Analitika
Scientific and technical peer-reviewed journal
Editor-in-Chief
- Vasilisa B. Baranovskaya, Doctor of Chemical Sciences, Member of the Scientific Council for Analytical Chemistry of the Russian Academy of Sciences
Founder
- Associate printing-and-publication centre «Technosphera»
Publisher
- Associate printing-and-publication centre «Technosphera»
Indexing
- Russian Science Citation Index (RSCI)
- CrossRef
- Google Scholar
- Ulrich's Periodicals Directory
- WorldCat
Frequency
- 6 issues per year
About journal
The main goal of the journal is to form the common information space for science, business and the state in order to create and develop high-tech import independent domestic manufacturing and modernization of the Russian economy.
Current Issue



Vol 15, No 2 (2025)
Modern Laboratory
LIMS in an Industrial Laboratory
Abstract
Цифровизация, оптимизация, автоматизация – эти термины прочно вошли в наш обиход. В России более 20 лет в лабораториях различных отраслей промышленности используются лабораторные информационные менеджмент-системы (ЛИМС), которые призваны повысить эффективность производственных процессов и их производительность, повысить качество выпускаемой продукции. Программные продукты класса ЛИМС предназначены для автоматизации процессов сбора, обработки, накопления, хранения и отображения результатов проведения лабораторных испытаний и анализов и интеграции данных в единое информационное пространство предприятия. В статье описаны возможности, особенности и преимущества программно-аппаратной платформы ЛИМС «АИСТ».



Application of Additive Technologies in Analytical Chemistry
Abstract
Today is marked by the active introduction of additive technologies into various fields of science and production, allowing the creation of devices, functional prototypes and structures with complex geometry. The use of additive technologies in analytical chemistry opens up new opportunities for researchers: the time and economic costs of developing and manufacturing new devices, reactors, specialized chemical glassware, etc. are significantly reduced. One of the most promising areas is associated with the use of 3D printing to create new equipment and produce parts with a complex internal spatial configuration, including for the repair of analytical equipment. The article describes the equipment and materials used in additive technologies, and examples of their successful application to solve problems of analytical chemistry.



Аккредитация лабораторий
How to Successfully Pass Accreditation? Typical Mistakes and How to Avoid Them
Abstract
Without accreditation, legitimate functioning of laboratories, certification centers and other organizations involved in quality control is impossible. In addition, successful completion of the accreditation procedure increases the trust of clients and regulatory authorities, which is especially important in the current competitive environment. The article examines in detail the current issues of preparation and completion of the accreditation procedure, as well as the successful operation of an accredited testing laboratory within the framework of the legislation of the Russian Federation. Possible errors and ways to eliminate them are described.



Аналитика веществ и материалов
Development of a Microfluidic Fluorescent Chip Basis for Express Diagnostics Systems
Abstract
Development of rapid and sensitive diagnostic methods is an actual issue of modern medicine. Current methods of diagnostics of myocardial infarction based on determination of enzyme activity (aspartate aminotransferase, creatine kinase, lactate dehydrogenase) have limitations due to low specificity. A unique direction in this field is the development of systems for express diagnostics of various pathologies based on microfluidic devices and their components – microchips. This approach uses the principle of a modified transparent matrix that allows photometric analysis by turbidimetry and
nephelometry methods. The work presents the development of a framework for a rapid diagnostic chip based on specific peptides and a fluorescent dye.



Study of Acid-Base Properties of Polymer Sorbents Based on Rhodanine Derivatives
Abstract
The article presents the results of studies of acid-base properties of polymer sorbents based on rhodanine derivatives: polystyrene-azo-o-phenol-azorhodanine (PAFAR), ARA‑8p-p-carboxybenzene azorodane (ARA‑8p-p-KBAR) and AN‑31‑p-carboxybenzene azorodane (AN‑31‑p-KBAR). The sorption capacity of the sorbents for sodium ion and ionization constants of functional-analytical groups of sorbents were determined by potentiometric titration. The calculated values of sorption capacity for sodium ion for PAFAR, AN‑31‑p-KBAR and ARA‑8p-p-KBAR were 3,87 mmol/g, 13,27 mmol/g and 9,67 mmol/g, respectively. The values of the ionization constants of the functional groups of the sorbents were also calculated: for PAFAR – pK1 = 8,21 and pK2 = 9,39; AN‑31‑p-KBAR
– pK1 = 9,21 and pK2 = 10,16; ARA‑8p-p-KBAR – pK1 = 10,26 and pK2 = 10,80.



Food Coloring Research: Methodological Approaches and the Current State of the Problem
Abstract
With the influx of foreign food products to the Russian market, the issue of creating a domestic regulatory framework regulating physico-chemical methods for the identification and determination of synthetic dyes in food products has become acute. Despite the introduction of standardized methods for the control of synthetic dyes in beverages, caramels, spices, canned fruit and frozen desserts, and the increased capabilities of federal agencies overseeing the entry of substandard adulterated food products into retail outlets, the problem remains urgent. The updated regulatory and technical framework should cover all types of domestic and imported food products, take into account current trends in the development of analytical instrumentation, the relevance and capabilities of new equipment to use its potential in improving the food quality control system.



Страницы истории
Formula of Victory: the Contribution of Chemical Scientists
Abstract
In 2025, we celebrate the 80th anniversary of Victory in the Great Patriotic War. Thanks to the joint efforts of scientists in our country, along with production and the rear, from the first days of the war the front was provided with the necessary means of chemical protection, medical preparations, new materials for weapons and military equipment, fuel, defense equipment and much more. The breakthrough scientific results of the war period formed the basis of many academic and applied research areas after the war, contributed to the restoration of industry and the life of the state. The article contains a brief, far from exhaustive review of the contribution of outstanding chemical scientists
to solving the problems of defense and victory over the enemy during the Great Patriotic War.


