Aminophos in water testing: detection of highly toxic pesticides such as Aminophos in water and methamidophos in water

2025-08-23


food safety is a major issue related to the national economy and people's livelihood, and pesticide residues are a part of it that cannot be ignored. Among many pesticides, amidophos and methamidophos are highly toxic organophosphorus pesticides, which are essential for the detection of residues in agricultural products and foods because of their high toxicity and potential health risks.

amidophos is a broad-spectrum organophosphorus insecticide, which has contact, stomach toxicity and ovivicide effects, but it also has extremely high toxicity and is harmful to humans and animals. It can enter the human body through skin contact, respiratory inhalation and digestive tract intake, inhibit cholinesterase activity, cause nervous system dysfunction, cause dizziness, nausea, vomiting, breathing difficulties and other symptoms, and can be life-threatening in severe cases. Methamidophos is also a highly efficient and highly toxic organophosphorus pesticide. It has been widely used due to its significant insecticidal effect, but it is extremely toxic and has a long residual period in the environment, posing a serious threat to the ecological environment and human health. It has been banned or strictly restricted by many countries and regions. Despite this, due to profit-driven and other reasons, the illegal use or excessive use of these highly toxic pesticides still occurs from time to time. Therefore, the establishment of rapid, accurate and sensitive detection methods and the strengthening of the monitoring of highly toxic pesticide residues such as methamidophos and methamidophos are the key links to ensure food safety.

In order to effectively respond to the demand for the detection of highly toxic pesticide residues, Wuhan Yupinyan Bio focuses on the research and development and production of food safety rapid detection reagents, and provides reliable solutions for the detection of such highly toxic pesticides. The rapid detection reagents we provide are designed to meet the needs of grass-roots testing institutions and production enterprises for rapid screening of pesticide residues. These reagents are usually based on the principles of rapid detection such as immunological colloidal gold, which has the advantages of simple operation, fast and efficient, high sensitivity and relatively low cost. Operators do not need to go through complex professional training, can be tested on site, and the test results can be obtained in a short time, which greatly improves the detection efficiency, can detect potential safety hazards in a timely manner, and provides strong technical support for food safety supervision.

In practical applications, whether it is the planting base of agricultural products such as vegetables and fruits, or the raw material acceptance link of food processing enterprises, or the daily sampling inspection of market supervision departments, Wuhan Yupinyan Bio's highly toxic pesticide rapid detection reagents can play an important role. Through rapid screening, unqualified products can be intercepted in time before market circulation to prevent them from entering the hands of consumers, thus maximizing the protection of the public's dietary safety and health.

In short, the residue problem of highly toxic pesticides such as hydrosulfos and methamidophos is a major challenge in the field of food safety. Strengthening the monitoring and control of these highly toxic pesticides cannot be separated from advanced detection technology and reliable detection products. Wuhan Yupinyan Bio will continue to be committed to the innovation and development of food safety rapid detection technology, provide more high-quality and efficient detection reagents, and contribute to the protection of "safety on the tip of the tongue". Through continuous technological progress and product optimization, we look forward to working with all sectors of society to build a safer and more secure food environment.