EntoLab was originally designed as a high-throughput system for phenotyping plant resistance against chewing or sucking insects through video tracking of insect behavior. Hundreds of plant genotypes can be compared in a few days using assay plates with up to 300 individual arenas.
Plant breeding focuses on developing crops with enhanced resistance against insects. By studying surface structure preferences, researchers can identify traits that deter insect pests. Additionally, treatment effects on plant-insect interactions are analyzed, aiding in the selection of more resilient crop varieties. Behavioral phenotyping of beneficial insects is crucial for understanding their habitat tolerance to varying conditions such as heat, cold, humidity, and drought. Memory retention studies help evaluate their effectiveness in ecological roles, while quality control ensures the reliability of mass-reared insects for biological control programs. Insecticide testing examines tolerance development within insect populations, including feeding preference and anti-feeding responses. Researchers assess various modes of action, such as stomach toxicity, contact toxicity, and the effectiveness of fumigants and repellents. EntoLab allows you to test the olfaction of insects through methods like headspace testing. This allows you to test either the attraction or repellence to certain compounds. Associative learning allows you to understand how insects form connections with these sensory experiences. Interested in EntoLab? Want to learn more about how EntoLab can support your insect behavior research? Contact us for a demo or pricing information. We will get back to you within one business day. We'll get back to you shortly. Please correct the following errors:What can I use EntoLab for?
Applications of EntoLab
Plant breeding
Beneficial insects
Insecticide testing
Behavioral ecology
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