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Кардиология по Хёрсту. Том III
Оборот титула
Оглавление
Предисловие к изданию на русском языке
Предисловие титульного редактора тома
Предисловие к изданию на английском языке
Ответственные редакторы издания на английском языке
Авторы
Редакторы и переводчики издания на русском языке
Как пользоваться книгой
Список сокращений и условных обозначений
Раздел 12. Сердечно-легочные заболевания
+
Раздел 13. Нарушения ритма и проводимости
-
Глава 78. Электрофизиологическая анатомия
Расположение сердца в грудной клетке
Предсердия
Правое предсердие
Межпредсердная перегородка
Левое предсердие
Атриовентрикулярные соединения
Желудочки
Правый желудочек
Левый желудочек
Коронарные вены
Проводящая система сердца
Синоатриальный узел
Атриовентрикулярная проводящая система
Система волокон Гиса–Пуркинье
Жировая ткань сердца и иннервация
Заключение
Список литературы
Глава 79. Механизмы сердечных аритмий и нарушений проведения
Эктопическая активность
Нормальная автоматия
Автоматия как механизм возникновения сердечных аритмий
Парасистолия и модулированная парасистолия
Постдеполяризации и триггерная активность
Циркуляция возбуждения (re-entry)
Циркуляция возбуждения вокруг анатомического препятствия
Циркуляция возбуждения при отсутствии анатомического препятствия
Re-entry
фазы 2
Синдром
J
-волны и
re-entry
фазы 2
Ремоделирование миокарда и механизмы аритмий
Ремоделирование миокарда
Нейронное ремоделирование и распределение нервов сердца
Нейромодуляция для контроля аритмии
Заключение
Список литературы
Глава 80. Наследственные каналопатии и их клинические проявления
Предисловие
Синдром удлиненного интервала
QT
Определение
Генетика и патофизиология
Диагностика и клинические проявления
Лечение
Корреляция «генотип–фенотип» и клиническое ведение
Катехоламинергическая полиморфная желудочковая тахикардия
Определение
Генетика и патофизиология
Клинические проявления
Лечение
Синдром Бругада
Определение
Генетика и патофизиология
Диагностика и клинические проявления
Стратификация риска и лечение
Синдром укороченного интервала
QT
Определение
Генетика и патофизиология
Клинические проявления и лечение
Неполная пенетрантность и смешанные фенотипы при каналопатиях
Список литературы
Глава 81. Подход к обследованию пациентов с нарушениями ритма сердца
Введение
Анамнез
Физикальное обследование
Пациент с жалобами на сердцебиения
Пациент с жалобами на синкопе, пресинкопе и головокружения
Пациент с жалобами на слабость или неспецифическими симптомами
Пациенты без симптомов аритмии
Диагностические исследования
Электрокардиограмма в 12 отведениях
Амбулаторное мониторирование электрокардиограммы
Тилт-тест
Эхокардиография
Инвазивное электрофизиологическое исследование
Дополнительные исследования для стратификации риска при желудочковых нарушениях ритма сердца
Магнитно-резонансная томография сердца
Компьютерная томография
Возрастающее значение магнитно-резонансной и компьютерной томографии по сравнению с эхокардиографией в обследовании пациентов с нарушениями ритма сердца
Заключение
Список литературы
Глава 82. Инвазивная электрофизиологическая диагностика
Предисловие
Инвазивное электрофизиологическое исследование
Показания к электрофизиологическому исследованию
Техника выполнения
Осложнения
Внутрисердечные электрограммы
Брадиаритмии
Дисфункция синусового узла
Дисфункция атриовентрикулярного узла и системы волокон Гиса–Пуркинье
Тахиаритмии
Тахикардия с узкими комплексами
Тахикардия с широкими комплексами
Синкопе
Заключение
Список литературы
Глава 83. Фибрилляция предсердий, трепетание предсердий и предсердная тахикардия
Введение
Фибрилляция предсердий
Классификация
Эпидемиология
Этиология
Патофизиология
Клинические проявления
Лечение
Трепетание предсердий
Классификация и механизмы
Этиология
Диагностика
Лечение
Список литературы
Глава 84. Наджелудочковая тахикардия: предсердная тахикардия, атриовентрикулярная узловая реципрокная тахикардия и синдром Вольфа–Паркинсона–Уайта
Атриовентрикулярная узловая реципрокная тахикардия
Патофизиологические основы атриовентрикулярной реципрокной тахикардии
Диагностика
Лечение
Стратегия лечения
Атриовентрикулярная реципрокная тахикардия и синдром Вольфа–Паркинсона–Уайта
Патофизиология
Диагностика
Лечение
Аспекты лечения
Предсердная тахикардия
Список литературы
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Question 1. Immunoprophylaxis, immunotherapy: definitions
Question 2. The history of immunisation
Question 3. Vaccines — classification, characteristics
Question 4. Complications after vaccines, contraindications to immunisation. scheme of vaccine use
Question 5. The immunological antibody-based drugs. Classification. Characteristic (passive immunisation)
Question 6. Rules of vaccines and serums injection. Routes of vaccine injection
Lecture 9. Antiviral and antibacterial immunity. immunity in transplantation, cancer and immunity in mycoses. Immunity and age
Question 1. Features of local immunity — skin and mucous membranes
Question 2. Antibacterial and antitoxic immunity. Factors of antibacterial immunity
Question 3. Antiviral immunity
Question 4. Antifungal immunity
Question 5. Immunity in protozoa and parasitic infections
Question 6. Immunity in transplantation
Question 7. Antitumor immunity
Question 8. Immunity in pregnancy
Question 9. Age features of immunity
Test for unit 2
Раrt 2. Special Microbiology, Mycology and Virology
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Key answers for Test
List of literature
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Раздел
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5
Страница
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171
Part 1. General Microbiology, Immunology
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Medical Microbiology, Virology and Immunology. Lecture Notes
Table of contents
Preface
Part 1. General Microbiology, Immunology
-
Unit 1. General Microbiology
Lecture 1. Subject and aims of medical microbiology. Morphology and taxonomy of microorganisms. Microscopic research method
Question 1. The subject of medical microbiology and its importance in practical health care. The history of microbiology
Question 2. Taxonomy, system and nomenclature of microorganisms
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
Question 2. Mechanisms of nutrients transmission in the bacterial cell
Question 3. Autotrophs and heterotrophs, auxotrophs and prototrophs
Question 4. Classification of culture (nutrient) media
Question 5. Simple and complex nutrient medium
Question 6. Method for isolation of the pure culture
Question 7. Growth phases of bacteria on culture medium
Question 8. Mechanism of bacterial respiration. Aerobes and anaerobes
Question 9. Methods of cultivation of anaerobic bacteria: culture media, equipment
Question 10. The main groups of bacteria enzymes
Question 11. Enzymes in the identification of bacteria. Carbohydrate-splitting enzymes. Proteolytic enzymes
Question 12. Peptolytic enzymes
Question 13. Bacterial enzymes of pathogenicity
Question 14. Isolation of pure culture of aerobes
Question 15. Isolation of pure culture of anaerobes
Lecture 3. Viruses. bacteriophages. Genetics of microorganisms. Biotechnology in microbiology. Molecular-genetic methods of diagnosis
Question 1. Classification of viruses. Virus and virion
Question 2. Morphology of viruses. the functions of RNA and DNA
Question 3. Chemical composition of nucleoprotein. Enzymes
Question 4. Cultivation of viruses
Question 5. Interaction of viruses with the host cell. The mechanism of transcription and replication of the viral genome
Question 6. The mechanism of DNA and RNA viral integration into the cellular genome
Question 7. Ways of the transmission of viral infections
Question 8. Phage composition and structure
Question 9. The mechanism of interaction between phages and the bacterial cell
Question 10. Virulent and temperate phages. Lysogenesis
Question 11. Prions. Diagnosis, treatment and prophylaxis of prion diseases
Question 12. Genotype and phenotype of bacteria
Question 13. Extrachromosomal genetic elements (factors) in bacteria — plasmids, transposons, insertion sequence; its role
Question 14. Forms of variability in microorganisms
Question 15. Mutations, kinds of mutations in bacteria
Question 16. Genetic recombination in bacteria (transformation, transduction, conjugation)
Question 17. The theoretical and practical importance of genetics: molecular-biological methods of diagnosis. The practical using of genetic engineering
Lecture 4. Infection: the role of microorganisms in infectious process. Microbiological basics of antimicrobial therapy (antibiotics)
Question 1. The notion of infection and infectious disease. The clinical forms of infection
Question 2. Exogenous and endogenous infections. The term «entrance gate» and «infective dose»
Question 3. Sources, routes, and mechanisms of infections transmission
Question 4. Local and generalized infectious process. Dissemination of microorganisms within the body. bacteremia, viremia, toxaemia, sepsis, pyemia
Question 5. Classification of infections
Question 6. Pathogenesis of infectious diseases. Periods of infection
Question 7. The pathogenicity and virulence of microorganisms, evaluation of virulence
Question 8. Virulence factors: adherence, invasiveness, toxin production, aggresiveness
Question 9. Toxigenicity. Exotoxins and endotoxins
Question 10. Exotoxins. Classification of action mechanism
Question 11. Endotoxins. The chemical compound, action on the macroorganism
Question 12. The notion of antibiotics, its discovery
Question 13. Classification of antibiotics
Question 14. The mechanism of action of antibiotics on microbial cells
Question 15. Methods of determination of the bacterial sensitivity to antibiotics. Activity of antibiotics
Question 16. The mechanism of bacterial resistance to antibiotics and how to deal with it
Question 17. Side effects of antibiotics
Lecture 5. Ecology of microorganisms. human microflora. Dysbiosis. Sanitary microbiology. Microflora of water, soil and air
Lecture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationscture 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsure 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationse 8. Specific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsSpecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsecific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsific prevention and treatment of infectious diseases. Therapeutic, prophylactic, and diagnostic immunological preparationsylactic, and diagnostic immunological preparationsactic, and diagnostic immunological preparationstic, and diagnostic immunological preparationsnd diagnostic immunological preparations diagnostic immunological preparationsiagnostic immunological preparationsarationsationsionsttps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.htmlps://prior.studentlibrary.ru/en/doc/ISBN9785970455289-0002/0152.html
Question 3. Microbiology research methods
Question 4. Simple and complex staining techniques. The mechanism of smear staining. Staining properties of microorganisms
Question 5. Light microscope, its main characteristics. Types of light microscopy (dark-field, fluorescent). Immersion microscopy principles. Electron microscopy, atomic force microscopy
Question 6. Morphology of bacteria
Question 7. Structure of the bacterial cell: genome, cytoplasm, ribosome. Structure, functions and methods of detection
Question 8. Shell of bacteria: cytoplasmic membrane, cell wall, capsule. Structure, functions and methods of detection
Question 9. Flagella, fimbria (pili). Structure, functions and methods of detection
Question 10. Bacterial spores. Its role and structural features. Spore formation and methods of detection
Lecture 2. Physiology of microorganisms. Metabolism. Nutrition and respiration of bacteria. Cultivation of aerobic and anaerobic bacteria
Question 1. Anabolism and catabolism
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