| Gene Symbol | Akap12 |
|---|---|
| Gene Name | A kinase (PRKA) anchor protein 12, transcript variant X2 |
| Entrez Gene ID | 101719181 |
For more information consult the page for NW_004624785.1 (Scaffold)
The following genes have been identified as possible homologs of the naked mole-rat gene and compared to it.
| Protein Percentage | 74.54% |
|---|---|
| CDS Percentage | 82.0% |
| Ka/Ks Ratio | 0.50876 (Ka = 0.1782, Ks = 0.3503) |
A kinase (PRKA) anchor protein 12
| Protein Percentage | 64.29% |
|---|---|
| CDS Percentage | 73.89% |
| Ka/Ks Ratio | 0.32625 (Ka = 0.2629, Ks = 0.8059) |
A kinase (PRKA) anchor protein (gravin) 12
| Protein Percentage | 59.32% |
|---|---|
| CDS Percentage | 69.27% |
| Ka/Ks Ratio | 0.32418 (Ka = 0.3378, Ks = 1.042) |
A kinase (PRKA) anchor protein 12 (Akap12), transcript variant 1, mRNA
| Protein Percentage | 59.8% |
|---|---|
| CDS Percentage | 69.66% |
| Ka/Ks Ratio | 0.3281 (Ka = 0.3327, Ks = 1.0139) |
>XM_004856879.1 ATGCTGGGGACCATGACGATCACAGTTGGACAGAGGGAGCCCGAAGATGTGAGTCAGAAAGACTTGGATAAAGACATGGCGGCCAACTCTGTGGTTGTGGAGGACATCATGAAGGATAAGCAGGAGCAAAGGCCTGAAATAGTCGAACAGATTCCCTCTTCAGAAAGCAACTTAGAAAAGGTAACAGGGCCTACTGAGGCCCAGGCTAGTGATGTTGGAGAGCCCAACATAGATACCGGAGAGGCAGCAGCCAAAGAAACTGAACGAAAACAATCCATCGAGAAGGTGGAAGACACCTTTAAGCACCAGCAGAGCAACACAGAAATTCCTCTCACACCTGAGTCTGGTCAAATGATAGCAGAAGGGAAAGATGAAGGAGAAGCAGCACGAGAAAAAGAACCCACCAAATCTCCAGAATCTCCCACCAGCCCAGTCACAAGCGAGACTGCATCAACCTTCAAGAAATTCTTCACCCAAGGTTGGGCCGGTTGGCGCAAAAAGACCAGTTTCAGGAAGCCAAAGGAGGATGAACTGGAAGCCTCTGAGAAGAAAAAGGAGCAAGAGCCAGCAAAGGCAGACACAGAGGAAAATGAGAAGGCAGAAGATACCCCTGAGCAGCTCACGGCTTCTGAGCAGCCCCAGAAGCCCGTGGAAGGCGGGGATGAGGCCAGATTATCGGCTGACTACGAGAAGGTGGAGTTGCCTTTGGAAGGTCAAGTCAGTGGTGTGCAGGGCTCTTCTGCAGAGAAATGTGCTCCGTTGGCCACGGAAGTATTTGATGAAAAAGTAGAAGCCCACCAAGAAGTTGTTGCCGAAGTCCACATCAGCAGTATGGAGAAGAAAATGGGGGAGCAAGAAGCAGGTGTGGGAGAAACAGTAGAATCCTTGCCACCTGAAAAACTGGTGGAAGCAAGTGCTCAGGAAACTCAGGAAGCTGAACTCGCTGAGGAGCTGGAAAAGACCCAAGAAGCGTGTGACTCTGGAGACCACGCCCGGCCGACAGAGCTGAGTCCCGATGGAAAGGTGTTGCCCAAACAGCCCGAGAGCATCGTGAGTGAGGTGGCCGTGCTGTCATCACAAGAGAGAACCAAGGTGCAGGGAAGCCCCCTGAAAAAACTGTTCTCCAGCACCGGCTTAAAGAAGCTTTCTGGAAAGAAACAGAAGGGGAGACGAGGAGGAGGAGGAGATGAGGAGTCAGGGGAAAATAACCAAGGGGCAGCGGAGTCTCCGGATAGTGCCGATGAGAAGGGTGAGAGCTCCGCTTCCTCCCCTGAAGAACCCGAGGAGATCACGTGTCTGGAGAAGGGGATCACCGAGGGCCACCACGAAGGAGAGGCTGAAGAAGGAGCTACTTCCGATGGAGAGAAAAAGAGAGAAGGTGTTACTCCCTGGGCATCTTTCAAGAAGATGGTGACGCCCAAGAAGCGTGTTCGCAGGCCTTCTGAAAGTGATAAGGAGGACGAGTTGGACAAGCCGGACAGGGTCAAGAGCGCCACCTTGTCTTCCACAGAGAGTGCAGCCTCCGAAATGCAAGAAGAAATCAAAGGCGCTGGGGAAGAGCAAAAGCCCGAAGAGCCGAAGCGCAAGGTGGACACTTCGGTGTCTTGGGAGGTGTTGATTTGTGTGGGGTCATCCAAGAAAAGAGCAAGGAAAGCCTCCTCTTCTGATGAGGAGGGAGGACCAAAAACGATGGGAGGAGACGGCCGCAAAGCAGAGGAGGCTGCCAGAGACAAAGAAACCGGAAACGACTCTGTCCTTGCTGGCACCCAGGAACCTGACCAAGGGCAGGGAAGCTCCTCCCCTGAGCCAGCCGGCAGCCCCTCCGAAGGGGAGGGCGTTTCCACCTGGGAGTCATTTAAAAGATTAGTGACCCCAAGAAAAAAATCCAAGTCAAAACAGGAAGAGAAAAACGAAGAGTCCAGTGGTGTAGAGCATTCAGCTTCAGATGCTGAACCTGGGAAAGAAGAATCTTGGGTTTCAATTAAGAAATTTATCCCTGGATGGAGGAAGAAAAGGTCAGATGGGAAACAAGAACAAGTCACTGCTGGAGACACAGGGCCCGCAGAAATCAATGAAGAGGATTCTGATGTCCCGGCTGTAGTGCCTCTGTCCGAGTATGATGCCGTGGAAAGGGAGAAGATGGAAGCTCAGCAAGCCCCCCGAAGCGAAGCCACCCCTGAGCAACAGGTGGGTGTGGATGTGTCTGAGGAACTCGGCAAGAATCTGGTTCATTGTGCAGCAGTGGCTGTCATCGATGGGGCAAGGGCAGTTACCAGTGTGGAAGAGCGGTCTCCTTCTTGGATATCTGCCTCTGTGACAGAGCCTCTTGAACAAGCACAAGGTGAAGCCACACCATCAACTGAGGAAGGGACTGAAAGAGAAGTCATTGCAGAAGAATTCCTCACAGCCACCCGCACTCTCCCTGAGAGCAGAGGTGCCCCTGATGACACGATCACTAGTGAAGTGGCATTAACTTCTGAGGCAGTGACAGCTGCAGAGACCACGGAGGTGCTCTGTGCTGAAGAAGCCACCGAAGCATCAGCCGCAGAAGAGACCACAGAGATGGTGTCCGCAGTTTCCCAGCTAACCGAGTCCCCAGACACCACGGAGGAAGCCACCCCAGTCCAGGAGGTGGAAAGCGGAGGGCCAGATGCAGAAGAGCAGGAGCGGCAGACCCAGGCTGTCTTACAGGCAGTTGCAGAAAAAGTAAAAGAGAAGTCACAGGTGCCAGACAGCAGTGGGGCCGAAGGTGTGACTCTGATCATGCAGAAAGCAGAACCAAAAGCCCTTGAGAAGGTGGAGGAAGCAGAAGAAGACTCCGATGAACCAGATCTGAAGGAAGAGATGGATGTAGTGTGGAGAGTAAACATACAAGAAACTAAAACTGAACATTTTACGCGAGGGGAGGTAATAGCACAGGCTGCCCCTGAAGGCTTTGCGAAAGTTCCTCAAGTCACAGCGAGGGTAGAGTCCAGGGAGCTGGTAACCACGTGCCAATCTGAGCCCTTAGCTGGGGTGCAGCCCCCAGAGCAGTCTGTTCTCCCTGACTCAGCAGATACCCCAACAGACAGTGAGACCAACGGAAGCACCCCCGTGGCAGATACTGACGAGCTAGGTACAATACAGCAAAATGAGGTCACAGAAGGGCAAGGAGACGGTGCAGTTGCATCTGGCACTCAGCCACAGGCCACAGAGGTAGAGGCAGCTCCTGTCCAGAAAGAGGGGCCTTCAGCACCACCAAGTTTTCAATCCCAGGAAGACTATACAGAACAATTAAAACCGGAAGATAGTCTAGAACATAAGGATCAAGAGCCATCAGTGGAAGGCGTACCCATAGTGTCCAAGACTGAGGTGATTCGAGAGGCCTGCCTGCTTGCTGGTGGGGAAGCCAAAGACAGACCGTGTGTTGAAGTTGTCACATCTGCACACGTGGCCAGTCAGCAAAAGGCCACTGAAGTTCCTCTTCCAGGTGAATTGACTGAAGGGGCAGACTGTCAAAAGGATGGTGGTAACACAGAACTCCAGAGTCCAGGCCGAGAAGAGGGAGAGAGGGTAGCTCAAGTAGAAAAGGAGAACACTGATGCAAAGGCAGTACAAGACAGTGAAGAAAAAGTTGAGCAAAAATCAGCCGGTCCCAGAGCCGAAGAGCCCAACCAGCAACTAGTCCAGATGGCTGACGTAAACGTCACAGACAGGGAAAAGGAGGTAAGCAGTTTAGATGGAAGCTCTCCTCCTTCAGATCCAGAGGAGGAAGCAGGATGTGTGGAGACTCAAGGTCAGAGCACTGAGGCACTAGTGACTGTTGTACCTACGGCAGCGGAGGAGGAGGTGTTAGGAGAAACCGGCAGGATTTCAGAAACAAGTGACGCCGTGGAGCCTGCACATTTAGAACCAGCAGAGAGATCTCCAGGGAAGGTCGGGGACTGGACTCTTCAGCTGGGAGACGATGCTGTCCCTGTGGGGACTGAGCCTCAGATGGAATCAGAGCTAGTCATAGTGTCTGCCACTCCTGAGAAAGACCTGCACTCGGACCTGCAGGGAGAGAACCGTGCATCCCAGAAGCAGAAGGCAGATGAAGATGACAGGCAAGTTGGCTGTCTGGAAGGTACAGTGAGCCTGGCAGTAGAGGGCGGTCCCAAGGCTGAAAATCAGATCTTGGAACTTGAGACTGAGAGCAGTAAGCTTGTGCAAAACATAATCCAGACAGCTGTGGACCAGTTTTCCCGGCCAGAGGAAACAGCATCTGACATAGAGAAAGAGGCTCCCCAGGTGCCAGCCGACAGCCAGGGACCTGGACAGAAACCTGTGGAAGAAGCCAGTGGACAACAGGTGTCTGTGCAGGATGAAACACAAACTGTCGCCACCCGGGATGAGTCCGAGCTCGCTGCTGTGGCTCCCGAGCTCGCTGCTGTGGCTCCCGAGCTTTCCAAAGATGTGAACGGAGCTTCAGAAGAGACCCCGACAGTTGAGGTTGGAGGCTCCGGTGTGAATGAGCAGCAGTCTAAAGAGGTGGTTGCCCCAGCCCAGGCAGAGAGCGATGAAATGGGCACAAAGCCTGTAGCAACTGATGATGGCTGTGGAGAGACCGGAGGAAGAATGGACAAGTCAGCTCTTGAATCCAGAGAAGACGAGAAAGAGGATGCTGCCGAGGACTCAGCCTTGGCAGATCCTGCCGCCCCAGGAGGCTTAACCAAAGAGTCCTCAGACACCAACGGACCAAAACTAACAGAGGAGGAAGCAGGAGCTAAGGGAGGAAAGGCATACAGTGAGTCGGAGAAGGACATCAAACCGCAAACAGAAGAGGAGCAGCGGAAAGGAGGGAGAGAGCCGGCAGAATCCTAA
Akap12 PREDICTED: A-kinase anchor protein 12 isoform X2 [Heterocephalus glaber]
Length: 1613 aa View alignments>XP_004856936.1 MLGTMTITVGQREPEDVSQKDLDKDMAANSVVVEDIMKDKQEQRPEIVEQIPSSESNLEKVTGPTEAQASDVGEPNIDTGEAAAKETERKQSIEKVEDTFKHQQSNTEIPLTPESGQMIAEGKDEGEAAREKEPTKSPESPTSPVTSETASTFKKFFTQGWAGWRKKTSFRKPKEDELEASEKKKEQEPAKADTEENEKAEDTPEQLTASEQPQKPVEGGDEARLSADYEKVELPLEGQVSGVQGSSAEKCAPLATEVFDEKVEAHQEVVAEVHISSMEKKMGEQEAGVGETVESLPPEKLVEASAQETQEAELAEELEKTQEACDSGDHARPTELSPDGKVLPKQPESIVSEVAVLSSQERTKVQGSPLKKLFSSTGLKKLSGKKQKGRRGGGGDEESGENNQGAAESPDSADEKGESSASSPEEPEEITCLEKGITEGHHEGEAEEGATSDGEKKREGVTPWASFKKMVTPKKRVRRPSESDKEDELDKPDRVKSATLSSTESAASEMQEEIKGAGEEQKPEEPKRKVDTSVSWEVLICVGSSKKRARKASSSDEEGGPKTMGGDGRKAEEAARDKETGNDSVLAGTQEPDQGQGSSSPEPAGSPSEGEGVSTWESFKRLVTPRKKSKSKQEEKNEESSGVEHSASDAEPGKEESWVSIKKFIPGWRKKRSDGKQEQVTAGDTGPAEINEEDSDVPAVVPLSEYDAVEREKMEAQQAPRSEATPEQQVGVDVSEELGKNLVHCAAVAVIDGARAVTSVEERSPSWISASVTEPLEQAQGEATPSTEEGTEREVIAEEFLTATRTLPESRGAPDDTITSEVALTSEAVTAAETTEVLCAEEATEASAAEETTEMVSAVSQLTESPDTTEEATPVQEVESGGPDAEEQERQTQAVLQAVAEKVKEKSQVPDSSGAEGVTLIMQKAEPKALEKVEEAEEDSDEPDLKEEMDVVWRVNIQETKTEHFTRGEVIAQAAPEGFAKVPQVTARVESRELVTTCQSEPLAGVQPPEQSVLPDSADTPTDSETNGSTPVADTDELGTIQQNEVTEGQGDGAVASGTQPQATEVEAAPVQKEGPSAPPSFQSQEDYTEQLKPEDSLEHKDQEPSVEGVPIVSKTEVIREACLLAGGEAKDRPCVEVVTSAHVASQQKATEVPLPGELTEGADCQKDGGNTELQSPGREEGERVAQVEKENTDAKAVQDSEEKVEQKSAGPRAEEPNQQLVQMADVNVTDREKEVSSLDGSSPPSDPEEEAGCVETQGQSTEALVTVVPTAAEEEVLGETGRISETSDAVEPAHLEPAERSPGKVGDWTLQLGDDAVPVGTEPQMESELVIVSATPEKDLHSDLQGENRASQKQKADEDDRQVGCLEGTVSLAVEGGPKAENQILELETESSKLVQNIIQTAVDQFSRPEETASDIEKEAPQVPADSQGPGQKPVEEASGQQVSVQDETQTVATRDESELAAVAPELAAVAPELSKDVNGASEETPTVEVGGSGVNEQQSKEVVAPAQAESDEMGTKPVATDDGCGETGGRMDKSALESREDEKEDAAEDSALADPAAPGGLTKESSDTNGPKLTEEEAGAKGGKAYSESEKDIKPQTEEEQRKGGREPAES