'Co2 production' diaporamas de présentation

AS?T-BAZ DENGES?

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Environmental Medicine

Environmental Medicine. Andre Vanzyl Senior Medical Staff Monash Medical Centre. Environmental Medicine. Non-organic Hypo/hyperthermia Electrical injury Submersion/diving/high altitued Organic Envenomations Spider Snake marine. Hypothermia. Hypothermia Definition

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Module H: Carbon Dioxide Transport

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Urinary tract infection

Urinary tract infection. Dr. Mai Banakhar. UTI. inflammatory response of urothelium to bacterial invasion. Bacteriuria : bacteria in urine Asymptomatic or symptomatic Bacteriuria + pyuria= infection Bacteriuria NO pyuria = colonization. Pyuria : WBCs in urine. Infection T.B

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RESPIRATORY SYSTEM

By: Sam Mentkowski & Rachael Shulta. RESPIRATORY SYSTEM. LEARNING TARGET:. Identify the structures of the respiratory system and state the function of each structure. (k). Truth or Baloney. The organs of the respiratory system can be divided into two groups, or tracts: upper

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Transport of O 2 and CO 2 in Blood and Tissue Fluids

Transport of O 2 and CO 2 in Blood and Tissue Fluids. Transport of O 2 from the Lungs to Tissues. Uptake of O 2 by pulmonary capillary blood. Uptake of O2 by the pulmonary blood during exercise. Transport of O 2 in the Arterial Blood.

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Photosynthesis & Respiration

Photosynthesis & Respiration. Photosynthesis. Photo: the capturing and converting of E Energy: the ability to do work Photo: changing sunlight into chemical E in carbohydrate bonds Carbo bonds: sugars and starches. Historical Perspective.

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Dr Krzysztof Rybinski Partner Emeritus, Ernst & Young Warsaw, 10 June 2038

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Modeling Oxygen Consumption and Carbon Dioxide Production in Saccharomyces cervisiae

Modeling Oxygen Consumption and Carbon Dioxide Production in Saccharomyces cervisiae. Paul Magnano and Jim McDonald Loyola Marymount University BIOL 398-03/MATH 388-01 Seaver 202 February 28, 2013. Outline. Purpose and Significance of our model State Variables Used

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Anatomy and Physiology of the Respiratory System and Nursing Diagnosis of Chronic Broncitis

Anatomy and Physiology of the Respiratory System and Nursing Diagnosis of Chronic Broncitis. Function of Respiratory System. Gas Exchange a. External respiration b. Internal respiration c. Cellular respiration Ventilation Blood Reservoir Systemic Blood Filter Fluid Exchange

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Ecological Importance of Microbes (Applied and Environmental Microbiology Chapter 25)

Ecological Importance of Microbes (Applied and Environmental Microbiology Chapter 25). The majority of microorganisms are beneficial or harmless. Without bacteria life as we know it would not exist!!. Environmental Microbiology. Microbial Ecology. Applied Environmental Microbiology.

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PaCO2 equation

PaCO2 equation. Alveolar Ventilation www.mecriticalcare.net. The Key to Blood Gas Interpretation: Four Equations, Three Physiologic Processes. Equation Physiologic Process 1) PaCO2 equation Alveolar ventilation 2) Alveolar gas equation Oxygenation

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User needs for a standardised CO2 emission assessment methodology for ITS

User needs for a standardised CO2 emission assessment methodology for ITS. Dick Mans, Ecorys Jolanta Rekiel , Ecorys Axel Wolfermann , DLR Gerdien Klunder , TNO. ITS World Congress, 24 October 2012 V ienna. AMITRAN Overview. Amitran :

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Carbon dioxide cycling through the snowpack, implications of change

Carbon dioxide cycling through the snowpack, implications of change. Gareth Crosby. CO 2 up north. Carbon dioxide (CO 2 ) largest component of carbon cycling between the biosphere and the atmosphere. approximately 45% of total greenhouse forcing

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Cellular Respiration Ex 8

Cellular Respiration Ex 8. Cellular respiration . B reak bonds in nutrients to form ATP Where does it occur In eukaryotic cells? Mitochondria. Overall reaction is aerobic . Glucose + Oxygen ? Carbon dioxide + Water Net 36 ATP. Fermentation .

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Global Warming

Global Warming. What could happen ?. Aims. Re cap causes of Global warming Look at rates of CO2 production & temperature rises Look at possible consequences of Global Warming In UK In the World

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The Carbon Cycle

The Carbon Cycle. Photosynthesis. Plants and other photosynthetic organisms (some bacteria and protists ) capture energy from sunlight and use it to make sugars-glucose (organic molecules), which they can then use in their cells.

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h emorrhaging (blood loss)

h emorrhaging (blood loss). volume loss HR x SV x PVR = BP. O 2 carrying capacity loss (RBC). h eat loss (hypothermia). s ympathetic response. ? adrenergic stimulation. ? adrenergic stimulation. hypoxia. s keletal muscle contraction/relaxation (shivering).

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