| Organism | |||
| Gene Expression | Sequences were obtained from the de novo Piaractus mesopotamicus transcriptome. The database was generated by sequencing fast and slow skeletal muscle from 5 individual animals using Illumin Hiseq2500 platform. Over 665,000,000 paired-end reads were assembled using Trinity. The transcriptome showed an average coverage >40x. |
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| Phylogeny | |||
| Paralogs | |||
| Citations | |||
| Sequence | aggactaagaagatgtatcaagtaccagtaaaagatgtgacaaagctcagaagatcgagaaaaagagtcaaaagtattct gtgtgacattgcattagaagactgtcaagacctagttgagaagtacaagccttttgatgctggtgaggcaagtttcaaca acacagaatgggttgacttcatagatggtagtcttggcaaaaggagaaaaaagtggcggtaccgctctgagacactgtgc tgcagcttgtgttggttttccacacggtccttttacaccttcagaagtcatgtgcagcggtatcatggggaggagatgga tcttgcctgcctctctgcctgccccaaatgcactttcatcagccaccctgaagtcacagagcagcacatcaagtttttcc acactttgcctccaaaaatcatatctccaccatccaacccattcatcccattcagatccatctcccccacccccagccag tctgttagtcacccattgcagactgttactgttgcagcctctgtcacagcctctgacacaggtgaagataggtatgcatg tctgaactgtggctaccatgactctttactttacgtgatgaagaaacatgttttgatcaaccaccatgctacattactga accgttactttggccacaagatagaaaatgcaaagaaggctctcggttcaaacaagaaagctttcataacggctcctaag tattattgcaaggagtgtaaattgcctgcagagaccatagagcatctaatgtatcatattttgagctcggaaaagcatat tgatctgctctggcatattatgccgttcatccgggaaaaagttccgacacagaaatttggtgaccagcacaaattccaga acctggctccaaaagcgatgccgcacccactaatggttgcaagacccaatttcatacagcagacccagacaatgaaagga actttggggcctaaatctaatggcaccatgcttcttgcagggccagccaacacaactgctcttttgtgcccttcagcaag accaatattcttatctccaccaaatccaggtttaataccaggcgcaagtaccattcagagcactcggcagcagcagtcgt ccactgggatcagtcaaaccttaaccactttggctaccgccccagtcgttaactctctaaatatggtggttccaaatgtg tcacaggactccccaaatcaggtacccatgaccatggcagtacccagcctcccacaagctcaagcagcacagcaagtgct tctgccaccaggggttcaagtcaacctcccagggaaaattggcgtgcgtccaccaatgctggtgactccgagactacagc ttaatcacccttctcccagatcatctgtcatggcttctcagtcagtcaggcttattcccacaggcaacaaagtgaacgga gtcccaacttacactctggcacctgttgaagtcgctccagtccggccaaacactagtcaagttgtcagcagcgcaccagt agttttgagtcgaaatggacctctagctggcagtccctctgagaccattccaccaaacacatcagccaaggcagcatcaa gccaaaggcagcccttgcgtaaaccaactaaaccaaatgagctggccgtccttgctccgtttctcaagatccagagcaac cacactgtcaaatgcctaaggtgcaacgttttgctgactgagcagtggatttttcaacatttgttgcatggcttaaagtg tctgttctgtcctttgatgttctactccttcaagcagatcatggaacacaccagtaaagaacacagcttgaaagttaaga agaaccgagatttcatcaaagagcagttcaaactcaactgtgacgatgaaggcaaccttgtgtttgccactttcaacttg aacacagatgtgcccaaagatctactggataaccgggagctcaaccttgtacttatcaccagcactcaagaaaagatctt cgtaaagatgtatccacactctgcaaaggcagtttacccgcccacgcaaaaaaacacacccaccgactgtccattctgcc aggtgaagctccgaggcgcggaggactacgagactcatttgaagacaatgcaccacattgtgcccaccatccacgccata ctgaaatctcctgcctttaagtgcatctactgcttcggcgtgtattccgaaaagtcaacgcccaagactatttccattca tgtacagcgctgtcggtgtgctcccaagaatgtcaaggaagcagagaggcagctgaatccagatccgaccgtctacctga atggcaattttcaggatcccgtccagctgaaagggaatacacagctgcagagaggtgagaaagaaactggcaagccaaag acggaggccactccagagaaaaatggcaggggaagcactgtggctgaagcctcagttaagctcgtattggacccaacagg aatggatatgcgatcttttgacgagaggaaagagttcctgacaaagtactttcaccataagccctatcccacaagaatcg aggcgcagactcttgctaaacgtttgtggatgaacaaatctgatgtactctttcattttagtgccaggcgtaccagatgt gtgaaagagatccaaaagaagaagactgcggtacttcttggcttcaacatgactgaggtgaataaggtgaaacataacct tctcattccagaagtggtgccggttagtaaatctcaagacaat
agaaccatgtatcagtatcccgttcgaggaattgagaaaattcgaagaacaagaaggaaagtgaagaacattttgactga atttgggcttgagcaatgtctgtcactgagtgagggtctcaaggacttcgatccaggggatacagtttataatgcgaccg aatggagggatttggctgatggattcgatggcaggtggaagaaaaagtgggaatatcggacacaaggcttgtgctgtgcc ttgtgcaaattttccacacggtcgtggtattccttccggtctcatattcatcgctgccatgacgaggagcagcgtctctg cagtctctctgtctgctccggctgccccttcattgctcacccaaaagtgatctccaagcactacaaactgttccatcttg aactccagaagccagagcttgaaccagtaccacagcatctgcccaccaaagccttcgggagtcacgtatttcaatgcaga aaatgccacttcaatgataatctcctgtacagcatgaagaaacatgttctcattaatcattacacctccctgttgaatcg ctttgctggacaaagaatggacggtgaacctcagctcctaggtcctatgtaccagaaattttattgcaaggtctgtggag caaatgctgagacctcagagcacttgctctatcacatactaacctctgacaagcacaaggaattggaattacacatcaac gctctcatttttgaaactgacaataagaagctgtttcctgctcttgcaccaaaggcacaaggtagtcctgttcttgcagg ggtgaatggccaaccgttagtgactcctgctccagctccaggtgcagtactacagggagcagcgaacggtagccccagac tgtttagtgctcctgggcctaacccagcaattcttcctgctcaagcttcagccctggttcagcttgccagcgctgaggca aagggtttgctacaacctggtcagccactggctattcagaatgtccagactgcaagacctatgcctgccactgcaccttc tattgcaggcatggctcccgctccagcacttcagccggttattccgcaccatcagatgccagtcagggtgggaatccctg gtcagttgcagcctccacctcgacaagttctgctcccacaaggggtacagtttaacgtaccggctgttagaggaccacca ccaccaccaccacaatcaatgattgttagtccacggttccctgtgaaccagcctacacctagaggcaccatgctaacatc acagtctcttctgagtcatctgattcccacaggcaacaaagttgatggcctgcccacctatactcttgcacccctacaag ttttgtctgtccgggcaaataacatgcaagtggtcaacaaggcaccgttgcctgtatcacagaacaaccccacacttcag cacagcgcatccatgagcaatggttcccaggactccaagactaagaaatggatcacctgccctgtttgtaatgagctttt tccgtccagcctgtacgagtcccatgctgagatccacaaagagtcgtcaaagaagtccaagctgggcttggctgcccgag cacctttcttgaagaagatgcctgacaagaccgtgaaatgcctgatgtgcaaaatcttgctctctgaaaaggggcttttc gaacatctgctacacggtttgaactgcttgtactgttctgggatgttctactccatcaagcagcttgttgcacatatcca gatggaccacagtcccaaccaaaaggcaaactgtgacttcatgaggcgagagtaccgtctttacaccgacgagtctggca gcctccttttcccctactttgacatcaacaccacagccccgaaagagatgatgggagaaaaggagcttaacttggctcta gtcaccaattccctcgacctgatctttttgaagatgttgcctgcgactcctcatcctgtgtgcaggatgccagtgccgac actagacagcccagactgcgtcttctgttctgagaagctgatgaacatggagtgctatcagatccatctccgcgagaagc acttcatcgtgcctactgtacacgccatactcaaagcccctgcgtacaagtgcatctactgtggcggagtgtacacgggg aaaaccacagtcaaggcgatcagcgtccacatatccaaatgccgctctgcgcccaagaccccgagagacgccgaaagaat aatgagttctggactagccgttgcgcctagagtgagccaggggctggtctcgttcccaccacctccaagacagaccacga ttcaagttccggcaccggtccaagcttcggtcccagtgatccagaacccagaggtggcggcagaactgcagagcaagttg aggctggagctggccgtgagggaggccattgaggccaacaagcgagaacgagaggccaggctagcaaagaagaggaagat ggagagggagaggatgacaggattagctggtcagtcctccgaaatgcaggtcgatccttccgtgcaattcgcgctggatc ctgccggaatggagatgcgctccttcgaagaccggcgggacttcgtgaacaggtacttcaacaaacagccctacgcactc aagaaggagatccttgccttgagcagccgcctgctgctgaataagaccgacatcgcctgccagttcggggcgaagcgcac caggtgcatgaagcacctgcagagaaacaaagctgtggttctcttgggcttcaaaatggccgatttgatgaaactcaagc acaacctgcacattccggagatagagcccgagaagtcggcggcggacgtggaatcggaagcgccggaacccgagttgcga agggaagaagaggctgaa
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GO term(s)
Gene Structure
Possible Primers
Synteny
Genomic Map Locations
Sequencing Methods
Gene Domains
Molecular Markers
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