世界常用800种农药兽药残留现代检测（英文版）

Pesticides and related chemicals are licensed for controlling weeds, pests, and　moulds in crops with the understanding that they will be used according to Good　Agricultural Practice (GAP) guidelines. Similarly, veterinary drugs are authorised for　use in food animal production with the understanding that they will be used according to　Good Veterinary Practice (GVP) guidelines. But, even under GAP and GVP, residues of　these chemicals have been found in foods of plant and animal origin and the question　that is being asked very frequently these days is how safe is the food we eat? To protect　consumer health and assure consumers that food products of plant and animal origin
whether domestically produced or imported are safe, National Authorities are required　to establish a regulatory programme that effectively controls the use of pesticides and　veterinary drugs in foods.
In the People's Republic of China, the establishment and implementation of this regulatory programme is by domestic legislation that sometimes takes into consideration requirements of importing countries. The enforcement of the plan is by administrative orders. The Ministry of Agriculture (MOA) is responsible for the surveillance of residues in animals and food. General Administration of Quality Supervision, Inspection and Quarantine the People's Republic of China (AQSIQ) is responsible for the surveillance of residues in imported and exported foods. AQSIQ is responsible for controlling and measuring residues in animal products imported and exported, setting up performance criteria for test methods and standard methods for residues and toxic substances on imported and exported products, designing a residue surveillance programme for import and export of animals and food products, and conducting point-of-entry inspection and testing of food products arriving in China. AQSIQ and MOA have set up analytical laboratories that are well equipped with modem and sophisticated analytical instruments to provide scientific/analytical and technical
support for the enforcement of China's Regulatory statutes. SAIQ and MOA laboratories must also use validated analytical methods and meet requirements for accreditation to an international standard such as ISO/IEC- 17025: 2005.

Pesticides and related chemicals are licensed for controlling weeds, pests, and　moulds in crops with the understanding that they will be used according to Good　Agricultural Practice (GAP) guidelines. Similarly, veterinary drugs are authorised for　use in food animal production with the understanding that they will be used according to　Good Veterinary Practice (GVP) guidelines. But, even under GAP and GVP, residues of　these chemicals have been found in foods of plant and animal origin and the question　that is being asked very frequently these days is how safe is the food we eat? To protect　consumer health and assure consumers that food products of plant and animal origin
whether domestically produced or imported are safe, National Authorities are required　to establish a regulatory programme that effectively controls the use of pesticides and　veterinary drugs in foods.
In the People's Republic of China, the establishment and implementation of this regulatory programme is by domestic legislation that sometimes takes into consideration requirements of importing countries. The enforcement of the plan is by administrative orders. The Ministry of Agriculture (MOA) is responsible for the surveillance of residues in animals and food. General Administration of Quality Supervision, Inspection and Quarantine the People's Republic of China (AQSIQ) is responsible for the surveillance of residues in imported and exported foods. AQSIQ is responsible for controlling and measuring residues in animal products imported and exported, setting up performance criteria for test methods and standard methods for residues and toxic substances on imported and exported products, designing a residue surveillance programme for import and export of animals and food products, and conducting point-of-entry inspection and testing of food products arriving in China. AQSIQ and MOA have set up analytical laboratories that are well equipped with modem and sophisticated analytical instruments to provide scientific/analytical and technical
support for the enforcement of China's Regulatory statutes. SAIQ and MOA laboratories must also use validated analytical methods and meet requirements for accreditation to an international standard such as ISO/IEC- 17025: 2005.

Chapter 1 Official Methods of the P. R. C. for the Determination of 650 Pesticides and Related Chemical Residues in Foods of Plant and Animal Origin
Introduction
1.1 Insecticides
　　1.1.1 Organophosphate insecticides
　　1.1.2 Carbamate insecticides
　　1.1.3 Organochlorine insecticides
　　1.1.4 Pyrethroid insecticides
1.2 Herbicides
　　1.2.1 Phenolic herbicides
　　1.2.2 Phenoxy acid herbicides
　　1.2.3 Benzoic acid herbicides
　　1.2.4 Diphenyl ether herbicides
　　1.2.5 Dinitroaniline herbicides
　　1.2.6 Amide herbicides
　　1.2.7 Carbamate herbicides
　　1.2.8 Thiocarbamate herbicides
　　1.2.9 Urea herbicides
　　1.2.10 Sulfonylurea herbicides
　　1.2.11 S-Triazine herbicides
　　1.2.12 Quaternary ammoniums herbicides
　　1.2.13 Organophosphate herbicides
　　1.2.14 Other herbicides
1.3 Bactericides
　　1.3.1 Triazole bactericides
　　1.3.2 Amide bactericides
　　1.3.3 Pyridinamine bactericides
　　1.3.4 Strobin bactericides
　　1.3.5 Oxazole bactericides
　　1.3.6 Pyrrole bactericides
　　1.3.7 Amino acid bactericides
　　1.3.8 Derivatives ofcinnamic acid
　　1.3.9 Others
1.4 Pesticides banned in the world
　　1.4.1 Pesticides banned in China
　　1.4.2 Pesticides banned in Japan
　　1.4.3 Pesticides banned in the EU
1.5 Determination of 497 pesticides and related chemical residues in honey, fruit juice and wine by gas chromatography-mass spectrometry
1.5.1 Scope
1.5.2 Principle
1.5.3 Apparatus and reagents
1.5.4 Sample pretreatment
1.5.5 Determination
1.5.6 Calculation of results
1.5.7 Precision
1.5.8 References
Researchers
1.6 Determination of 500 pesticides and related chemical residues in fi'uits and　　
　　vegetables by gas chromatography-mass spectrometry
1.6.1 Scope
1.6.2 Principle
1.6.3 Apparatus and reagents
1.6.4 Sample pretreatment
1.6.5 Determinatio
1.6.6 Calculation of results
1.6.7 Precision
1.6.8 References
Researchers
1.7 Determination of 475 pesticides and related chemical residues in grain by gas chromatography-mass spectrometry
1.7.1 Scope
1.7.2 Principle
1.7.3 Apparatus and reagents
1.7.4 Sample pretreatment
1.7.5 Determination
1.7.6 Calculation of results
1.7.7 Precision
1.7.8 References
Researchers
1.8 Determination of 478 pesticides and related chemical residues in animal
　　 muscles by gas chromatography-mass spectrometry
1.8.1 Scope
1.8.2 Principle
1.8.3 Apparatus and reagents
1.8.4 Sample pretreatment
1.8.5 Determination
1.8.6 Calculation of results
1.8.7 Precision
1.8.8 References
Researchers
1.9 Determination of 405 pesticides and related chemical residues in fi'uits and
　　vegetables by liquid chromatography-tandem mass spectrometry 1
1.9.1 Scope
……
Chapter 2 Official Methods of the P.R.C for the Determinatin of 107 Veterinary Drugs in Foods of Animal Origin
Chapter 3 Official Methods of the P.R.C.for the Determinatin of 53 Veterinary Drugs in Bee Products
Subject Index