Status new methods
CIPAC Methods, when proposed by a company or an organization get a first status (draft method) when they are discussed in a CIPAC Meeting. After having been accepted, they receive the status "provisional" in a following CIPAC Meeting, and finally they are accepted as full methods.
In addition, methods may be revised, especially in case of CIPAC MT's. Release of revised methods follow the same procedure by CIPAC.
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DAPF document: Summary of New & Revised CIPAC MT methods
The purpose of the doucment was created and is maintained by DAPF to provide an overview of actual and older/superseded versions of MT methods.
This document is published on the CIPAC website as CIPAC sees the benefit to support registration applicants, authorities and regulatory bodies as well as control labs on the status of the most recent methods and versions. CIPAC is encouraging the use of the actual methods & versions. However, the German DAPF has created it and is fully responsible for its content and any amendment.
Further information about the German DAPF you find here.
Download: Summary of new & revised MT methods by DAPF
Decisions of the 67th CIPAC meeting June 2023
The table "Decisions of the 67th CIPAC Meeting" presented below the methods which are either accepted as provisional or full methods. You can Download decisions here.
CIPAC no / Name | Description | Status | Published |
|---|---|---|---|
1023 14-Hydroxylated brassinosteroid | The reversed phase HPLC method (CIPAC/5311) for the determination of 14-hydroxylated brassinosterioid in TK an SL formulations was accepted as full CIPAC method after additional justification for the Horrat >1 and for the eliminations. | Full | |
687 Difenoconazole | The capillary gas chromatographic method with split injection, using 1,3,5-triphenylbenzene as internal standard (CIPAC/5324), for the determination of difenoconazole in TC, EC and WG formulations was accepted as full CIPAC method considering the data sets using hydrogen or helium as eluent gas with the need for a stricter description of the method. | Full | |
373 Ethephon | The ion-chromatographic method (CIPAC/5315) for the determination of ethephon in TC, TK and SL formulations was accepted as full CIPAC method, without the need to eliminate outliers in the case of TC samples. | Full | |
578 Flumioxazin | The extension of the reversed phase HPLC method 578 (CIPAC/5330) | Ful | |
1024 | The reversed phase HPLC method (CIPAC/5313) for the determination of matrine in TK and SL formulations was accepted as full CIPAC method. | Full | |
414 Methoprene | The extension of the reversed phase HPLC method 414 (CIPAC/5305) to the determination of methoprene in GR, GR-SB and CS formulations was accepted as full CIPAC method. | Full | |
239 Pirimiphos-methyl | The extension of the gas chromatographic method 239 (CIPAC/5301) to the determination of pirimiphos-methyl in LN formulations was accepted as full CIPAC method. | Full | |
183 Trifuralin | The reversed phase HPLC method (CIPAC/5303) for the determination of trifluralin in TC and EC formulations was accepted as full CIPAC method. | Full | |
333 + 570 Deltamethrin + chlorfenapyr | The normal phase HPLC method (CIPAC/5297) for the determination of deltamethrin in TC, chlorfenapyr in TC and deltamethrin + chlorfenapyr in LN formulations was accepted as full CIPAC method with the need to modify the description of the method considering the column and specifying the resolution. | Full | |
MT 178.3 Attirion resistance | The revision of methods MT 178 and MT 178.2 (CIPAC/5321) to combine into a single method for granular products and to include loosely packed tablets was accepted as full CIPAC method with the editorial changes and with the remark that MT 178.3 supersedes MT 178 and MT 178.2. | Full | |
MT 201 | The method for determination of the discharge rate of trigger dispensers (CIPAC/5152) was accepted as full CIPAC method with the need for further clarifications from DAPF considering packaging types. | Full | |
MT 202 | The method for determination of the discharge rate of aerosol dispenser (CIPAC/5153) was accepted as full CIPAC method. | Full | |
MT 160.1 Spontaneity of dispersion of suspension concentrates | The revision of methods MT 160 (CIPAC/5323) to determine the spontaneity of dispersion of liquid formulations forming suspensions on dilution with water was accepted as full CIPAC method with the remark that MT 160.1 supersedes MT 160. | Full | |
XXX | The normal phase HPLC method (CIPAC/5359) for the determinations of S-methoprene in technical materials was accepted as provisional CIPAC method if after the elemination of the results of laboratory 9 the recalculated results wil be within the relevant. | Provisional | No |
400 | The capillary gas chromatographic method with FID, using internal standard chromatography with flame ionization detection, using dipentyl phthalate as internal standard (CIPAC/5335), for the determination of metolachlor in TC, EC and EW formulations was accepted as provisional CIPAC method with the remark that the new method supersedes the current method. | Provisional | No |
XXX | The reversed phase HPLC method (CIPAC/5349) for the determination of isocycloseram in TC and WP formulations was accepted as provisional CIPAC method with the remark that an identity test should be available. | Provisional | No |
33 | The extension of the gas chromatographic method CIPAC 33/LN/(M)/3 (CIPAC/5343) to the determination of PBO in coated insecticidal nets in the presence of deltamethrin was accepted as provisional CIPAC method. | Provisional | No |
MT 185.1 | The revision of methods MT 182 and MT 185 (CIPAC/5353) to combine into a single method for wet sieve test was accepted as provisional CIPAC method under the prerequisite that it supersedes both MT 182 and MT 185. | Provisional | No |