| Gene Symbol | Recql4 |
|---|---|
| Gene Name | RecQ protein-like 4 |
| Entrez Gene ID | 101710862 |
This gene is present in the GenAge database and has been identified as potentially important to ageing in humans.
For more information consult the page for NW_004624735.1 (Scaffold)
The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.
RecQ protein-like 4
| Protein Percentage | 79.84% |
|---|---|
| CDS Percentage | 87.22% |
| Ka/Ks Ratio | 0.59187 (Ka = 0.1226, Ks = 0.2071) |
RecQ protein-like 4
| Protein Percentage | 69.52% |
|---|---|
| CDS Percentage | 76.15% |
| Ka/Ks Ratio | 0.27231 (Ka = 0.2085, Ks = 0.7655) |
| Protein Percentage | 66.39% |
|---|---|
| CDS Percentage | 74.15% |
| Ka/Ks Ratio | 0.3385 (Ka = 0.2391, Ks = 0.7063) |
RecQ protein-like 4 (Recql4), mRNA
| Protein Percentage | 66.25% |
|---|---|
| CDS Percentage | 73.71% |
| Ka/Ks Ratio | 0.34862 (Ka = 0.245, Ks = 0.7027) |
>XM_004837684.1 ATGGAGCAGCTGTGGAGCTTGCGGGCGCGCCTGCAGGCGTGGGAGCGCTCGTTCGCGCGGCAGCATGGACAGCGGCCAGGCCAGGAGGACGTGGAGGCGGCGCCCGAGGAGATCCGCGCTCTCTACCGCAAGTATCGCGGCCTGAAGCAGACTATGGGCCTGAGGGGCCGTGGGCCCCGCAGCCCCAAGCCATTGCTCCCCGCTGCAGCCAAGGAGGCTCCAGAGTCCGGCTGTTGGGGATCCCACCTGAATCGGGCTGCAACACAGACTCCACAGCCTACTCCAATGCTGAGCCCCCGGGGATCTGCACAAGACTATGGGAAGAGACTTAAGACCAATCTGAAGGTCATCCTACAGGCTGAGCCAGCCCTGGGCTGCAGGCACCAGCCTCCAGGAAGACTCTTGTCCAAGTTGCCTACCCTAAAACCACTAGGCCCAGGGACTCCTCCCACCTTTCCAGAAGAACTCATCGATAAACTTACCAAGCCTTCTGAGCCCCAGCCAAGGCCAGGACGACTCCAGCAGCTTCGGGAATCCCTGAGTCTGCGGCTGAGCTCCCTAGACCCTGGCTGGCTGCATCGGTGTCACAATGGACCCTTAGATTTCCTGGAGGCCTCTGAGGCCTGCAGCATGGAGGAGTCTCAAACTCTGACTCCAGGGGAATTGGCAGTCTTTGGCTCCAATACTTGCCTTGAGGCACCTTCTCAAGGCCCAGATGCTCCAGTGCCACAGGCAACACAAACCAGGGCAGGGAGTCCCCAGCTCAGCAGCCATACAGTCAAGAAGCAAAGGTGGACTAAGGAGAATGACAGCAGTCCTGTGCCGGCCCAATGGGACAGCAACCAAGCAAGACTCCAGTCTGAGGGGGCTGGGGCTTCAGTTCTAGAGGACCCAACAGAGGATGCTACACAGGCCCATCCACGTCAGCTGTACAGTGGCACTTCAAGGCCAGCTGAGGTAGGGAAGGCTGAGATCACACCCCGCTCCCACACCTGCTCTCAAACAGCCATCCGGGATAAGGGTAACTACATTCGACTCAACATGAAGCAAAAACGCTATGTGCGGGGTGGAGCCCTTCGAGGCAGGCTCCTCCGAAAGCAGGCATGGAAGCAGAAGTGGCAGAAGAAAAGAGAGCATTTTGGGGTTGGTGGGCCCAGAGCCATGGTTGAGGAGTCTTGTTTCCGATGTGGGCAGTTTGGCCACTGGGCATCCCAGTGCCCTCAGCTAGGACCCACCCTGATCTCCCAAAAGGAGGGTGATAAGGACAAAGGTGACACACAGACTTTTCCCACTTTGGAGGAAGTAACCCAGAGGATAAATACTGCTTGCTGCCACCTCCCCAGTAAGGACACAGAGCCTGCTGGGCCTGAGCTACAGGCACCACACACAGTCTCCTCAGTGCTGCCTCTCTACCCACCAGGGCCCTCAGGGCAGGTAGTAGAGACACCAGCTGAGGTGTTCCAGGCCCTGGAGCAGCTTGGGCACAAAGCCTTCCGCCCTGGGCAGGAGCGCACAGTCATGCGGATTCTGTCTGGCATCTCCACATTGCTGGTGCTGCCCACAGGCGCTGGCAAATCCCTGTGCTACCAGCTTCCTGCACTGCTATATGCCCAGCGCAGCCCCTGCCTCACTCTGGTCATCTCTCCCCTCTTGTCTCTCATGGATGATCAGCTATCCAGCCTGCCTCCATGTCTCAAGGCTGCCTGCCTCCATTCAGGCATGACCAGGAAGCAACGAGACTCTGTCCTGCAGAAGGTGCAGGCAGCCCAGGTTCATGTGCTGATGCTGTCCCCTGAGGCGTTGGTTGGGGCTGGTTCTGGGGGCCCTGTCAGCCTCCCTCAGGCTGCCCAGTTGCCCCCAGTGGCCTTTGCCTGCATCGATGAGGCCCACTGCATCTCTCAGTGGTCACACAACTTCCGGCCTTGCTACCTGCGCATCTGCAAAGTGCTTCGGGAGCGTATGGGTGTGCAGTGCTTCCTGGGCCTAACAGCCACAGCCACACGTCGCACTGCCCGTGATGTAGCCCAACACCTGGGAATGGCCGAGGAACTCGGTCCCAGAGAGGCAGCTGCCATCCCTGCCAACTTGCACCTGTCTGTGTCCACAGACAAAGACCCAGAACAGGCTCTGGTGACACTGCTGCAAGGTGACCGTTTCCGCACTCTGGATTCTGTCATTGTTTACTGTAACCGACGTGAGGACACACAGAGGGTTGCTGCACTCCTCCGAACCTGCCTATATGCAGTGCAGGACCCGAAGCTCAGAGGTCGTGCCCCCGAAGATGTGGCTGAAGCTTACCACGCTGGCATGTGCAACCGGGAGCGGCAGCGAGTGCAGCGGGCCTTCATGAAGGGCCAGCTGCGGGTGGTAGTGGCCACAGTGGCCTTCGGGATGGGGCTAGACCGCCCAGACGTCCGGGCCGTGCTGCACCTTGGGCTGCCCTCAAGCTTCGAGAACTATGTGCAGGCCGTGGGCCGTGCTGGGCGTGATGGGCAGCCCGCCCACTGCCACCTCTTCCTGAAGCCCCAGGGTGAGGACCTTCAAGAGCTGCGCAGACATGTGCATAGGGATGGTGCTGACTTCCTGGCCATGAAGAAACTGATGCGGTGTGTGTTCCCGCCCTGCACCTGCACCCAGCGGGAAAGGAAGGAAGGAGGCGGCGACAATGAGACAAAGCCTGCAGCTGAGGCTCTGCCTGTGGCGGCCAAGCAACCTGATGGCTGCCCAGCAGCCTCTGGGCAGGGTCGGGCCTGCCCAGGACATGAGCGGGCACTCCCCGTGCAGCCAACAGTGCAGGCCCTGGATTTGTCAGAGGAGGCCATTGAGACTCTGCTGTGCTACCTGGAGCTTCATCCACAGCACTGGCTTGAGCTGCTGCCAGCCACCTATGCCCACTGCCGTCTGTACTGCCCTGGGGGTACCAACCAGCTCCAGACCCTGGCCCATAGGTATCCACCTGTGGCTGCATGCTGGGCCCGGTGGCCACCTAAGGACACAAAGCAGGGCAGCTGCTCCATGGAGTTCAATGTGGTGGAGCTGGTGGACTCAATGGGCTGGGAGCTGTCCTCTGTGCGGCGGTCTCTCCACCAGCTGCAGTGGGACCCAGAGCCTAGAACAGGTATGCTGCAGGGTACTGGAGTGCTTGTGGAGTTTGGGGAACTGGCCTTCCACTTCCGCAGTCCTGGGGACTTGACAGCTGAGGAGAGAGACCAGGTCTGTGACTTTCTGTACAGCTGTGTGCAGACCCGTGAGTGCAAGGCCCTGGCCCGTCTGCGTCGAATGTTCCAGGCTTTTCACAGTGTGGCCTTCCCCAGCTGTGGGCCCTGCCTAGAGCAGCCTGATGAGGAGCGCAGTGCTCAGCTGAAGACCCTGCTCAGCCACTATTTTGAGGAGGAGGAGGAAGAGGAGGACGAGGAGGGCGTGGAGGACAAGCAGAGCCCAGAACCTGGGCAGGCCCAGCTCCAAGACTGGGAGGACCAGGTTCGCCCTAACATCCGCCAGCTCCTGTCCCTGTGGCCAGAGGAGAGGTTTTCAGGCAGGGCTGTGGCCCGAATCTTCCATGGCATCGGAAGCCCCTGTTACCCAGCTGAGGTGTACGGACGGGACCAGCGCTTTTGGAGAAAGTACCTCCATCTGAACTTCCATGGCCTGATGCTCCTGGCTACAGAGGAGCTCCTGTTGGCAGGCCGATGA
Recql4 PREDICTED: ATP-dependent DNA helicase Q4 [Heterocephalus glaber]
Length: 1230 aa View alignments>XP_004837741.1 MEQLWSLRARLQAWERSFARQHGQRPGQEDVEAAPEEIRALYRKYRGLKQTMGLRGRGPRSPKPLLPAAAKEAPESGCWGSHLNRAATQTPQPTPMLSPRGSAQDYGKRLKTNLKVILQAEPALGCRHQPPGRLLSKLPTLKPLGPGTPPTFPEELIDKLTKPSEPQPRPGRLQQLRESLSLRLSSLDPGWLHRCHNGPLDFLEASEACSMEESQTLTPGELAVFGSNTCLEAPSQGPDAPVPQATQTRAGSPQLSSHTVKKQRWTKENDSSPVPAQWDSNQARLQSEGAGASVLEDPTEDATQAHPRQLYSGTSRPAEVGKAEITPRSHTCSQTAIRDKGNYIRLNMKQKRYVRGGALRGRLLRKQAWKQKWQKKREHFGVGGPRAMVEESCFRCGQFGHWASQCPQLGPTLISQKEGDKDKGDTQTFPTLEEVTQRINTACCHLPSKDTEPAGPELQAPHTVSSVLPLYPPGPSGQVVETPAEVFQALEQLGHKAFRPGQERTVMRILSGISTLLVLPTGAGKSLCYQLPALLYAQRSPCLTLVISPLLSLMDDQLSSLPPCLKAACLHSGMTRKQRDSVLQKVQAAQVHVLMLSPEALVGAGSGGPVSLPQAAQLPPVAFACIDEAHCISQWSHNFRPCYLRICKVLRERMGVQCFLGLTATATRRTARDVAQHLGMAEELGPREAAAIPANLHLSVSTDKDPEQALVTLLQGDRFRTLDSVIVYCNRREDTQRVAALLRTCLYAVQDPKLRGRAPEDVAEAYHAGMCNRERQRVQRAFMKGQLRVVVATVAFGMGLDRPDVRAVLHLGLPSSFENYVQAVGRAGRDGQPAHCHLFLKPQGEDLQELRRHVHRDGADFLAMKKLMRCVFPPCTCTQRERKEGGGDNETKPAAEALPVAAKQPDGCPAASGQGRACPGHERALPVQPTVQALDLSEEAIETLLCYLELHPQHWLELLPATYAHCRLYCPGGTNQLQTLAHRYPPVAACWARWPPKDTKQGSCSMEFNVVELVDSMGWELSSVRRSLHQLQWDPEPRTGMLQGTGVLVEFGELAFHFRSPGDLTAEERDQVCDFLYSCVQTRECKALARLRRMFQAFHSVAFPSCGPCLEQPDEERSAQLKTLLSHYFEEEEEEEDEEGVEDKQSPEPGQAQLQDWEDQVRPNIRQLLSLWPEERFSGRAVARIFHGIGSPCYPAEVYGRDQRFWRKYLHLNFHGLMLLATEELLLAGR