| Gene Symbol | Tex15 |
|---|---|
| Gene Name | testis expressed 15 |
| Entrez Gene ID | 101725833 |
For more information consult the page for NW_004624780.1 (Scaffold)
The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.
testis expressed 15
| Protein Percentage | 74.8% |
|---|---|
| CDS Percentage | 85.57% |
| Ka/Ks Ratio | 0.55684 (Ka = 0.1459, Ks = 0.2621) |
testis expressed 15
| Protein Percentage | 64.51% |
|---|---|
| CDS Percentage | 79.96% |
| Ka/Ks Ratio | 0.62175 (Ka = 0.226, Ks = 0.3635) |
| Protein Percentage | 54.54% |
|---|---|
| CDS Percentage | 72.34% |
| Ka/Ks Ratio | 0.49435 (Ka = 0.3256, Ks = 0.6586) |
testis expressed 15 (Tex15), mRNA
| Protein Percentage | 51.91% |
|---|---|
| CDS Percentage | 69.6% |
| Ka/Ks Ratio | 0.48613 (Ka = 0.3671, Ks = 0.7552) |
>XM_004855457.1 ATGCCCAGTGATAACAAAGAAAGTGGTAATAATGGTTGTTTGTTTTCAACATATCTTAAAGATATTTTAAATCTTATGTCTGCTTCTTTTCCCCCTCACAATAATACTGACTCAAGTACGGTTATTACTTCAAAATTCATCAAAGACCCAAGACTGATGAAAAGAGAAGAAAGTATGGAGAAACAGAATAATACTGTAGGCTTCAGTGAGATTTTGCCATCTGAGAAAAATTTAGATGATAATTCATGTGTGCCAACTAATTCTGCCTCCTCATCTGAAGTTGTCCCTCATGATTGTGCTGCTCTTTCTGATTGTTTGGATACCCCTTGCTCCAGATTTTCTTTTGATGACTCATCATCTCAGACTCACAACATGGACCCTAAGGACTATCATTGTATACCGCCCAACCAAATTACCAGAGTCAGACAAAGTAAGGACCAAGGCCATTTTTCCTTCCCAGTTTCTTTGTTAAATGTTTCAGAGCTTGAGAACCAAAAACACACTGAGGAAAAAGCCCAGACAGCCCAAGAGAGAAGCGATATTCCACTTTTAATTAAACAAAACAATAAGGCACAGAGCACTTATGAATCAGTGAATACTTATACAAAAGACTCTGATAGTCATATCTCAAAGGAATTACATTCTTCTAATTTTAAAACTATATATCAGATTGGTCACCAGATGTCTACAGTTTTCCCGCTCCAAAGGAAAGAAACTATAGATGAATGCATTCAAAATATTGGCAAGATAAGAAATTTCACTGACCCAGAAGACAGTTACCAATATGAAGAAAAGCAAACTTTGCAAAAAGAAACTGATGATAATTTCACTGATGAAACAAAAATTATTCCAATTAATAATTACACTTCATGCCAAGAATACAAAGATGATGAGACTCTTGATTCCTTGGGGGAAAATAGTGATGAAGTATTAATTACTAAAGAGTTAGAAATGCCAGAATCTCTTGCCTCTACCAAAGAAGATAAGAGTGAACAGGATCACCTAGCATTGAAATTAGAAAGTAATCTTACTCTAAATATAGAGTGCCTTTCACAGAAGCATCAGCACTCTATGGATTATGAAGATAGCACCCATACAAGTTTTGTGTTTACTCAGAAGCTAAGGGAAATGAATTTGGAAAAAGCAAATAAATGTATTAGCATTATAACTGATCCTTTCCAGGAAGCAAAAGACATTCCTCAGACCAGAGAAACTTCATTTCATGGTATTGAAATAGCCCTTGACAATTCAAATTGCAGCATAACTAGAGAATATGTATGTGTCCAGAGAAAAAATGAAAATGAGCCAGTGTCAGATGATATTCAAAGAAATCACAAAGAAACTCCTTATATTGAAGATAAAGATCAGACTCACATTCTGTCCAGTAATACACAATTGAATGATGATAAATACCTAAATACTCATTTCAAAGGGCAAGGAGATAATGATAAAGAAAACAAAAATAAAGAGAATGATAGAACTTCATTTCCAGAAAACAAAATAGAGAAAATATATGGACGCAAGAAACAAGAGTATCATACAAACAATACTTTCTCCAATATAGTAGATGGAAGGAAGAACAAAAATGACAACAAAGTAGAAATTCTCATTTCTGAAGACATTGCTACTACATTCAACTTGATTTGGGGAGAAAAAGGTATGTCACCAGAAACTTCCTTATTAGAGGATAAAGATATTCTTGCTGCCAAGAAACAGAGAGATGTACCAAACATTGGAAGAAGTGTAGAGCATTTGGCTTTGACAACATTTCCTGAAATTGCAGATTCTTCTGTAGGTGTGGTCTCAAATCCTATGATAGAGTTAGCTAATACTACTTTGCCTGCATTAAGTGCAAATCGTGAAGCTCACCAAAGATACCAGTTTAAAGAAACTTGTTCTTCTGAGAGTCCAGATTTTGAATTGTTAGTAAAACACAAGACTGCTGATTGTGAAATTGATCTGGATAAAAATAAATTACAAGATTCATTTCATCAGCCAATGAATGAGAACTCACTTCAAAATTTTGAATTGGGAACTGAAATTGAAGTAGAATTAGAAGAGTATGATGATGCTTTTCTATTTCAACAAAATAGACACAGCCATGGAAATGTACTTGATGAAGAATTTGAGGCCTCTTATGAGGCTCTGAAGTCTCGTATTGATTGGGAAGGTCTATTTGGAAGCAATAATGGAAAGATGGACAATTTGGGAAGCACCACAAGAGAGAATATAGATCACCAGCGCTCTAAGAATACTATTTGTTTCTGTCCTTCTACTTACAAAAAAGAAGTCTATCCAATTCTATTTCCAGATCTACAAGTTAGAATTACTAATACATTTACACCAACATTCAGTCCCCCTGATGATACCCTTTCAGTGAAAGATAATTTTTACAAATGTTTAACAGAAGCCTCCACACCAGGAATAAATGAGGGGGAAGCTCCAGGATTTAAAATCTATTCCAAATCATTTTGTGAAAATTCAGGTTATCCATGTGCAAATCAGTTTGATAATTCCATGCAGGATTCAGGACTCTTGAGTAAATCTGATATCTCCCATTCTTCTGACTTGAGTCACAGTACAGATGTGAATGATATGTCTGGAAAGAAAAATGACACTTTTTCTGTTGAACCTTCTAACATCACAACAATAAATGGTGACCACAGATGTTTCTTTACAAAATCAAAAACTGACTTTAATGATACTAGAAATAAAAAGAAAATGGAATCAAGAATTAGCAAGAAATACATACGTGCATCTTTTAGGGAACAGAATATATCACATAAAGATTTAAGACAACGTGAAATGTGTGAGGAGGAGAGACTAACCAGTCATGACTCATCTGAGTGCTTTTCTTCATTATCCCAAGGACGAATGAAAACATTTTCACAGTCAGAAAGACACATTAGGGATGTCCTTGATATTCTAAATAGTGAAGCATCTTTATGTAAAAGCAAACGTCTTTCCAGGAAACTAAACAGAGCTGTTCTTCACTTAAAGAAAGCTCATAGAAGAGTTCACACATCTTTGCAGCTTATAGCTAAAGTGGGAGAAAAAAGAAAGGGCCCATTACCCAAAGCATATGAAATAACATGCAATAATTTCTGGGAAAGCTGTGACCTTCAAGGTTACAGTTCTGTATCTGAAAGAAAATATTCCAAGCATTTGTTATCAAAAAGAAAATATGACAAACGGGGGGAAAAAGTTTTTGGATTTGATGTTAATCAGTCAGCCTGTGTGTCAAAGCACAAATCGTACAAAACAAATGGAGAGAGGATTGCAATGTGCCATTCCAAGAGAAGTGTGACCAGTAGTGACTCAAAAAGTCACAGCACTGTTTGCATTAGAGAATTTTGTAATCAACACTCTGAATCACAGTTGTCATTATTCTCTATATCCCAAAGTACAAGTCAACCAGAATATAATAACAGTATACATGATTCACGATCATCAAAACTTAAGCCTTTTTCTGGAAAAACTGAATATCTGCTTTACTCAGATGAGAAACAATCTGAAAAAGAAAATCAAATTGATATGAAATTATCAAACATTAGTAAATGTGAAAAGCTTGCGGACCATGCAGCGCATAATAAGGATGTGGCAAAAAAAAATTCTAAAGTTAATAAAATAAAAAGCAAAAGCAGGTCAATATGTTTAAGTGGCACAAAAGAAAACAATGTAAGTTACAGCACAGACAAAAATGATGCAACATATATACCCCACACACAGGTGAAAACTGACATATTTATTTCAATCTTAGACTCAAACATGAAATCCTTTTTAAATGTTGATACTTACAAAAGAGATAACTGTATTATATCTGGTTGTCAAAGTAACCTGAAAGTAAATTTTCCTATAGAAAGGTGGACACCTTCTACTGAGAGCTACAAAGCAAGCATTATTACAGGAAAATTCCTTATGGGTCCATTCAGCCTAACTTTAATATCAAGCAAAAAGTACAATATTCTTCAGTTATCAACCACTCCAGTGACAGATAGTGAGAGAGAATCTTCAAAATCTTGTTTGAATAAACAAAGGATTCTTGCTGTAGACTCTTCTGCAACACCCACTACTATGTCACACTGTCAGCAGATACATGGTGGGAAGAAGCTTCTAAAGACACAATCTTCAAGTAGTCTCCATATAGAAGGGAATGAAACAAGTGTTACTGAGCATTCAGAGTTGGATCTAACATCACTAACTAGAGAGAATAAAAGTTATGGGGAAAATATAATGAAACGATCTTTTAAGGATAGTTCTCTGCTCTTAAAAGATAATATAAAGGATTTGTCAAAAAAAAATGATGCAAAGAAAGACACTTGGAACAGAAAAATTAGGAAAAATGAACAAGCAGAAAAAGCAGAAGATTCACTTTACCAAAAAAGCATGACTGAAGGCTCAATTGTTAAGATAGAGTACAAAAATCAAAAGAATAAAACCCTAAAAGAAAAATCCCCTCACTTAAATATGAAAACAGTTCAAAGTGACTTGATAGATTCTCACCTAAGCATTAAAACTACTCCAGAGGCAGTCTCTTTGAATAACACAGTTTCTAGTCAGCTTAACAAAAGAAAGAGGAAAGGAAAGAGAAAAGTTAGTAATGACTGTCAGTCTGGCTATATTTCCAAACCAGGCATTCTGGAAATTGATCATAGGCCTATTCTCCATGCTCATTCTGAAACTTCTGAAGTTACTATTCAGAAACCTACATCATATGAGAATGAATTAAAAGAAAATCATTGCTCAGTTACTCAGACAGCTCTTGTAACAGAGCTGTCTCAGATTTTGCAGAGAGCAGATGAAGCATCATCATTGGAGATTCTAGAGAAAGAAACTAAGACTTGTCAAAATATTCTCCCTTTATTTGTTGAAGCTTTTGAAAGAAAGCAGGAATGTTCACTTGAACAAATTCTGATTTCAAGAGAACTGTTGGTAGAACAAAATCTGTGGAAGAATTGCAAATACAAATTAAAGCCATGTGCTATTGACACTTTGGTAGAACTTCAAATGGTGATGGAAACCATTCAATTCATTGAAAATAAAAAAAGGCTCTTAGAAGGTGAACCAACATTCCGAAGCTTGCTTTGGTATGATGAGACATTGTACAGTGAGCTACTTGGCAGGCCACATGGATATCAACTGCAATCTAGTTTCTATCCTGCTTTTCAAGGAAGGTTAAAATATAATGCATTCTGTGAGTTGCAGAATTACCATAATCAGTTAATTGAATTGTTTACAGAAACGAAAAGAGAAAATAATTCATACTACGCCTTCTTAAAATACAGGCGACAGATTAATGAATGTGAAGCCATAATGAAGCATTGTTCTGATTGTTTTGACTTTTCACTTTCTGTTCCATTTACCTGTGGAGTTAACTTTGGAGATAGTTTAGGAGACCTAGAAGTCTTAAGAAAAAGTACTTTAAAGCTGATCAGTATATATGGAGATACTCCTACTGTTCATTCATATCCAGGAAAACAAGACCATCTATGGATTATTATAGAAGTGATTTCATCAAAAGTTAATTTTATTAAAAACAATGAGGCAGTAGGTATTAAAGTCTCTCTTTATGGTCTAGAACATATCTGTTTTGATGCTGCAAAAAACCTTGTTTGGAAAGAGAAAAGACAGTCTATCTGCAAAAAATATTCACAAAAGAACAAAGAAGTGATACATAAAATGAATAAATGTGCTTTATCTAAATTGCAGAAGATATATGACACCTTGTCTGAAAATTTAAACAAAGAACCAGCTTCCAATATTGAGCTTAAGGAAGACACTGTGATTACTTCCAGGAAGTCAGATAATTTAACTACAGTAGAAAACTTTAGGTTAAGTACTTTGTTTTTACAACCAGATATTTGCTGTATTGGTGAAATATTGGATCAGGCTGAATTTGCAGACTTAAAAAAATTACAGGATCTCACTTTGGTATGTACCGATCACTTAGAAACTTTAAAAAAATACTTTCAGATGCTACAAGAAGATAACATAGATGATATTTTTATCACAGAAGAAAATGTTTTGGACATGCTGAAAAATCATAACCATGGGGCTGTAATTTTAAAACCTGAAGCAACTGAAACATATATTGAAATCTCCATGCTCTCAGAAACAGTTCACTTTCTTAAAAATTCAATGGCAAAGAAATTAGACAACCAAAGATTTCGAGGTATGCTTTGGTTTGATTTGTCACTTCTTCCTGAGCTGGTTCACTGCCAAGAAAAAATGGTTTGTTTCTCATTTCTTGAAGATAACCCGAGAGATTGCCTTTGGAAAGCAGTAGAGACTGGAATTTCTGATTGTAAGAAAGATCTGGATGTCATCTACAAGTACAGTGAAGCTGTTAATTGCTCATATGCTCTTCATTTATTCTCAAGGGAACTTAAAGAACTTTCGGAAATAAAAAAGCTTCTAAAGAAATCTGAGTATCCCATTTCCACATACATTGATTTTGTCCCATATGTAATATCCATAAATTATGGAAACACTGTGACAGAGCTAGAACAAAACTACAGTCGGTTTTCTACACTACTCAAAAATATAATGTCTGTTCCTCAGAAAGATTTAGGAAAAATAGCCCATATTATGAAAGTCATGAAAACAATTGAACATATGAAAATTATATGTGCTAAAAATGCTAAATTAACCACTTCTTTTATCCTATGCCAAATACTACATAACAAAAGGAATAATTTCCAATTAAAGAGAAAAGAAAAGATGAATATTCATTTTACAATACCTGAGGAAAATATTAGACCTAATACTTCTGCAAAAGTACCCTCAACTTCAGTGAACTTAATCAAAAACATTTCACATTCATCTAAAAGGAGGCCTAATGCTGTGGACACGGGTGAAGACTCTCAGGAAAAAGAGAAAAATACTATTTCTAGCTGCAAAAAGCGAAAGCTTAACATGAACTATATCTCAAAAATCAACAGAGAGAAGGCAGTGTTCAGGTGTCTAAGGACTACAGGATTTCATCCCAAGGGTGAAAACAAAATAGGATCAAGTTCATCTGACAATCTGAAACGAAACTATGTATCTCCAAAAAGGGATGAAATGCAGAGGTCACTAAGTGCCTCACTTTCACCTTTAAAGAACCTACAAGGCACTTGCACATCAGAGTCAGAAAGCGAAATAGATTTAACTAATAGTTCATCCAATACCTCAGAACACCACATTGGACAACAGGAAAACTTAAATAATATAAAGAAAAGAAATGTGAATTTTGGTGCTCCTGAAACAAAAAGTTATAAAAAAGATTGTGCTTCTTTTGCAACTTGTGACCTAAAAAGCATAAATGGCACTTTGTCAAAAGACCAAGAAATACCTTCACAGAAACTTCTTAAGAATCTCCCAGATCCTGCACAGAAAACTCATCTTTCAAACCTAAAACCAGCAACTAATGACTCTCTGGTGCCTAATTCTTCATCACTGTTCTCAGAGCCTATTTCCCTTTCTGTGAGGGATATACATACCAACCTAGAAATAAATGGAATAGTCTTAGAACATCAAGATAATGAACTATTAGATTCATCTATTAATAAGTCCACAGGTGCCAGTTTTCCAGAACCCATACATACCCACAGCAGATATCCTGATACATTGAGTCCCAGTCCTATACCTTTTGGAGCATCTGGAAACTTAACCCCTGATGTGAATCAAACAGCAGAGTATTCCTTTTCTCAACAACAGGATGAAGAGAATTCAAAAGTCCTAACTCAGAAAGCTGCCACATACTGGAATGAACTTCCACAGTCTGCCTGCACCCCAGTATATAATTCTTCTGACCATTCACTGCAAACTCCATACTATTCTTGGTGCATTTATCATTACAGCAGCAGCAATGGCAATGCCACTACCCACACATACCAAAGGATAACATCATATGAAGGACAGTCACCTCCTTCTGGAATATTGACTACACTTACAAGTACTGTCCAAAACACACATTCAAATCTTCTGTACTCTGGATATTTGAGTTACTTTGCTGATCAGCCACAAGCAAATGCCTTTGTGCCAGTGAATGGGTATTTTCAATCTCAAATGCCTATTTCTTATCATTTTCAGCAACCAATTGTTTCACAGTATGCTTCTCATCAGCCATTACCACAGGCTGTTTACCCTTATCCTCCTGCTCCAGGTGTGCTTCCAGAAGCTCCTTGGATTTATGCTCCATGGCAACAAGAACCTTTTCAGCCAAGACATTGA
Tex15 PREDICTED: testis-expressed sequence 15 protein [Heterocephalus glaber]
Length: 2737 aa View alignments>XP_004855514.1 MPSDNKESGNNGCLFSTYLKDILNLMSASFPPHNNTDSSTVITSKFIKDPRLMKREESMEKQNNTVGFSEILPSEKNLDDNSCVPTNSASSSEVVPHDCAALSDCLDTPCSRFSFDDSSSQTHNMDPKDYHCIPPNQITRVRQSKDQGHFSFPVSLLNVSELENQKHTEEKAQTAQERSDIPLLIKQNNKAQSTYESVNTYTKDSDSHISKELHSSNFKTIYQIGHQMSTVFPLQRKETIDECIQNIGKIRNFTDPEDSYQYEEKQTLQKETDDNFTDETKIIPINNYTSCQEYKDDETLDSLGENSDEVLITKELEMPESLASTKEDKSEQDHLALKLESNLTLNIECLSQKHQHSMDYEDSTHTSFVFTQKLREMNLEKANKCISIITDPFQEAKDIPQTRETSFHGIEIALDNSNCSITREYVCVQRKNENEPVSDDIQRNHKETPYIEDKDQTHILSSNTQLNDDKYLNTHFKGQGDNDKENKNKENDRTSFPENKIEKIYGRKKQEYHTNNTFSNIVDGRKNKNDNKVEILISEDIATTFNLIWGEKGMSPETSLLEDKDILAAKKQRDVPNIGRSVEHLALTTFPEIADSSVGVVSNPMIELANTTLPALSANREAHQRYQFKETCSSESPDFELLVKHKTADCEIDLDKNKLQDSFHQPMNENSLQNFELGTEIEVELEEYDDAFLFQQNRHSHGNVLDEEFEASYEALKSRIDWEGLFGSNNGKMDNLGSTTRENIDHQRSKNTICFCPSTYKKEVYPILFPDLQVRITNTFTPTFSPPDDTLSVKDNFYKCLTEASTPGINEGEAPGFKIYSKSFCENSGYPCANQFDNSMQDSGLLSKSDISHSSDLSHSTDVNDMSGKKNDTFSVEPSNITTINGDHRCFFTKSKTDFNDTRNKKKMESRISKKYIRASFREQNISHKDLRQREMCEEERLTSHDSSECFSSLSQGRMKTFSQSERHIRDVLDILNSEASLCKSKRLSRKLNRAVLHLKKAHRRVHTSLQLIAKVGEKRKGPLPKAYEITCNNFWESCDLQGYSSVSERKYSKHLLSKRKYDKRGEKVFGFDVNQSACVSKHKSYKTNGERIAMCHSKRSVTSSDSKSHSTVCIREFCNQHSESQLSLFSISQSTSQPEYNNSIHDSRSSKLKPFSGKTEYLLYSDEKQSEKENQIDMKLSNISKCEKLADHAAHNKDVAKKNSKVNKIKSKSRSICLSGTKENNVSYSTDKNDATYIPHTQVKTDIFISILDSNMKSFLNVDTYKRDNCIISGCQSNLKVNFPIERWTPSTESYKASIITGKFLMGPFSLTLISSKKYNILQLSTTPVTDSERESSKSCLNKQRILAVDSSATPTTMSHCQQIHGGKKLLKTQSSSSLHIEGNETSVTEHSELDLTSLTRENKSYGENIMKRSFKDSSLLLKDNIKDLSKKNDAKKDTWNRKIRKNEQAEKAEDSLYQKSMTEGSIVKIEYKNQKNKTLKEKSPHLNMKTVQSDLIDSHLSIKTTPEAVSLNNTVSSQLNKRKRKGKRKVSNDCQSGYISKPGILEIDHRPILHAHSETSEVTIQKPTSYENELKENHCSVTQTALVTELSQILQRADEASSLEILEKETKTCQNILPLFVEAFERKQECSLEQILISRELLVEQNLWKNCKYKLKPCAIDTLVELQMVMETIQFIENKKRLLEGEPTFRSLLWYDETLYSELLGRPHGYQLQSSFYPAFQGRLKYNAFCELQNYHNQLIELFTETKRENNSYYAFLKYRRQINECEAIMKHCSDCFDFSLSVPFTCGVNFGDSLGDLEVLRKSTLKLISIYGDTPTVHSYPGKQDHLWIIIEVISSKVNFIKNNEAVGIKVSLYGLEHICFDAAKNLVWKEKRQSICKKYSQKNKEVIHKMNKCALSKLQKIYDTLSENLNKEPASNIELKEDTVITSRKSDNLTTVENFRLSTLFLQPDICCIGEILDQAEFADLKKLQDLTLVCTDHLETLKKYFQMLQEDNIDDIFITEENVLDMLKNHNHGAVILKPEATETYIEISMLSETVHFLKNSMAKKLDNQRFRGMLWFDLSLLPELVHCQEKMVCFSFLEDNPRDCLWKAVETGISDCKKDLDVIYKYSEAVNCSYALHLFSRELKELSEIKKLLKKSEYPISTYIDFVPYVISINYGNTVTELEQNYSRFSTLLKNIMSVPQKDLGKIAHIMKVMKTIEHMKIICAKNAKLTTSFILCQILHNKRNNFQLKRKEKMNIHFTIPEENIRPNTSAKVPSTSVNLIKNISHSSKRRPNAVDTGEDSQEKEKNTISSCKKRKLNMNYISKINREKAVFRCLRTTGFHPKGENKIGSSSSDNLKRNYVSPKRDEMQRSLSASLSPLKNLQGTCTSESESEIDLTNSSSNTSEHHIGQQENLNNIKKRNVNFGAPETKSYKKDCASFATCDLKSINGTLSKDQEIPSQKLLKNLPDPAQKTHLSNLKPATNDSLVPNSSSLFSEPISLSVRDIHTNLEINGIVLEHQDNELLDSSINKSTGASFPEPIHTHSRYPDTLSPSPIPFGASGNLTPDVNQTAEYSFSQQQDEENSKVLTQKAATYWNELPQSACTPVYNSSDHSLQTPYYSWCIYHYSSSNGNATTHTYQRITSYEGQSPPSGILTTLTSTVQNTHSNLLYSGYLSYFADQPQANAFVPVNGYFQSQMPISYHFQQPIVSQYASHQPLPQAVYPYPPAPGVLPEAPWIYAPWQQEPFQPRH