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Тюкавкина Н. (ред.) Organic chemistry: textbook

The textbook conforms to the requirements for training enhancement through the use of innovative technologies, competence-based learning in particular. The factors systematizing the content are issues of electronic structure of the carbon atom and organogens, chemical bonds, mutual influence of atoms within a molecule, conjugation and aromaticity, mechanisms of the most important types of reactions, and stereochemical repres entations. Much attention is paid to application of physicochemical methods of analysis. The authors have extended the section on the role of stereochemical structure in the manifestation of pharmacological activities of organic compounds. The authors present a set of newly introduced rules of the international systematic chemical nomenclature, which is especially important in the pharmaceutical industry, where medicinal products are mostly in the form of organic compounds. The textbook is written at a high scientific and methodological level, containing extensive re ference material, well-structured and supported by original illustrative material. The textbook is intended to students, specializing in Pharmacy. It may also be useful for students trained in the fields of chemistry, medical biochemistry, medical biophysics, and biotechnologies.

Тюкавкина Н. (ред.) Organic chemistry: textbook

The textbook conforms to the requirements for training enhancement through the use of innovative technologies, competence-based learning in particular. The factors systematizing the content are issues of electronic structure of the carbon atom and organogens, chemical bonds, mutual influence of atoms within a molecule, conjugation and aromaticity, mechanisms of the most important types of reactions, and stereochemical repres entations. Much attention is paid to application of physicochemical methods of analysis. The authors have extended the section on the role of stereochemical structure in the manifestation of pharmacological activities of organic compounds. The authors present a set of newly introduced rules of the international systematic chemical nomenclature, which is especially important in the pharmaceutical industry, where medicinal products are mostly in the form of organic compounds. The textbook is written at a high scientific and methodological level, containing extensive re ference material, well-structured and supported by original illustrative material. The textbook is intended to students, specializing in Pharmacy. It may also be useful for students trained in the fields of chemistry, medical biochemistry, medical biophysics, and biotechnologies.

Organic chemistry. Textbook

The textbook conforms to the requirements for training enhancement through the use of innovative technologies, competence-based learning in particular. The factors systematizing the content are issues of electronic structure of the carbon atom and organogens, chemical bonds, mutual influence of atoms within a molecule, conjugation and aromaticity, mechanisms of the most important types of reactions, and stereochemical repres entations. Much attention is paid to application of physicochemical methods of analysis. The authors have extended the section on the role of stereochemical structure in the manifestation of pharmacological activities of organic compounds. The authors present a set of newly introduced rules of the international systematic chemical nomenclature, which is especially important in the pharmaceutical industry, where medicinal products are mostly in the form of organic compounds. The textbook is written at a high scientific and methodological level, containing extensive re ference material, well-structured and supported by original illustrative material. The textbook is intended to students, specializing in Pharmacy. It may also be useful for students trained in the fields of chemistry, medical biochemistry, medical biophysics, and biotechnologies.

Харитонов Юрий Яковлевич Analytical Chemistry. Analytics 1. General Theoretical Foundations. Qualitative Analysis. Textbook

The textbook is prepared in accordance with the 3rd generation of federal state educational standard. The book outlines the general theoretical foundations of analytical chemistry and qualitative analysis. Heterogeneous, protolytic, and oxidation-reduction kinds of equilibrium, complexation processes, the use of organic reagents in analytical chemistry, separation and concentration approaches, extraction, some chromatographic methods, qualitative chemical analysis of cations and anions, the use of physical and physico-chemical methods in qualitative analysis are discussed. The methods of analytical reactions of cations and anions, their identification by infrared absorption spectra are characterized. Examples and exercises are provided. The textbook is intended for university students of pharmacy, chemistry, and other disciplines that include a course of analytical chemistry.

Харитонов Ю. Analytical Chemistry. Analytics 1. General Theoretical Foundations. Qualitative Analysis

The textbook is prepared in accordance with the 3rd generation of federal state educational standard. The book outlines the general theoretical foundations of analytical chemistry and qualitative analysis. Heterogeneous, protolytic, and oxidation-reduction kinds of equilibrium, complexation processes, the use of organic reagents in analytical chemistry, separation and concentration approaches, extraction, some chromatographic methods, qualitative chemical analysis of cations and anions, the use of physical and physico-chemical methods in qualitative analysis are discussed. The methods of analytical reactions of cations and anions, their identification by infrared absorption spectra are characterized. Examples and exercises are provided. The textbook is intended for university students of pharmacy, chemistry, and other disciplines that include a course of analytical chemistry.

Харитонов Ю. Analytical Chemistry. Analytics 1. General Theoretical Foundations. Qualitative Analysis

The textbook is prepared in accordance with the 3rd generation of federal state educational standard. The book outlines the general theoretical foundations of analytical chemistry and qualitative analysis. Heterogeneous, protolytic, and oxidation-reduction kinds of equilibrium, complexation processes, the use of organic reagents in analytical chemistry, separation and concentration approaches, extraction, some chromatographic methods, qualitative chemical analysis of cations and anions, the use of physical and physico-chemical methods in qualitative analysis are discussed. The methods of analytical reactions of cations and anions, their identification by infrared absorption spectra are characterized. Examples and exercises are provided. The textbook is intended for university students of pharmacy, chemistry, and other disciplines that include a course of analytical chemistry.

Зурабян Сергей Эдуардович Fundamentals of bioorganic chemistry. Textbook

The textbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 tasks on all topics and solutions for them. This book conforms to the Federal Educational Program on Bioorganic Chemistry for medical schools and universities. It is meant for students who study Bioorganic Chemistry during one term. The book may also be useful for teachers and students of specialized sec ondary schools with instruction conducted in English and colleges, whose main interest is medicine, pharmacy, biology and agriculture.

Зурабян Сергей Эдуардович Fundamentals of Bioorganic Chemistry

The textbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 problems on all topics and solutions for them. This book conforms to the Federal educational program on Bioorganic Chemistry for medical schools and universities. It is meant for students who study Bioorganic Chemistry during one term. The book may also be useful for teachers and students of specialized secondary schools with instruction conducted in English and colleges, whose main interest is medicine, pharmacy, biology and agriculture.

Зурабян Сергей Эдуардович Основы биоорганической химии

The textbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 problems on all topics and solutions for them. This book conforms to the Federal educational program on Bioorganic Chemistry for medical schools and universities. It is meant for students who study Bioorganic Chemistry during one term. The book may also be useful for teachers and students of specialized sec ondary schools with instruction conducted in English and colleges, whose main interest is medicine, pharmacy, biology and agriculture. Издание полностью на английском языке.

Zurabyan S. Fundamentals of bioorganic chemistry: textbook

The textbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 tasks on all topics and solutions for them. This book conforms to the Federal Educational Program on Bioorganic Chemistry for medical schools and universities. It is meant for students who study Bioorganic Chemistry during one term. The book may also be useful for teachers and students of specialized secondary schools with instruction conducted in English and colleges, whose main interest is medicine, pharmacy, biology and agriculture.

Zurabyan S. Fundamentals of bioorganic chemistry: textbook

The textbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 tasks on all topics and solutions for them. This book conforms to the Federal Educational Program on Bioorganic Chemistry for medical schools and universities. It is meant for students who study Bioorganic Chemistry during one term. The book may also be useful for teachers and students of specialized secondary schools with instruction conducted in English and colleges, whose main interest is medicine, pharmacy, biology and agriculture.

Bioorganic Chemistry. Биоорганическая химия: workbook to practicе. Tutorial guide. На английском языке. Под ред. Тюкавкиной Н.А.

Раменская Галина Владиславовна Pharmaceutical Chemistry

The textbook was compiled by the team of A.P. Arzamastsev Department of Pharmaceutical and Toxicological Chemistry of A.P. Nelyubin Institute of Pharmacy of I.M. Sechenov First Moscow State Medical University (Sechenov University) in accordance with up-to-date practices, as well as traditions of Russian school of pharmaceutical chemistry, introduced by RAMS academician A.P. Arzamastsev. The textbook is intended for foreign students enrolled in program 33.05.01 "Pharmacy", and can be used by interns, post-graduate students and students in the related fi elds.

Шаронова Наталия Викторовна, Иванова Надежда Николаевна, Кабардин Олег Федорович Физика. 7-9 классы. Сборник рабочих программ. ФГОС

Сборник рабочих программ по физике для 7-9 классов содержит несколько вариантов тематического планирования, обеспеченных следующими комплектами учебников: "Физика, 7-9" - авторов С. В. Громова, Н. А. Родиной под ред. Н. В. Шароновой; "Физика, 7-9" - автора О. Ф. Кабардина (линия "Архимед"); "Физика, 7-9" - под ред. А. А. Пинского, В. Г. Разумовского; "Физика, 7-9" - под ред. А. А. Фадеевой.

Харитонов Юрий Яковлевич Analytical Chemistry. Analytics 2. Quantitative analysis. Physical-chemical (instrumental) analysis

The textbook is prepared in accordance with the 3rd generation federal state educational standard. The book discusses the foundations of gravimetric, chemical titrimetric analysis methods (acid-base, oxidation-reduction, compleximetric including complexometry, precipitation titration in non-aqueous media), physical-chemical and physical methods: optical (colorimetry, photoelectrocolorimetry, spectrophotometry, fl uorimetry), chromatographic (ion exchange, gas-liquid, high performance liquid chromatography), electrochemical (conductometry, potentiometry, polarography, amperometry, coulometry). The methods of statistical processing of the quantitative analysis results are characterized. Examples and exercises are provided. The textbook is intended for university students of pharmacy, chemistry, and other disciplines that include a course of analytical chemistry. 6-е издание, исправленное и дополненное.

Харитонов Ю. Analytical Chemistry. Analytics 2. Quantitative analysis. Physical-chemical (instrumental) analysis methods: textbook

The textbook is prepared in accordance with the 3rd generation federal state educational standard. The book discusses the foundations of gravimetric, chemical titrimetric analysis methods (acid-base, oxidation-reduction, compleximetric including complexometry, precipitation titration in non-aqueous media), physical-chemical and physical methods: optical (colorimetry, photoelectrocolorimetry, spectrophotometry, fl uorimetry), chromatographic (ion exchange, gas-liquid, high performance liquid chromatography), electrochemical (conductometry, potentiometry, polarography, amperometry, coulometry). The methods of statistical processing of the quantitative analysis results are characterized. Examples and exercises are provided. The textbook is intended for university students of pharmacy, chemistry, and other disciplines that include a course of analytical chemistry.