| Gene Symbol | Exph5 |
|---|---|
| Gene Name | exophilin 5, transcript variant X1 |
| Entrez Gene ID | 101710368 |
For more information consult the page for NW_004624784.1 (Scaffold)
The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.
| Protein Percentage | 73.46% |
|---|---|
| CDS Percentage | 84.14% |
| Ka/Ks Ratio | 0.5254 (Ka = 0.1534, Ks = 0.2921) |
exophilin 5
| Protein Percentage | 68.86% |
|---|---|
| CDS Percentage | 82.08% |
| Ka/Ks Ratio | 0.62155 (Ka = 0.1897, Ks = 0.3051) |
exophilin 5
| Protein Percentage | 57.33% |
|---|---|
| CDS Percentage | 72.09% |
| Ka/Ks Ratio | 0.475 (Ka = 0.3037, Ks = 0.6394) |
| Protein Percentage | 56.3% |
|---|---|
| CDS Percentage | 70.74% |
| Ka/Ks Ratio | 0.47257 (Ka = 0.3241, Ks = 0.6858) |
>XM_004856514.1 ATGACGAAAGCTCCTCAGGGGTTTGATTTCAGTTTCTTAAATGAGGAAGAAGCCAGGAAGATCCTTCAGGTGCTGGAAAGAAATGAGAAACTACAAAGGGCAGAGAAGGACAGGATCAGCAAACTTCAGAAGACAAAGAGGGATATCAGATGGCTTCAAGGAGTGACTGGTGAATGGTTTGAAGAAATTCAAAGAAAAAAGTTTTGCAATGAAACAGATGTTAGTCAAATGTTCAAACAACCACTGATGTACAGGCTAAGGAAGGAGATGGCAAAAAAGGATCCTATGGAATTACAAACATCAAGATCTAATAATGTAACTAATCGAAAAACCCCAACATCTGTTCCTTCTCAGCTGAGCTTCAGATCATCATTCACTTCCCTGTTTTCATTCAGAAAACCTGGGAGAGACTCTTTAAAGCTTCAATCACTGGGACAGAAAGGGTGTGATGGCCAGGAAGAACCTCCTGTGTCTGTGAGGGGAACCACTGTGGAGAGAAAAATATACAATTCATCTCTAAAACATCAACCAGTTGACAGTGCATTTGTCCCCAAGCCAGCAATCATGAGGGAAGGAAGTGGCATGCCTCCTCCATGGGAAGTTTCCATGCTAGAGAATGAGTTTTTCCAAGTTTTAGATGATTTGGATAGCACACTGGCTCGGGAACAATTTGCAAGCTCAGTGAATACCAGCATGCCCCACAACTATGAATCAAGAACACAGTTCAGTCATTCTTACTCCACTGGGAACAGGCATGGTAATATCACTGGAAGGCATAAAAATCGCTATAATGAAACTTCCAAAATGTCAATTTATGACATCCTCAGACCAGGAACTCCTAGGGAAGGTTTTAAAACCTTTTCTCCTCGAACGATGACAATTTATGATATGTACAGGACAAGGGAGCCCAGAGTCTTAAAAGAAGATTATGCACAAAAGAATACTTTTGGCAGTACTTCTTTGTGTTTTGACAGCAGGCAACGATCAGCCTCAGCAGCCACAAGGCATTTCACAGCAAGAAGCTTACATTTTCCAGCTGCAACTCAGAGCAAGAGTAGATTTATACCACCAAGCTACCAGCACAGCCCAAAGAGAACTCCATTATCATCCATCATCTGGAATAGATCAGATTCTTCTAGAGATAGGCAGAACCAGGAAGAGTTTCTGAGGGCACCATTGCCAATGGAAATTGACTCTGCAGACCAGTGTGTGAACCCCAGGTATTTTCAAGGAAATAGTAGATATGAATTGTACAATTCACAAAATGTTTACCAAAGTGTTCATATAAATGCTCCCATGGATAATGCAGTGAATTCTGACACTTTTGAGAACTCAGAGAATATGCCATTCTATCATCAAGACAACCCATTTGCTAGCTCTTTCTTTAGTAGAACCTTTAGACAAAGCAGAGAACAGCAGTTTGGACAAAGTTCTTTCTGGGGTCATCAGGAAGAACATTTTTCTTGGTCTGACTTTCATCAAAGCAGAAAGCCATTCATTTATTCTGACAGAGACTTTGAAATGATTTCCATTGAAGCAAATAGAGCACCCGCTGCTCATGGCCACAGAGTCCCTTTTCAACACTCGGAGCCATTTTCTCCTGGTTATAGAACAAATGTTTTCAGGGAGCAAGAAGAGCCACATCCCTTGCAGTCTGACTTTCATACACCCCCATTGGGGAGCATGGAGATATCACACATTGCAAACCAATTGACTCCTCATATTGACACACAAAATATTTGCTCCATGATTGGTTCAAGCTATCACATCAAATCTAGTGGTTTAGAGTACCAACAAGATAGTTCTCCTATAGAAATACATATAAACAAAGAACCTTATTCATCAAGACTTGCTCAGACTCTAGAATCCTCATCCAGAGCTTCCTTCCCCCAGATTCCTGATGACAAAGGGAATTCTCAGAGTCCCACTTCTCTGAATTCCCCAATCACTTTGCAGAAAGCTATTCCCAACAAACCAGATTCCTTGCCAGTAGGAAGCCATACAGAAGTTACTATGACCTATAGCAATTCAACTGATCCTCCACCTGTTGCTGAAACCCAGCTCAATACCTTGGTCACGGAAATGAATAATGAGAAAGACTCAACTGAATCTATTTTAGAAGACAAACAGCTAAACAAGATGGACCAGACAGACCTGACAGGTGAAATACCTGAACCTGTTTCACAGACTGACAGACAGACAGACCCTTTACCTGATTTTCAAAATCCCTTCTCCCAAGACCCAACCAAAAACGACAAGTTTAATTTTAATGCATCTACCACAGTAAGTTCAAAGGGGTCACTGAAAGGCTTTTCCAGGAAGGACACCTCCAAAATGTGTATCTCGTACAGAGATAAACCCAATGAACTTAAAAAAAATAAGAGTTTTCCTGGGAACAGGAAACTTAATTCAGCAGCTTCCCTTCTTTTCACTCAGAAAAGCAGAATATCACCATCTTTCCCCAGCCCAGATCGAAGTTGTCACCAGGAATTAACAGTAAGTAATGAAGATCTTTCAGACATTGTTAAAAATAACTCCTGGCACTCTGAACCTCTGGACAATCAAAATACAGAATTTCCAGAGGAGGCAGCTAATTTAGGTCCTGAAGGAGAACAAAGTTCCACAACTCATTCTACCAACTGCAACAAACTGGTTGCCAGGCACACTATCCCATGTGATTCTCTAGATCTATCAAGAATACCACCAGATTCCTCACTATCAAATGATGCTTTCTTTGATGCTTTTGTGATTCCTTCCACCACAGTGTTCTCTGGGAGAAGCCCATCAGACAAAGATCCATCTTTAGGAGAAAGAGAAGAAAAATATAATGCTAGCAAGAACCAAAATAATCAATTTGCTACAAGCTCCTTAGAAAGCCAAAAGAGTAATGATAGTCATATACCTATAAATGATGACGTTCATGATGTCATCACATGCCATTCCTACTCTCCTTTCAAAAGTGGAAGGGGAAAAGGAAGAATAAGACGTCACATATCTTATATTGAAAAGTTAACCAGAATGGATAGTACATCAGTACCCACAACTGAAGGCAGTAGCCTCATTGAGGAGAATCAAAGCAAATCCAAACCTTCTGAACTTAACACAATTTATTGTACCTTGCCAAGAAAATCACCCAGTTGTCTCATAAGTGGCAGGCAGCCAGGAATTAAGATAAAGGCTTCTTCAATTAGGAATGGGCCACCTCCATTCCAAATCAAAAATAACATGGATGATCTAGTTGAAAAGTACATATCAAATGAATTCAGTCCCACTTCTCCTGAGTCAATGAGTAAATGTTCCAAAGTTGTTTCAGATTCAGCCTCGGTCGCATCTAAAGCCACATCGACGATGACAAGTGTCAAAGTTGTTAGACCTACTTCTGTTAGGAAAGGACCTCTACCATTCCTCATCCAGAGAGCTAAGTCATGTCCTTTAGGAGAGCCATGGGCCTCATCTGGAAGAGAAGACAGAAAAAAATCACTGGTCTCAGACACAGATGCTTCTGTTGTGACACTGAAGCCTTGGGAAAGAATCATTAACCCTCTGGAAAGTAACTCATCTATTAGAGATGGCCAAAAGGAATTCTCTCAAGAATGCACTGAACAGGATGGTGAAATTGCTGCCTCTGGGACAAGTGTAGCTACTCTTTCAGATGAAGACCCTTTACCGTTTTGTGCAGAGGTGTCAGAAAAAGAAAGCAGGAAAACATTACATAAATTTAAGACTACTAGTATGTTTTCTGTTTCTGGTGATGAAGATAATGTAAAGTGTCTCGAGGTGGTTTCAATATATTATACACTACCAAGGAAACCTAGCAAAAAATTTTGTGACCTCCTTCAACAATATACACAAAATACCAATTCACTTAGAGAATCACTTCAGGCAGACACTGAAACATTTCCTAATGCTTTAGAAGAAGACAAAGTAAATTATTCTACACAAGAGCAGTCAGGAACATCTTCATCCGAAGATCTAAAAATACTGGTCAGCTCTACTCAGTCTTGTCTTTCTCACACCACTGAAAATATGGCTGTTTTACAGTCACCAAATAGGGGGTCCTCAGGGCCTTCATTACAGGAAATGACTTGTGTTTCCCTTCATAAAGGAGAATCTAAGACCAGAGAGCTTTCTTCACATAACTTAGCTAAAACACCTCCAGGTATTCCACAAAGCCAGAAAGAGTGGGGAGAAACATGGAAAAGTGAAGCCCTACATGCCTCATTAATGCTTCAGGATAAAAGTGCCACAGAAGAAAAATCTAAAGATTGTCAACAATCTGTAAATGCAGGAAATAGTTGTCTCTTGGGTCTTCCAGCCCATTCTAAAGATAATAATGAAAATTCACAAACTGGAAGAAGTTCTGGCGAGTATGTAGGTAGTGGTACAGGCATTATATCTACTGAAAGTAGAAATTGGCCTCAGAAAGATCACACAGCCATAACTATACATGATAACTCCAGTGGATCACAGCCTATGGAAGTCAGAACTGGAACAGAGTGCCAAAAAATGATTGACAAAATTCTTTCTGACTCAGAAAGCCAAGCCATTGTTCCCCCTCCAGCACTGCATAAACTACAGTTTGTTGACAAGACTCAATCAGGTGAACCAGCTTTAGAAAGTTTACAGTCTGAACCCGGGAAATTACCTCAAGGAAGGCAGAAAGTAAATGTAACAGAGAGCAGGAGGGTCAAAGATGAAATGCAGAAGTTGGCATGGGATCGAACATTACATGCTGGAGGAAATAATAAACATAATACCAACTTGGATGACCTAGAAAAAGGAGAAAACAGATCTTCAGTTAAACATGGATTTTCAGCCACATCTAAAGCCAGCAGAAAATTCCCAGCTAAGGATTTAAGCCCTCGAAGACACATAGCTAGTATTTTCTCCAAAAGTGGGAGCAAATCTGACTTTGGCCGCTTATCTGTTGGCAGACAGGAAGGCAGCTCACTAGCTCCTGAACCAACTCCAAAGTCCACAGAAGCCACAGATGAAGACAGTTTGAGTAATGATAGAATGAATATGAAGGCTACTGAAATATCCAACAGAGAAACTTCTAGACACTCCTGTAATCAGAAGCCTAACAGCATTTCAAAGCTACATCAGAATGAACTCAATGTCTCAGAATCACCACCAAAGCATGAGAATTTTAAAAGTGCAACAGTAGCTGAGGAAAGAGAGTCAGGAACCCCAGCCCAGCTGACATTCACCAGCCTCAGGGAAGCAGACATCTCTGACCATCAGAGAAGGCTGAGCCCTCCTTTTCCTTTGGAGCTTCCACAGAAATCTCCATTAAGTGTCTCACTGTCCAGTTGTCAGCAGCAACAAGGGAGAGATTTGTTTCTGGAGTGGGAACATGAGCCTCACCTCTATCGATCGAAGAGTTTAAAAAGCATCAATGTGCATAGTGATCTGCCACACAAAAGTCATCCTCCCAAAGTCAGGGAGCGCCATTTTTCTGAAAGCACTTCTATTGACAATGCCCTAAGTCAACTGACCCTTGGGGGTGAACTCTCTAACAATAATGGGTACAGTCGAAGATTTAAATCTTTTTCTGAACTTCCTTCCTGTGATGAAAGTGAAAACTGGGCTTTGTATAGCAGCAAAGCAAAAACAGGTCCCAAGTCTGCATCATCTATATCCAGACCTATTGACTATGGGATTTTTGGGAAAGAACAACAGTTGGCTTTCTTGGAGAATGTAAAGCGGTCACTCACACAAGGAAGATTATGGAAACCAAGTTTTCTTAAGAACCCTGGCTTCCTAAAAGATGATGTAATTAGATCTTCCAACCCTTCAGAGTCGTTAAGCTTAAATTCTCCTAGCAGTCAGGTGCCAGAAGATAGCTTAAGTCCAAATGAGCAGCTTAATATCTATAAGGAGGACCCAGTGGACTCAGATTATGATACAGACACAACCACAGATGATGAATACTACCTGAATGAAAATGACAAAGAGTCAGAACTGTGA
Exph5 PREDICTED: exophilin-5 isoform X1 [Heterocephalus glaber]
Length: 1989 aa View alignments>XP_004856571.1 MTKAPQGFDFSFLNEEEARKILQVLERNEKLQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMFKQPLMYRLRKEMAKKDPMELQTSRSNNVTNRKTPTSVPSQLSFRSSFTSLFSFRKPGRDSLKLQSLGQKGCDGQEEPPVSVRGTTVERKIYNSSLKHQPVDSAFVPKPAIMREGSGMPPPWEVSMLENEFFQVLDDLDSTLAREQFASSVNTSMPHNYESRTQFSHSYSTGNRHGNITGRHKNRYNETSKMSIYDILRPGTPREGFKTFSPRTMTIYDMYRTREPRVLKEDYAQKNTFGSTSLCFDSRQRSASAATRHFTARSLHFPAATQSKSRFIPPSYQHSPKRTPLSSIIWNRSDSSRDRQNQEEFLRAPLPMEIDSADQCVNPRYFQGNSRYELYNSQNVYQSVHINAPMDNAVNSDTFENSENMPFYHQDNPFASSFFSRTFRQSREQQFGQSSFWGHQEEHFSWSDFHQSRKPFIYSDRDFEMISIEANRAPAAHGHRVPFQHSEPFSPGYRTNVFREQEEPHPLQSDFHTPPLGSMEISHIANQLTPHIDTQNICSMIGSSYHIKSSGLEYQQDSSPIEIHINKEPYSSRLAQTLESSSRASFPQIPDDKGNSQSPTSLNSPITLQKAIPNKPDSLPVGSHTEVTMTYSNSTDPPPVAETQLNTLVTEMNNEKDSTESILEDKQLNKMDQTDLTGEIPEPVSQTDRQTDPLPDFQNPFSQDPTKNDKFNFNASTTVSSKGSLKGFSRKDTSKMCISYRDKPNELKKNKSFPGNRKLNSAASLLFTQKSRISPSFPSPDRSCHQELTVSNEDLSDIVKNNSWHSEPLDNQNTEFPEEAANLGPEGEQSSTTHSTNCNKLVARHTIPCDSLDLSRIPPDSSLSNDAFFDAFVIPSTTVFSGRSPSDKDPSLGEREEKYNASKNQNNQFATSSLESQKSNDSHIPINDDVHDVITCHSYSPFKSGRGKGRIRRHISYIEKLTRMDSTSVPTTEGSSLIEENQSKSKPSELNTIYCTLPRKSPSCLISGRQPGIKIKASSIRNGPPPFQIKNNMDDLVEKYISNEFSPTSPESMSKCSKVVSDSASVASKATSTMTSVKVVRPTSVRKGPLPFLIQRAKSCPLGEPWASSGREDRKKSLVSDTDASVVTLKPWERIINPLESNSSIRDGQKEFSQECTEQDGEIAASGTSVATLSDEDPLPFCAEVSEKESRKTLHKFKTTSMFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCDLLQQYTQNTNSLRESLQADTETFPNALEEDKVNYSTQEQSGTSSSEDLKILVSSTQSCLSHTTENMAVLQSPNRGSSGPSLQEMTCVSLHKGESKTRELSSHNLAKTPPGIPQSQKEWGETWKSEALHASLMLQDKSATEEKSKDCQQSVNAGNSCLLGLPAHSKDNNENSQTGRSSGEYVGSGTGIISTESRNWPQKDHTAITIHDNSSGSQPMEVRTGTECQKMIDKILSDSESQAIVPPPALHKLQFVDKTQSGEPALESLQSEPGKLPQGRQKVNVTESRRVKDEMQKLAWDRTLHAGGNNKHNTNLDDLEKGENRSSVKHGFSATSKASRKFPAKDLSPRRHIASIFSKSGSKSDFGRLSVGRQEGSSLAPEPTPKSTEATDEDSLSNDRMNMKATEISNRETSRHSCNQKPNSISKLHQNELNVSESPPKHENFKSATVAEERESGTPAQLTFTSLREADISDHQRRLSPPFPLELPQKSPLSVSLSSCQQQQGRDLFLEWEHEPHLYRSKSLKSINVHSDLPHKSHPPKVRERHFSESTSIDNALSQLTLGGELSNNNGYSRRFKSFSELPSCDESENWALYSSKAKTGPKSASSISRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDVIRSSNPSESLSLNSPSSQVPEDSLSPNEQLNIYKEDPVDSDYDTDTTTDDEYYLNENDKESEL