From: Ensemble-based classification approach for micro-RNA mining applied on diverse metagenomic sequences
Sequence | Number of | Most trusted homologues | Species |
---|---|---|---|
 | homologous |  |  |
Marine sequence 1 | 56 | gma-MIR393f and oan-miR-1353 | Glycine max and Ornithorhynchus anatinus |
Marine sequence 9 | 28 | osa-miR5072 and age- miR-513c-1 | Oryza sativa and Ateles geoffroyi |
Mine drainage sequence 1 | 45 | ppt- miR1215 and pdi- miR7720 | Physcomitrella patens and Brachypodium distachyon |
Mine drainage sequence 18 | 49 | pma-miR-138b and osa- miR1851 | Petromyzon marinus and Oryza sativa |
Mine drainage sequence 29 | 12 | hco- miR-5983 and sme-miR-2167 | Haemonchus contortus and Schmidtea mediterranea |
Mine drainage sequence 35 | 29 | ppt- miR537d and hma- miR-3005 | Physcomitrella patens and Hydra magnipapillata |
Mine drainage sequence 41 | 34 | gga- miR-6611 and mtr-miR5037a | Gallus gallus and Medicago truncatula |
Mine drainage sequence 53 | 27 | aly- miR3444 and hsa-miR-4440 | Arabidopsis lyrata and Homo sapiens |
Mine drainage sequence 67 | 71 | lja-miR7526f and cte- miR-96 | Lotus japonicus and Capitella teleta |
Mine drainage sequence 72 | 26 | cel-miR-90 and dps-miR-2543a-1 | Caenorhabditis elegans and Drosophila pseudoobscura |
Mine drainage sequence 88 | 62 | hsa- miR-3167 and bdi- miR7711 | Homo sapiens and Brachypodium distachyon |
Groundwater sequence 1 | 12 | ssc-miR-486-2 and hsa- miR-661 | Sus scrofa and Homo sapiens |
Groundwater sequence 10 | 14 | csi-miR3950 and cel-miR-87 | Citrus sinensis and Caenorhabditis elegans |
Groundwater sequence 16 | 98 | mmu-miR-8112 and tgu-miR-2981 | Mus musculus and Taeniopygia guttata |
Groundwater sequence 23 | 35 | rco-miR156h and hsa-miR-4483 | Ricinus communis and Homo sapiens |
Groundwater sequence 37 | 29 | osa-miR531 and ggo-miR-760 | Oryza sativa and Gorilla gorilla |
Groundwater sequence 50 | 54 | hsv1-miR-H17 and mmu-miR-5131 | Herpes Simplex Virus 1 and Mus musculus |