Potential benefits of male diploidy and female triploidy for parasitoid wasps used as biological control agents: A case study in Nasonia

Keyphrases

• Nasonia 100%
• Parasitoid Wasp 100%
• Biological Control Agent 100%
• Potential Gains 100%
• Polyploid 100%
• Triploidy 100%
• Diploidy 100%
• Polyploidy 83%
• Diploid Males 83%
• Complementary Sex Determination 66%
• Triploid Females 50%
• Parasitoid 33%
• Biological Control 33%
• Outbred 33%
• Knockdown 33%
• Biological Agents 33%
• Transformer 33%
• Biological Function 16%
• Beneficial Effects 16%
• Inbreeding 16%
• Fecundity 16%
• Head Circumference 16%
• Sex-specific 16%
• Body Size 16%
• Female-to-male 16%
• Extinction Risk 16%
• Nasonia Vitripennis 16%
• Related Traits 16%
• Male Production 16%
• Blowfly 16%
• Sperm Depletion 16%
• Male Fitness 16%
• Direct Use 16%
• Production Risk 16%
• Male Fecundity 16%

Biochemistry, Genetics and Molecular Biology

• Diploidy 100%
• Polyploid 100%
• Triploidy 100%
• Parasitoid 100%
• Fertility 18%
• Lifespan 9%
• Drive 9%
• Biological Functions 9%
• Inbreeding 9%
• Allele 9%
• Body Size 9%
• Mating 9%
• Calliphoridae 9%
• Species Identification 9%

Agricultural and Biological Sciences

• Polyploidy 100%
• Diploidy 100%