Презентация на тему: N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1

N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1
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N a m e - D H R U V V A S H ISHT G R O U P - 1 9 2 B L A - 1

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I n f o r mation a b o u t d i s e a s e a g e n t s

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The mammalian body is susceptible to infection by many pathogens, which must first make contact with the host and then establish a focus of infection in order to cause infectious disease. To establish an infection, the pathogen must first colonize the skin or the internal mucosal surfaces of the respiratory, gastrointestinal, or urogenital tracts and then overcome or bypass the innate immune defenses associated with the epithelia and underlying tissues. If it succeeds in doing this, it will provoke an adaptive immune response that will take effect after several days and will usually clear the infection. Pathogens differ greatly in their lifestyles and means of pathogenesis, requiring an equally diverse set of defensive responses from the host immune system.

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CLASSIFICATION O F I N F E CTIOUS DIS E A S E S

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The Diseases caused by germs and which may infect any part of the body are called Infectious Diseases. They can spread by any means where there is a germ. They are caused by pathogenic microorganisms such as bacteria, virus, parasites and fungi. Germs can be spread by direct or indirect contact. Vaccination, maintenance of proper hygiene and medicines help in the prevention of infection. Bacterial infectious diseases Viral infectious diseases Parasitic infectious diseases Fungal infectious diseases Mycobacterial diseases Air borne diseases Food borne diseases

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Water borne diseases Mosquito and tick borne diseases Blood borne infectious diseases Childhood infectious diseases or pediatric infectious diseases Geriatric infectious diseases Nosocomial infections or hospital acquired infections Sexually transmitted diseases Allergic infectious diseases Neuro infectious diseases Transplant infectious diseases Topical infectious diseases Inflammatory infectious diseases Opportunistic infections

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Infectious diseases in pregnancy Deadly infectious diseases Rare infectious diseases Communicable infectious diseases Common infectious diseases Zoonotic Bacterial Diseases Tetanus Typhoid fever Cholera C. gattii infection collapsed

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Works E.N. Pavlovsky. Geographical regularities of spreading of natural-focal diseases. Landscape science as a basis.

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natural focal d i s ease t h e ory developed by Evgeny Pavlovsky, a Soviet scientist, in the 1930s. This theory generalized material and data that had been gathered on natural focal infectious and parasitic diseases and the complex networks of mutually linked and mutually dependent pathogen, animal host and arthropod vector populations, which make up a biotic component that is organically linked to natural landscapes. The history of research on natural focal diseases in Russia, the contributions of Russian and Soviet scientists to the development of the theory of the emergence and spread of natural focal diseases.

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and modern achievements in this discipline are also described. The understanding of what makes a natural focus is discussed, along with the theory’s main tenets. The level of cartographical research on the spread of natural focal diseases in Russia is briefly characterized, and the methodology of map compilation is also explained. The chapter includes a geographical map of Russia and a map of its federal administrative divisions, which simplifies the later connections between the thematic content, geographic units and units of territorial divisions

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Methods The mapping is based on medical statistics data. The Atlas contains a series of maps on disease incidence, long-term dynamics of disease morbidity, etc. In addition, other materials available to the authors were used: mapping of the natural environment, field data, archival materials, analyzed satellite images, etc. The maps are processed using ArcGIS (ESRI) software application. Different methods of rendering of mapped phenomena are used (geographical ranges, diagrams, choropleth maps etc.).

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Results A series of analytical, integrated, and synthetic maps shows disease incidence in the population at both the national and regional levels for the last 15 years. Maps of the mean annual morbidity of certain infections and maps of morbidity dynamics and nosological profiles allow for a detailed analysis of the situation for each of 83 administrative units of the Russian Federation. The degree of epidemic hazard in Russia by natural-focal diseases is reflected in a synthetic medico-geographical map that shows the degree of epidemic risks due to such diseases in Russia and allows one to estimate the risk of disease manifestation in a given region.

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Conclusions This is the first attempt at aggregation and public presentation of diverse and multifaceted information about natural-focal diseases in Russia. Taken in entirety, the maps that have been prepared for the Atlas will enable researchers to evaluate the stability of epidemic manifestation of individual diseases and the susceptibility of a given territory to disease transmission. The results can be used for sanitary monitoring and disease prevention

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Invasive species, disease vectors, and pathogens affect biodiversity, ecosystem function and services, and human health. Climate change, land use, and transport vectors interact in complex ways to determine the spread of native and non‐native invasive species, pathogens, and their effects on ecosystem dynamics. Early detection and in‐depth understanding of invasive species and infectious diseases will require an integrated network of research platforms and information exchange to identify hotspots of invasion or disease emergence. Partnerships with state and federal agencies that monitor the spread and impacts of invasive species and pathogens will be critical in developing a

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national data and research network that can facilitate a full understanding of the resulting effects on ecosystems and society. Citizen science can also play a role; individuals can report new invasions, record phenological changes associated with invasions or disease outbreaks, and can participate in efforts such as the Breeding Bird Survey, which may reveal long‐term biotic change following species invasions and disease spread. Thesocietal impacts of invasive species and pathogens differ across gradients of climate and land use, and in the presence of global climate change may exacerbate both their propagation and impacts. Understanding the interactions of invasive species, disease vectors, and pathogens with other drivers of ecosystem change healt well‐being.

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Poisons and allergens of plant and animal origin, their effect on the human body.

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Some natural toxins can be formed in food as defense mechanisms of plants, through their infestation with toxin-producing mould, or through ingestion by animals of toxin-producing microorganisms. Natural toxins can cause a variety of adverse health effects and pose a serious health threat to both humans and livestock. Some of these toxins are extremely potent. Adverse health effects can be acute poisoning ranging from allergic reactions to severe stomachache and diarrhoea, and even death. Long-term health consequences include effects on the immune, reproductive or nervous systems, and also cancer

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