Oxidative detoxification of organomercury pesticides

A method of oxidative mineralization of the organomercury granozan pesticide commercial form under mild conditions was investigated. The product components of hazard class 1 were destructed to the low-toxic compounds in the electrolyte under the oxidants electrochemically formed in situ in sulphuric acid solutions of pesticide. Simultaneously, at the cathode, the mercury ions formed as a result of the pesticide organic component destruction process reduce up to more than 90%

Oxidative detoxification of organomercury pesticides

A method of oxidative mineralization of the organomercury granozan pesticide commercial form under mild conditions was investigated. The product components of hazard class 1 were destructed to the low-toxic compounds in the electrolyte under the oxidants electrochemically formed in situ in sulphuric acid solutions of pesticide. Simultaneously, at the cathode, the mercury ions formed as a result of the pesticide organic component destruction process reduce up to more than 90%

Applying SNP array technology to assess genetic diversity in Russian gene pool of chickens

Development of high throughput next generation technologies for genome-wide genotyping opens new prospects for characterizing various gene pool populations of chickens. Use of SNP array technology allows determining the extent of their genetic diversity, differentiation, and potential for further genomic selection. Solutions derived from the identification of SNP markers and genes relevant to economically important traits, their combinations and variations can be applied to selection and improvement of lines and crosses of commercial poultry. In addition, analysis of intra- and inter-population genetic diversity of gene pool breeds of chickens using modern genomic technologies seems important because these breeds may be carriers of unique phenotypic characteristics, such as adaptability to local conditions, resistance to certain diseases, and unique productive, decorative and other features. A specific aim in the context of the problems to be solved within the current project is genotyping of 40 chicken gene pool breeds and interbreed hybrids kept at the Russian Research Institute of Farm Animal Genetics and Breeding using Illumina Chicken 60K SNP iSelect BeadChip, followed by computation of a number of population genetic parameters (Wright’s FST-statistics, heterozygosity, inbreeding, between-breed differences, etc.). Subsequently, correlations will be identified between the calculated molecular genetic parameters, genotypes, and phenotypic characteristics of the breeds. Acknowledgements: the project is sponsored by the Russian Science Foundation grant, No. 16-16-04060

Amino acid formulas in patients with food allergy

The article presents modern approaches to the use of balanced formulas for nutrition and diet correction in children with various forms of food allergies. The guidelines are based on all available up to date evidence on the efficacy, safety and utility of using such innovative medical technology as specialized amino acid formulas. This formula is the targeted medical intervention for food allergies and confirmed cow's milk protein allergy, and particularly for patients with reduced physical growth and development (growth rates included). The material is based on methodological guidelines on the amino acid formulas usage previously developed by specialist experts of the Union of pediatricians of Russia in 2020

Amino Acid Formulas in Patients with Gastrointestinal Diseases

Modern approaches for the management of children with gastrointestinal pathologies include optimal nutritional support that makes it possible to replete energy failure and restore essential nutrients balance. The article presents key information on gastrointestinal diseases in which modern amino acid formulas can be used to regulate nutritional status. The authors have conducted the extensive analysis of all available for now evidence on the efficacy, safety and utility of using such innovative medical technology as special elemental formula in gastrointestinal tract pathological conditions. This material is the basis for guidlines on the use of amino acid formulas developed by expert specialists of the Union of Pediatricians of Russia in 2020

Применение аминокислотных смесей при пищевой аллергии

The article presents modern approaches to the use of balanced formulas for nutrition and diet correction in children with various forms of food allergies. The guidelines are based on all available up to date evidence on the efficacy, safety and utility of using such innovative medical technology as specialized amino acid formulas. This formula is the targeted medical intervention for food allergies and confirmed cow's milk protein allergy, and particularly for patients with reduced physical growth and development (growth rates included). The material is based on methodological guidelines on the amino acid formulas usage previously developed by specialist experts of the Union of pediatricians of Russia in 2020.В статье приводятся современные подходы к использованию сбалансированных детских смесей, которые предназначены для вскармливания и коррекции рациона детей, страдающих различными формами пищевой аллергии. Рекомендации разработаны на основании всех доступных на сегодняшний день доказательств эффективности, безопасности и полезности использования такой инновационной медицинской технологии, как специализированные аминокислотные смеси. Данная формула является таргетным медицинским вмешательством при пищевой аллергии и подтвержденной аллергии к белкам коровьего молока, особенно для пациентов со сниженными показателями физического развития, в том числе темпов роста. Материал основан на методическом руководстве по применению аминокислотных смесей, ранее разработанном экспертами-специалистами Союза педиатров России в 2020 г

Применение аминокислотных смесей при заболеваниях желудочно-кишечного тракта

Modern approaches for the management of children with gastrointestinal pathologies include optimal nutritional support that makes it possible to replete energy failure and restore essential nutrients balance. The article presents key information on gastrointestinal diseases in which modern amino acid formulas can be used to regulate nutritional status. The authors have conducted the extensive analysis of all available for now evidence on the efficacy, safety and utility of using such innovative medical technology as special elemental formula in gastrointestinal tract pathological conditions. This material is the basis for guidlines on the use of amino acid formulas developed by expert specialists of the Union of Pediatricians of Russia in 2020.Современные подходы к ведению детей с патологией желудочно-кишечного тракта включают оптимальную нутритивную поддержку, которая позволяет восполнить энергетический дефицит и восстановить баланс основных нутриентов. В статье представлены ключевые сведения о заболеваниях пищеварительного тракта, при которых в целях коррекции нутритивного статуса могут быть использованы современные аминокислотные смеси. Авторами проведен тщательный анализ всех доступных на сегодняшний день доказательств эффективности, безопасности и полезности применения такой инновационной медицинской технологии, как специальная элементная формула при патологических состояниях желудочно-кишечного тракта. Материал является основой методического руководства по применению аминокислотных смесей, разработанного экспертами-специалистами Союза педиатров России в 2020 г