| Organism | |||
| GO term(s) | Cellular Component: GO:0005634 Biological Process: GO:0035358 |
||
| Paralogs | |||
| Sequencing Methods | PPAR-alpha-2: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014445152.1) annotated using gene prediction method: Gnomon. |
||
| Sequence | >XM_012922590.2 Maylandia zebra ppar-alpha-1 TAGATATTTCTTAAGTTTCCCTCAGAAGCAAAAGCAGTACCAAGCAGCTGCAGCAGGCTGGACTAAACACCTTAAAAGAA AGGCTGTTTCTCGGTTCCCCTCCTCTCGCCTGTTGCGCTGTGGACAGTCGCAGCACATGGTGCGTTGTTGTGAGATGTGG ATCAAAGCGGGAAGAGCTTCCGAACCTCACCGGACATTTAGCGTCTTTGCTCTGGTAACTGTTTGATGAGTGAGAGTGCC GCCAGCCTCCTCCCATCACCACAATGGTCGACATGGAGACCCATTACCATCCCCCCTCTCCCCTGGAGGACTCGGTGCTG GGCAGTCCCCTGTGTGCTGATGACGATTTCATGGGTAGCATGGAGCAGCTCCAGGACATCTCCCAATCCATCAGCGACGA CGCTCTTAGCTCATTTGGTGTCCCAAAATACCAATCCTCCAGCAACGGCTCTGATGGGTCCACCGTCCTCGATGCGCTTA CGCCAGCATCCAGCCCATCATCGGTTGTTTACGGCGTGGTGGCTGGCCAGGAGGAATTGTCATCTTCATCCACATCACTG AACCTGGAGTGCCGAGTGTGTTCTGACCGCGCCTCGGGCTACCACTACGGAGTCCATGCCTGCGAGGGCTGCAAGGGTTT TTTTCGCCGGACCATCCGTCTGAAGCTGGAGTATGACAAGTGTGAACGTCGCTGCAAAATCCAAAAAAAGAACCGCAACA AGTGCCAATACTGCCGCTTCCAGAAGTGCCTGTCAGTGGGAATGTCCCACAATGCCATCCGGTTTGGTCGGATGCCCCAG TCAGAGAAGCTCAAACTAAAGGCGGAGATGGTGACGGTGGACAAAGAGGTGGAAAACCCCCAGCTAGCTGACCAGAAGAC CCTGGCCAAGCACATTTATGAGGCTTACCTGAAGAACTTCAACATGAACAAGGCCAAGGCTCGATCCATTCTCATGGGCA AGACCAACACTGCTCCTTTTGTCATTCACGACATGGAGACCCTCCAGCTGGCAGAGCAGACACTGGTGGCCAAGATGGTC GGCTCCGTGGGAGCGATGAAGGACAAGGAGGTGGAGGTTCGGATTTTCCACTGCTGCCAGTGCACGTCGGTGGAAACCGT CACGGAGCTCACAGAGTTTGCAAAGTCCGTCCCCGGGTTCTCGAGCTTGGACCTCAACGATCAGGTGACTCTTTTGAAAT ACGGAGTGTACGAAGCCATTTTCGCCATGCTCGCCTCCAGTATGAACAAGGACGGGCTTCTTGTAGCGTACGGCTCAGGC TTCATCACCCGGGAATTCCTCAAGAGCCTGCGTCGACCGTTCAGCGACATGATGGAGCCAAAGTTCCAGTTTGCCATGAA GTTTAATGCGCTGGAGTTGGACGACAGTGATCTGGCTCTCTTTGTGGCTGCCATCATCTGCTGTGGCGACCGGCCAGGCC TGGTGAATGTGGCACACATCGAGGTGATGCAGGAGAGCATCGTCCAGGTCCTGCAGCTCCATCTGCTGGCCAATCACCCC GATGACACTTTCCTCTTCCCCAAGCTGCTGCAGAAACTAGCTGACCTGAGGCAGTTAGTCACTGAGCACGCACAGCTTGT GCAGGAGATCAAAAAGACAGAGGACACCTCACTGCATCCGCTCCTGCAGGAGATCTACAGAGACATGTACTGAAGACTTT GGAGGTATAACCACAGTAGGAAAACAAGAAACCATCTCCTTCTGAGCGGGGACTTGAAAAGAAGAGGAGACGTCCACATA CTGGGTTTGAACCACTTAACCTCTGACCCTAAAGGGTTAGCTTTGGTGTCTGTCCAGTGTAAGGGAACCTAAAGGTGAAG AAAAAGGAGGCTGATGATTCATTTGATTTGACAAAGTGCTTTCCACTTCATTGTGTGTGAACCTTATCAGGCAGAAGAAT CATGTATGCTAAGATACTTTGTACAGCTGATTGAGCCCCTGTCCAGACACCACTGAATGCAATCTCTGACCAAACTCTAA ATGTTCTTTTTTCCATATTTTTTTTAAAACGTCTGTAAGGTCGCCTCCTTGGTGAAACCCTGAGGTAACCCTAATTTGAA GAACAAAAGTGAACTTTATAATTGCCACTCCAGCCGGATGTTTTACAGCAACGAGCCATATGCCCGAATAACTTAATAAC AGCAGCAATTATGCAGTTTAAATCAAGGCAGCTTCTCCTCAATTGGCTACCAAAATGTGGCCGGTTGAGGAGCCAGTGGT TATGAGCACACCAGCCCGCCACCGTGATTCTCAAGCTTTTCTGTGGAGTCACGTCCTGAACATAACCATTTTATCTGTAC GTCATGTCCCCGAAGTCATACTTCTTAATGACACAGTAGAAATTGCCATCATCATTATTATTATTTTCTTTTATTTTAAT ATTCTTAACAAGAAATACGACTTAGTGCTTAAGTTGTCCACAAACTGTACTGGGAATGCTATTTTTTTTTTTTTTAAATT AGGTAGCAGTGCCCAAAGTTCAGACTCACTGTGTACATGCACCACAATGCACTGAAGCACAAGCATGCCTGTGATATGTT AATGTGACACTTTTCTAATGGAGGTTTCAAAGGACAAAAAAGACATACACAGGTGTTTAGCACTCCCTCCTGATGTGTGT TCTGGTATTAAAGGGCTAACACTGTTATTAACCACAATACAACTCTGACACGGGCGACACATGAATTCACTCAGCGAATC TCTCTCTCTGTTATTGTGTTTAACTGTCTGTTTGGTCCTCATAACACACGTGTTAGTTAAGATTTAACAATCTTATGTGC ACATTTTTCCCTGATGAAAATGTAATTGTTTTTATTTTTCCCAGCTAAGAGAAAACCACAGTGATGAGGCCTCATTGGTG AAACATCTAGTTTGTTAGTTGAAAGGTTGTCACACTTTCATTTGTTTAGTTTTCTCTGTGAAATCACTTGGCCAGTTATA GAAGACAGTCAATCTGGACGTATGCAGGTAAAAGAAAAATGAGTCTGTAGCCCTTTTCCTACTCAGTTATTCTCTGGCTT TGGTGTTTTTTGCTATCTAACAAAATAGGCACATTTCCATGTGAAAGTGCCGCTCCTGCATTTTGTTGTCACACTGCCTT TAATATAAAATACATACGGTGGACATCAGAGGACCTATGTTAAGGGAATGCTGAAAACATGCATAGTTTTCTGATAGTTC GGATCATACACATCTGACTCTCTGTGAGAGGGCGCTACTCCTTTTCTGCCTCATCACTCACACTGTCCTGAAATGATCAT TGAATTCAGAGAAATGTTCCTTATGTTTGTAACACATCGCAACATCAGAGCAGGCTTTACATAACTGAAGCTTTCACACT GACTGCTCACCCCAGCTTTTAACTCTCGTGGTAAACAAGGTACTAATGATGATTGACTTTTGTATTCGTAAGTTGGGTGA ATACTTTCAGATGTTTGAACATTTACAGTAAATGTAGTTATGTACTGTTTTTTTTGTTTTTTTGTTTTTTTTTGGTCTAA ATGCGTCATGCTTGTCTTTGAATCGAATCGTATTTTTATACTGAAGTATGACTAATATATATATATATATATATATATAT ATA
>XM_004560807.3 Maylandia zebra peroxisome ppar-alpha-2 ATTGGTTGAAACCATAGGTGTGTCAGGAGGTGTGTGCGCCATGTTGCGGTCCCTCTCTACGTTATTTCCTGCTGAGGATG ACGTTTTTGACGGCAGGGAGGGAGGCAGCAGAGCCGATCAGCAGGCGCATCCGTGAGCGTCCCAGGCCCGAAGCAGCTCT CTCCTCCTCCTCCTCTGATAAAGCACAGGCGTCCATTCCGGCAGCGAGAGCTTGAAATGCTCCGGATAGCAGACTCCGAG CTGAGTCTGGTGAGTGAGGGTTTGAATCCCTGATCTCTACCATGGCAGGGGATCACTACAGCCCCCCATCCCCACTGGGG GATTCCCTCCTGGGAAGTCCACTATGTGGAGACCTGATGGAGGATCTTCGTGATATCTCCCAGTCTATAGGAGATGATGC TCTGGGGTTTGATTTTCCAGAGTACCAGAGCACTGGTTCGGGGTCCAACAGCTCTGTCGCACTGGAGACCTTGACCCCAG CCTCGAGTCCATCATCAGGAGTGTGCGGAGCAGCGGCTGGCCAAGATGAGAGCGGCAGCACCCTCAACCTCGAGTGCCGG GTGTGCTCTGACAAAGCTTCGGGCTTCCACTACGGGGTGCACGCATGCGAAGGCTGCAAGGGTTTCTTTAGGAGGACCAT CAGGCTGAAGCTGGAGTATGATAAGTGTGAGCGGAACTGCAAAATCCAAAAGAAGAACCGAAACAAGTGCCAGTACTGCA GATTCCACAAGTGCCTCTCTGTGGGCATGTCCCACAACGCCATCCGGTTTGGTCGTATGCCCCAGGCAGAAAAACTGAAG CTGAAGGAGGAAAGCAAGATGGTTGAGAAAGATGTGGAAAGTCCCTTAATGTCTGACCACAAGTTTCTGGTCAGGCAGAT CCATGATGCCTACATGAAGAACTTCAACATGAACAAGGCAAAAGCACGGCTCATACTCACTGGAAAAACTAGCAAGCCGC CTCTCATCATCCACGACATGGAGACGTTCCAGCTGGCGGAGAGAACGTTAGCGGTCCATATGACAAACAGCAACTATCCG GAGTCTGACAGCGTCCTCGGACAAGTGAGTCCGGCTGTGTCGTGCGGGGAGCTTCGGCAGAGGGAGGCCGAAGCCAGGCT CTTCCACTGCTGCCAGAGCACCTCAGTGGAGACTGTCACAGAGCTAACGGAATTTGCCAAGGCTATGCCGGGTTTCCAGA GTCTGGATTTGAATGATCAGGTGACTCTCTTGAAGTACGGTGTTTACGAAGCCCTCTTCACACTCTTGGCCTCGTGCATG AACAAGGACGGCCTCCTGGTGGCCCGTGGTGGAGGCTTTATCACCCGTGAGTTCCTCAAGAGTCTCCGCCGACCATTCAG TGACATGATGGAGCCCAAATTCCAGTTTGCCACACGCTTCAACTCTCTGGAGCTGGACGACAGCGACCTAGCTCTTTTTG TGGCTGCTATTATCTGCTGTGGAGATCGTCCAGGCCTGGTAGACGTACCTGTAGTAGAGCAGTTGCAGGAAAGCATTGTT CAGGCGCTGCGGCTCCACCTGCTGGCCAATCACCCAGATGACACCTTCCTTTTCCCCAGGCTGCTGCAGAAGTTGGCTGA CCTCCGGGAGCTGGTCACTGAGCATGCTCAGCTGGTGCAAGAAATCAAGACGACAGAGGATACTTCCCTGCACCCGCTGC TGCAAGAAATATACAGAGACATGTACTGAGTATATGAACTGAGAAATGCATATGAATGTACAGGAAGGAACAGCAATGCA GCTTCTGAGGCTGCTGCACAAACCGGAGCAAAACAAAAATCTTTTTTTAAGGAGGGGGGAGGCAGCTTTTGTTGGGAAAG TGACTGCTTCCACTTCATTAAGAGGTCGCACAGTGGAAAGGGAGCGTTTTTTTTTAACCATAGATGTGCAGAGGTATCAT TAAAGGGTTAATTTGGTTGACCAGCAGCACCAGAATGTCTTGGAGCTGAGTGCCTTGGATGCCAGCTTTTACACATGTGA AGAAAAGTGAATCTGAAGCAGGCTGTGCATATTATTTATGTACACATATCAAAAATATACCTGGGTATGACTGCTGACCT CATGTGTGCACTGAGGATAACTATGCCTGTGAACATAACAGATTAGGGCCCTCTGGATGTGGTTTATGTCATTTTCTTGT TCTGTTACTGCGTACTTGTGGCACGTTTGCTTTGACTACCTTGACAACTCGCAGAGAACTGATCAAGTGTCATCGTTACT TGCTGCACGAGTTCAGGTTTCTCCTGTTTTGGGCACAGCTTCTGCCTCCAACACATAACAGATAATTAGCCTTACTTCTC CCGCAGGCAATAATCTGTTATTTGATGTGTCATTTTTTTATTCATCCTCTGCCCTGCTGTTAAAAGCCAACACAGCGTGA TAGCTCACTTTTTTTTCCTTTTAATTCAGATTTTCAGTGTTACAGAGTACATGTTTATGTACAAATCCTGCCATTATGTA AAACTAAATCTCAAGGAGAAAAATGTGCTAACAGCCAGTACTTTATATTTCCAATACAAACAAAATAATCTGTTAATTAG CTTGTGTTGTGTTTTGGAAATATAACAAGACTGCCTTAACCTCGGTGTAAGGGACGTGTGTATTTGCAGGCCTCAAAAAG AGGAGCTGATCACCTTATTTTTCTGTACTTGGACTCTGAACCGCGATGTAGCATTGCGAAGTTGTTGTGGGTCATAATGA AACATTTTATCTTTTATATATATATGTGTAAACATGCTGTTGATGTTAAATGTGTTGTAGTCTGAAATAAACTAATCTAT TTAACATCA
|
||||||||||
Gene Expression
Gene Structure
Possible Primers
Phylogeny (Gene Tree)
Synteny
Genomic Map Locations
Citations
Gene Domains
Molecular Markers
Data input by E. Kaitetzidou
CLICK IMAGES
FOR LARGER SIZE