HYBRID APPROACH TO ASSESSING THE UNCERTAINTY OF MEASURING INDICATORS OF BIOLOGICAL SAFETY OF AGRICULTURAL RAW MATERIALS
Authors: Zhukov B. , Мakarynska A. , Strahova T. , Koshovenko О. 
Published: February 2025

The article analyzes the current state of the concept of the safety of agricultural products and products, the legacy of harmonization of national and international standards, and a different approach to the assessment evaluation of the results of laboratory analysis of the virus. Using various evaluation methods, 147 consecutive routine vimirs of the concentration of the genetically modified soybean line MON 40-3-2 were analyzed in CPM and were identified instead of genetically modified organisms for additional polymerases new Lanzug reaction in real time (RTR-RF) and a hybrid approach to assess the insignificance of the results of vitilization of biological displays of safety. A model hybrid approach was tested for assessing the non-significance of vibrancy according to type A, in addition to assessing the standard non-significance of precision, based on the results of a retrospective analysis of routine vibrating of certified reference material in the minds internal laboratory results of the combination with standard non-hijacking results based on the results of inter-laboratory comparison with the participation of an accredited provider. The results of the selection of several “classical” and hybrid approaches to the assessment of the insignificance of the extinction, with the help of the vakhuvannya were able to vikorize the expanded insignificance of the decision to ensure the safety of the grub. and the feed of the farmer's milk. It has been established that most current approaches, which are supported by international regulatory documents, are oriented towards more stable systems, for example, in calibrated or chemical analysis, which may have low transferability not a lot, which completely pours into the capacity of the covered interval. When approaching the evaluation of the results, it focuses on the indicator of the arithmetic mean of the sample, rotates the narrow interval and is unable to detect theft in sufficient numbers. The method is also important in relation to sampling and the presence of differences among the results of the experiment. The indicator of the arithmetic mean is not always the optimal measure of the central tendency in the minds of methods for analyzing biological indicators. A thorough selection of the results of calibration of certified reference material allows for a balanced assessment of insignificance, the introduction of components of precision and spoilage. However, this approach can never be replaced by the procedure of sample preparation, which often includes stages such as homogenization, vitilization and extraction of the analyte, evenly dividing the object Iryuvannya and other influx factors. An approach that relies on the results of interlaboratory evaluations with the participation of an accredited provider provides a significant evidence base, but also ensures the final balance of all laboratories that took part in the evaluation. This shapes the distance between the intervals taken and the aspects of the implementation of the analytical procedure in the brains of the singing laboratory, and the intervals taken may significantly exceed the practical insignificance of this particular laboratory. Variations between intervals taken from different approaches are used to determine the amount of injection required to ensure the safety of the product, and the insignificance may be variable. It's about time. Regardless of the direct availability of information about non-significance, which is already established for the testing method during the investigation, there is a need for periodic re-evaluation. ї interval. The need has been established to develop a model approach before assessing the insignificance of extinction, in order to be able to identify a larger number of influents of insignificance that can flow into the result of the analysis of biological indicators and safety.