Inverted meiosis and the evolution of sex by loss of complementation

Earth & Environmental Sciences

• mutant 91%
• fold 63%
• chromosome 59%
• loss 45%
• cost 44%
• asexual reproduction 42%
• sexual reproduction 40%
• heterozygosity 39%
• population genetics 33%
• effect 6%

Agriculture & Biology

• meiosis 82%
• gender 52%
• chromatids 22%
• mutants 16%
• chromosomes 12%
• asexual reproduction 11%
• genetic models 10%
• sexual reproduction 10%
• population genetics 8%
• heterozygosity 8%

Medicine & Life Sciences

• Meiosis 100%
• Chromatids 24%
• Reproduction 18%
• Costs and Cost Analysis 17%
• Asexual Reproduction 16%
• Chromosomes 15%
• Population Genetics 11%
• Loss of Heterozygosity 11%
• Genetic Models 10%