Phenotypic engineering of spermproductionrate confirms evolutionarypredictions of sperm competition theory

Earth & Environmental Sciences

• sperm competition 100%
• sperm 63%
• engineering 34%
• copulation 26%
• paternity 25%
• mating behavior 18%
• RNA 16%
• dose 11%
• flatworm 8%
• evolutionary theory 7%
• expenditure 5%
• rate 5%
• allocation 4%
• experimental study 4%
• gene 4%
• document 4%
• animal 3%
• prediction 2%
• test 2%
• parameter 1%
• effect 1%

Agriculture & Biology

• sperm competition 66%
• engineering 48%
• spermatozoa 39%
• paternity 17%
• copulation 16%
• RNA interference 16%
• mating behavior 10%
• dosage 8%
• Platyhelminthes 6%
• reproductive traits 6%
• spermatogenesis 5%
• prediction 3%
• animals 2%
• testing 2%
• genes 1%

Medicine & Life Sciences

• Spermatozoa 49%
• Copulation 18%
• RNA Interference 11%
• Social Adjustment 7%
• Platyhelminths 6%
• Spermatogenesis 4%
• Health Expenditures 4%
• Animals 2%
• Genes 1%