTGCGGAGTGTGCCATGGCAACGGCTCCACCTGCCACACTGTGAGCGGCACCTTCGATACGGCGGAGGGCCAGGGGTACGTGGACGTGGGGCTGATCCCCACTGGAGCTCGTGACATCCACATTGAGGAGGTGGCCGAGGCCGCCAATTTCCTGGCCCTGCGCAGCCACGAGGACCCGGACGAGTACTTCCTCAACGGTGGCTGGATCATCCAGTGGAGTGGGGATTACCAGGTGGCGGGCACCACCTTCACCTACACCCGCACAGGCGACAGAGAGAACCTCACCTCCCCGGGCCCCACCAGTGAGCCTGTCTGGATCCAGCTGCTGTTCCAGGAGTACAACCCTGGGGTGCGCTACGAGTACACAATCCACAGAGAAACTGAGAACCTCAGTGTGGTGCCGCCACCTGAATTCTTCTGGCACCACGGGCCTTGGAGCGAGTGCACAGTCACCTGCGGCACAGGTGTGCAGAGGCAGATCGTGTACTGTGTGGAGAAGCAGGCAGGGCTGGTGGATGAGAGACACTGTGACCCCCTGGCCCGGCCTGATGACAGCCACAGGCCCTGCAGTGAGGAGCCCTGCCCCGCCCGGTGGTGGGCTGGGGAGTGGCAGCACTGCTCCCGCTCCTGTGGTTCCAAAGGTGTCTCCCGCCGGGCTGTGCTCTGCCTCCAGAGTGTGGGGATGGAGGAGCAGAGTGCCCTGGACCTTTCCGCCTGCGAGCACCTTCCTCGACCCCCCGCCGAAACCCCTTGTTACCCCAATGTGCCCTGCCCAGCCACCTGGGCTGTGGGCAACTGGTCTCAGGTGAGTGGGGGCAGTAGGAGCCTGCCCTGGATGGGAGGCAGAGGACCTGTGAGAACCCTCATTGCCTGGGCCCCAGGGTGGTGCGGGAGGTCGGGGCACTCAGGGCTGTGTGCCTACCCTGAAGCCTTAGCCACAGACAGTGGGCAGTGTGTGGTACCCACCATGCCTGTGTCCTCTGGCAGCGCTCTGCTGCCCCCAGCCCTCACCATGGCCTCCCCACAGTGCTCAGTGACATGTGGGAATGGCACTCGGCAACGAATTACCATCTGTACCAATGACACGGACCTCCCCTGTGATGAGGCCAACCGGCCAGCAACTGAGGCCTCCTGCGCCCTGCAGCCCTGCCAGAACATGCTGGTCCCCGAGGCCTCTGGCAGTGGTGCCACCAGCCCCGAGCTCTTCAATGAGGTCGACTTCTTCTCAAACTCCCTGGCTGAACACCCCCTGCCCAACTCCACGCCTGAGTCAGACAGCATCAGCAATCGCATTGAGGACCTGAACCCACCTGGGCCCGTGTGGGTGGATGACTTCTACTACGACTATAACTTCATCAATTTCCACGAGGACTTGTCTTATGGAACCCCTGAGGAGCCCAACCTAGACCTGGTGGAACAGATGCCTCCACCCCAGAGCAGCCCTGCTGAGCACCCCATGGAGTCCCCCAGAGCTGAGGAGGGGGCAGAGCAGGGAGCTGGCCACCTCTCACCCCCGCCCTTGCAGCAGCTCCCCGGGAGCCTGCTAGTCCCTTCCCTGTCTGAGGAAGATGCCCCCATGGCTGCCCCTGATGTTGGGCTCCCTATTTCGGTCACAAGCACAGAGATACCCACTGCCCCTGTGAGCCCCAACAAGCTCCTAGTGAGGGAGGACAGCCAAAGCCAGCCACCCCTGCCACACTGGGACGGGACCAATGACATCTCCAAGGACAGGGAAGAGACTGCAGGCTACAGAGCACCCCACCTGCCCCAAGGCCCTGGCTCCATGCAACCCCCTTGGCCCCCTGTCCACCCCACCCCCAACTTTCCTGATCCGAATGTGCTGCTGCAGACAACAAGGACCATGACCTGGGACCCCACACTGGAGAGGGACCCACGCAGGAAGATGTGGCCCACAGCAGGGGTGGCTACTCCCTCTCCTCTTAACACCACCCCTGTGCCCAGGAGCTGGGACCAGGACAGCCCCCTGACAGTGACAGGGACCATCCCTCCAACCGATGAGGAGAGCCGCCCCTCAGACCCACCCGCCGGGAATGCCAGCTGGCAAGTGGGGAACTGGAGCCAGTGCTCCACTACCTGTGGCCTGGGTGCAGTCTGGAGGGCAGTGTACTGCAGCTCTGGCCGGGACGAGGACTGCGCTACTGCTGGACGGCCCCAGCCCGCCCGCCACTGCCACCTGCGGCCCTGCGCTGCCTGTGTTCCCGCAGCTGTGGTGGAGGCTCTGCGGTACGGGACGTGCACTGTGTGA
Adamts7 PREDICTED: A disintegrin and metalloproteinase with thrombospondin motifs 7-like isoform X3 [Heterocephalus glaber]
Length: 1479 aa View alignments>XP_004872183.1 MPCCPGYRGRAPLLCPLLLLLLCTPVPGAPGPAPGPTPDSLESLDVVHPVRVDATGTFLSFELWPRMVKKRAAPDADSDSGPAPHATPTFFQLRYRGLELHFNLSANAQLLAPGFVLETRRTGNLGHTHIQPHMPACHLLGHVQDPQLEGGRAAISACDGLKGVFWLSGEDYFIEPLDGAPNQPGHARPHVVYKHQTTERWAEQGDIQASRTCGVQVSPELERQQEDWEQPQPGKQQRQKRLYHGSVSKEKWIETLVVADTKMVEYHGQLQVENYVLTIMNMVAGLFHDPSIGNPIHITIVRLILLEDEEKDLKITHHADNTLRSFCKWQRNINMKGDAHPQHHDTAILLTRKDLCLAMNQPCETLGLSHVGGMCHLNHSCSVSEDTGLPLAFTVAHELGHSFGMHHDGSGNDCEPVGKPHFIMSPQLLYDSAQLTWSRCSSEYITRFLDPTKAFPTAPCAVLLPLGQSPLKPSSCPTSSRGWGMCLDDHPTTDVIDFPSVPPGVLYDVDHQCRLQYGANSIFCEDVDNVCHTLWCSVGLTCHSKLDPAVDGTKCGHGKWCFNGDCVPMGFRPEPVDGGWSDWSAWSVCSRSCGIGVQSTERWCTQPEPKYKGRFCVGERRRVRLCSLQACPQGQPSFRHVQCSHFDSKPYKGQLHTWIPVFDYGNPCELNCQPSTEHFSEKLRDAVIDGTPCYKDQTIRDLCINGICKSVGCDFEIDSGAVEDRCGVCHGNGSTCHTVSGTFDTAEGQGYVDVGLIPTGARDIHIEEVAEAANFLALRSHEDPDEYFLNGGWIIQWSGDYQVAGTTFTYTRTGDRENLTSPGPTSEPVWIQLLFQEYNPGVRYEYTIHRETENLSVVPPPEFFWHHGPWSECTVTCGTGVQRQIVYCVEKQAGLVDERHCDPLARPDDSHRPCSEEPCPARWWAGEWQHCSRSCGSKGVSRRAVLCLQSVGMEEQSALDLSACEHLPRPPAETPCYPNVPCPATWAVGNWSQVSGGSRSLPWMGGRGPVRTLIAWAPGWCGRSGHSGLCAYPEALATDSGQCVVPTMPVSSGSALLPPALTMASPQCSVTCGNGTRQRITICTNDTDLPCDEANRPATEASCALQPCQNMLVPEASGSGATSPELFNEVDFFSNSLAEHPLPNSTPESDSISNRIEDLNPPGPVWVDDFYYDYNFINFHEDLSYGTPEEPNLDLVEQMPPPQSSPAEHPMESPRAEEGAEQGAGHLSPPPLQQLPGSLLVPSLSEEDAPMAAPDVGLPISVTSTEIPTAPVSPNKLLVREDSQSQPPLPHWDGTNDISKDREETAGYRAPHLPQGPGSMQPPWPPVHPTPNFPDPNVLLQTTRTMTWDPTLERDPRRKMWPTAGVATPSPLNTTPVPRSWDQDSPLTVTGTIPPTDEESRPSDPPAGNASWQVGNWSQCSTTCGLGAVWRAVYCSSGRDEDCATAGRPQPARHCHLRPCAACVPAAVVEALRYGTCTV