Fipronil  antibody/antigen (BSA/OVA/KLH conjugated hapten)

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anti-Fipronil  antibody and Carrier-coupled antigen/immunogen (hapten-carrier conjugates)

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Product information

Size： 1mg | 10mg | 100mg

Product Description

BSA-Fipronil 

OVA-Fipronil 

Anti-Fipronil  mouse monoclonal antibody

Anti-Fipronil  human monoclonal antibody

Reference

Validation Data

Click to get more Data / Case study about the product.

Biomarker Information

1. Fipronil and Its Role in Pesticides

Serial Number 1: Fipronil, a widely recognized small molecule classified within the phenylpyrazole chemical category, stands as a prominent player in the realm of insecticides and acaricides. Its reputation in this domain is attributed to its distinctive chemical structure and inherent properties. Fipronil's chemical composition features a phenyl ring, a pyrazole ring, and a trifluoromethyl group, collectively endowing it with the extraordinary capability to function as an exceedingly potent insect neurotoxin. These unique structural elements pave the way for its pivotal role in various pesticide formulations.

Serial Number 2: Fipronil's pivotal role in pesticides revolves around its profound influence on the central nervous systems of targeted pests. This neurotoxic mechanism is characterized by its ability to disrupt the normal functioning of the insect nervous system, leading to paralysis and, ultimately, the demise of the affected pests. Fipronil's mode of action is highly specific and effective, rendering it a valuable tool for controlling a wide spectrum of insect pests and mites.

Serial Number 3: The applications of Fipronil in agriculture are multifaceted and indispensable. In the context of modern agriculture, Fipronil serves as a critical line of defense against devastating pest infestations. It is routinely employed to protect vital crops such as corn, rice, and cotton from the potentially catastrophic consequences of pest attacks, which can result in substantial yield losses. Additionally, Fipronil-based pesticide formulations are widely deployed in managing household pests such as ants, roaches, and termites, contributing to the comfort and well-being of homeowners.

2. The Significance of Measuring Fipronil

Serial Number 1: The precise measurement of Fipronil concentrations assumes paramount significance for a variety of compelling reasons:

Serial Number 2a: Efficacy Assessment: Accurate measurements of Fipronil levels are foundational for the rigorous evaluation of the effectiveness of pesticide applications. These measurements enable agricultural professionals to ensure the precise application of dosages required to control pest populations effectively. By verifying the adequacy of Fipronil concentrations, practitioners can fine-tune their strategies to optimize pest control outcomes while minimizing unnecessary environmental impact.

Serial Number 2b: Environmental Monitoring: Given Fipronil's extensive use in agriculture, meticulous monitoring of its presence in soil and water samples is imperative. This monitoring serves a dual purpose—firstly, to assess the potential leaching of Fipronil into groundwater, which can have adverse environmental consequences, and secondly, to evaluate its impact on non-target species. Such considerations are essential in addressing environmental concerns and promoting sustainable agricultural practices.

Serial Number 2c: Residue Analysis: Fipronil residue analysis plays a pivotal role in ensuring food safety and compliance with regulatory standards. Rigorous scrutiny of Fipronil levels in crops and food products is indispensable to guarantee the safety of the food supply chain. By conducting regular analyses and enforcing acceptable limits, regulatory bodies can safeguard consumers from potential health risks associated with excessive Fipronil residues.

Serial Number 2d: Pest Resistance Management: Monitoring Fipronil levels provides invaluable insights into the development of resistance among pest populations. Resistance to pesticides is a natural adaptive response of pests and poses a significant challenge in pest management. By tracking Fipronil levels and identifying instances of resistance, agricultural professionals can devise and implement more effective and sustainable pest management strategies.

Serial Number 2e: Toxicological Studies: In the realm of toxicology and ecological risk assessments, Fipronil measurements occupy a pivotal role. These measurements are indispensable for evaluating the impact of Fipronil on non-target organisms and ecosystems. Understanding the extent and nature of Fipronil's influence on the broader environment is critical for minimizing unintended ecological consequences and promoting ecological sustainability.

Serial Number 2f: Regulatory Compliance: Regulatory agencies, both in agriculture and food safety, rely heavily on accurate measurements of Fipronil concentrations to enforce compliance with established safety standards and guidelines. These measurements serve as the foundation for regulatory decisions, ensuring that Fipronil use remains within acceptable limits to safeguard human health, the environment, and agricultural sustainability.

In summary, the precise measurement of Fipronil concentrations is a linchpin in the domains of agriculture, environmental protection, food safety, and pest management. Accurate measurements serve as a cornerstone for optimizing pesticide applications, assessing environmental risks, ensuring food safety, managing pest resistance, conducting toxicological studies, and upholding regulatory standards. In doing so, they contribute to the safety, sustainability, and efficacy of agricultural practices and pest control strategies.

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