The insulin-like androgenic gland hormone in crustaceans: From a single gene silencing to a wide array of sexual manipulation-based biotechnologies

Keyphrases

• Biotechnology 100%
• Gene Silencing 100%
• Crustacean 100%
• Insulin-like 100%
• Sexual Manipulation 100%
• Androgenic Hormones 100%
• Sustainable Solutions 60%
• Crustacean Species 60%
• All-male 40%
• Monosex 40%
• Detrimental Effects 20%
• Risk Reduction 20%
• Ecological Benefits 20%
• Environmental Issues 20%
• Aquaculture 20%
• Growth Pattern 20%
• Wild Population 20%
• All-female 20%
• Female-to-male 20%
• Androgenic Gland 20%
• Decapod Crustaceans 20%
• Technological Abilities 20%
• Aquacultural 20%
• Prawn 20%
• Riverbank 20%
• Fish Aquaculture 20%
• Non-breeding 20%
• Invasive Crustaceans 20%
• Structural Damage 20%
• Overharvesting 20%
• Cultured Species 20%
• Aggressive Competition 20%
• Native Species 20%
• Biotechnological Approaches 20%
• Aquaculture Facilities 20%
• Neofemale 20%
• Commercially Important 20%
• Sexually Dimorphic Growth 20%
• Environmental Needs 20%
• Biocontrol 20%
• Management Techniques 20%
• Insect Pest Species 20%

Agricultural and Biological Sciences

• Gene Inactivation 100%
• Aquaculture 100%
• Biotechnology 100%
• Insulin 100%
• Insect Pests 33%
• Decapods 33%
• Crustacea 33%

Biochemistry, Genetics and Molecular Biology

• Gene Inactivation 100%
• Insulin 100%
• Crustacea 50%
• Decapoda (Crustacea) 50%
• Native Species 50%
• Peptide 50%