Paraoxon-methyl

Ensure Accurate Residue Analysis with High-Purity Paraoxon-methyl Reference Materials

Paraoxon-methyl, a highly toxic organophosphate pesticide, demands precise and reliable residue analysis to meet stringent regulatory standards. HPC Standards GmbH offers high-purity reference materials for Paraoxon-methyl, tested to international quality requirements. Essential for laboratories in food and environmental analysis, our products ensure compliance with regulatory limits, safeguarding public health and the environment. Trust HPC Standards for your analytical needs and achieve unparalleled accuracy in your residue analysis.

Product	Catalog No./ CAS No.	Quantity	Price
Paraoxon-methyl solution Concentration: 100 µg/ml Solvent: Acetonitrile	675244 950-35-6	1X5ML	Please log in.
Paraoxon-methyl	678465 950-35-6	1X100MG	Please log in.
Paraoxon-methyl solution Concentration: 100 µg/ml Solvent: Acetone	684646 950-35-6	1X5ML	Please log in.

High-purity reference materials for accurate residue analysis

Overview

Paraoxon-methyl is an organophosphate compound used as a pesticide. It is a metabolite of methyl parathion and is known for its high toxicity. Laboratories require high-purity reference materials to ensure precise and reliable residue analysis of Paraoxon-methyl in various matrices.

Uses

Paraoxon-methyl is primarily used in agricultural settings to control pests. It functions as an acetylcholinesterase inhibitor, disrupting the nervous systems of insects.

Due to its high toxicity, its use is strictly regulated, and it is often monitored in food and environmental samples to ensure safety and compliance with regulatory standards.

Regulatory

Paraoxon-methyl is subject to stringent regulatory controls due to its potential health risks. Regulatory agencies such as the EPA and EFSA have established maximum residue limits (MRLs) for Paraoxon-methyl in food products to protect consumer health.

Compliance with these regulations requires accurate residue analysis, which is facilitated by the use of high-purity reference materials.

Monitoring

Regular monitoring of Paraoxon-methyl residues in food and environmental samples is essential to ensure compliance with regulatory limits. Analytical laboratories rely on high-purity reference materials to calibrate their instruments and validate their methods.

Our reference materials for Paraoxon-methyl are tested according to international quality requirements and meet the highest industrial standards, ensuring accurate and reliable results.

Health Impact

Exposure to Paraoxon-methyl can have significant health impacts due to its high toxicity. It inhibits acetylcholinesterase, leading to the accumulation of acetylcholine in the nervous system, which can cause symptoms such as muscle twitching, respiratory distress, and even death in severe cases.

Proper residue analysis is crucial to prevent exposure and protect public health.

Environmental Impact

Paraoxon-methyl can have detrimental effects on the environment, particularly on non-target organisms such as beneficial insects, birds, and aquatic life. Its persistence in the environment necessitates careful monitoring and management.

Using high-purity reference materials ensures accurate detection and quantification of Paraoxon-methyl residues in environmental samples, aiding in the assessment and mitigation of its environmental impact.

Safety Measure

Handling Paraoxon-methyl requires strict safety measures due to its high toxicity. Personal protective equipment (PPE) such as gloves, masks, and protective clothing should be worn to minimize exposure.

Laboratories must follow established safety protocols and use high-purity reference materials to ensure the accuracy and reliability of their residue analysis.

Analytical Standards

Our high-purity reference materials for Paraoxon-methyl are essential for laboratories conducting residue analysis. These materials are tested according to international quality requirements and meet the highest industrial standards.

Using our reference materials ensures accurate calibration of analytical instruments, validation of methods, and reliable results, supporting compliance with regulatory limits and protecting public health and the environment.