Every honeybee counts when it comes to protecting our pollinators! 🐝✨ Our Honeybee Larvae Risk Assessment service helps agrochemical companies to assess the potential risks when honeybees are exposed to pesticides, thus helping to understand impact on colony health and productivity in pollinating crops. Safeguarding these vital insects whether they are exposed to pesticides once or have been repeatedly exposed to it, will aid in healthier crops and a more sustainable future for farming. 🌍🌾 Contact us for comprehensive testing service under OECD TG 237 and OECD GD 239 guidelines.

🤔There are several benefits in determining the potential risks caused by agrochemicals on the pollinators such as honeybees. 👉Indicators of the agrochemical’s toxicity on the beneficial insects like the LC50 (median Lethal Concentration), the LDD50 (median Lethal Dietary Dose); NOEC (No Observed Effect Concentration) and NOEDD (No Observed Effect Dietary Dose) can be determined after 10 days of chemical exposure of test chemical to Honeybee. 🙌This helps agrochemical researchers and product developers create safer solutions for bees and crops alike. 🌿🌼 Major benefits of determining honeybee risk assessment are: ⬇️📉Reduce risk: The LC50, LDD50, NOEC, and NOEDD provide insight into potential risks to bees, thereby aids in modifying formulations ✅Regulatory Compliance: These values are necessary to meet regulatory requirements. 🛟Product Safety and Effectiveness: By determining safe exposure levels (NOEC, NOEDD), developers can create products that are both effective against pests and safe for honeybees. 💸Prevention of Economic Losses: By assessing the risks early, companies can avoid costly failures like agrochemical-induced harm to honeybee population. ✏️ Contact us to learn more!