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Supply of oxygen to tissues mainly involves two systems i.e. respiratory system and the cardiovascular system. Supply of oxygen to tissues depends upon Adequate PO2 in atmospheric air Adequate pulmonary ventilation Adequate gaseous exchange in the lungs Adequate uptake of oxygen by the blood Adequate blood flow to the tissues Adequate ability of the tissues to utilize oxygen Oxygen diffuses from the alveoli into the pulmonary capillary blood because the oxygen partial pressure (Po2) in the alveoli is greater than the Po2 in the pulmonary capillary blood. In the other tissues of the body, a higher Po2 in the capillary blood than in the tissues causes oxygen to diffuse into the surrounding cells. The Po2 of the gaseous oxygen in the alveolus averages 104 mm Hg, whereas the Po2 of the venous blood entering the pulmonary capillary at its arterial end averages only 40 mm Hg Therefore, the initial pressure difference that causes oxygen to diffuse into the pulmonary capillary is 104 – 40, or 64 mm Hg. About 98 percent of the blood that enters the left atrium from the lungs has just passed through the alveolar capillaries and has become oxygenated up to a Po2 of about 104 mm Hg. Another 2 per cent of the blood which supplies mainly the deep tissues of the lungs and is not exposed to lung air. This blood flow is called “shunt flow,” meaning that blood is shunted past the gas exchange areas One gram of Hb can bind 1.34 ml of Oxygen Normal level of Hb is 15 grams/dL Thus 15 grams of hemoglobin in 100 milliliters of blood can combine with a total of almost exactly 20 milliliters of oxygen if the hemoglobin is 100 per cent saturated This is usually expressed as 20 volumes per cent Hemoglobin is a conjugated protein consisting of heme and globin. The ferrous form can bind oxygen. Hemoglobin molecule consists of four subunits each consists of one heme and one polypeptide chain Each subunit can bind one molecule of Oxygen Oxygenation is a very rapid and reversible process and it can occur in 0.01 seconds When PO2 is high, oxygen binds with Hb to form Oxyhemoglbin When PO2 is low oxygen leaves Hb to form Deoxy Hb. Factors that shift the oxygen hemoglobin dissociation curve
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Bohr’s effect- The Bohr effect is a physiological phenomenon first described by Danish physiological Christian Bohr, stating that the “oxygen binding affinity of hemoglobin is inversely related to the concentration of carbon dioxide and hydrogen ion. #An increase in blood CO2 concentration which leads to decrease in blood pH will results in hemoglobin proteins releasing their oxygen load. #One of the factor that Bohr discovered was pH. He found that if the pH is lower than the normal, then hemoglobin does not bind oxygen. #And this effect of CO2 on oxygen dissociation curve is known as Bohr effect. Haldane effect- The Haldane effect is first discovered by John Scott Haldane. #The Haldane effect describe the phenomenon by which binding of oxygen to hemoglobin promotes the release of carbon dioxide. #Haldane effect is the mirror image of Bohr effect. #The decrease in carbon dioxide leads to increase in the pH, which result in hemoglobin picking up more oxygen. #This is a helpful biochemical feature which facilitates exchange of carbon dioxide for oxygen in the pulmonary and peripheral circulations.
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Supply of oxygen to tissues mainly involves two systems i.e. respiratory system and the cardiovascular system. Supply of oxygen to tissues depends upon Adequate PO2 in atmospheric air Adequate pulmonary ventilation Adequate gaseous exchange in the lungs Adequate uptake of oxygen by the blood Adequate blood flow to the tissues Adequate ability of the tissues to utilize oxygen Oxygen diffuses from the alveoli into the pulmonary capillary blood because the oxygen partial pressure (Po2) in the alveoli is greater than the Po2 in the pulmonary capillary blood. In the other tissues of the body, a higher Po2 in the capillary blood than in the tissues causes oxygen to diffuse into the surrounding cells. The Po2 of the gaseous oxygen in the alveolus averages 104 mm Hg, whereas the Po2 of the venous blood entering the pulmonary capillary at its arterial end averages only 40 mm Hg Therefore, the initial pressure difference that causes oxygen to diffuse into the pulmonary capillary is 104 – 40, or 64 mm Hg. About 98 percent of the blood that enters the left atrium from the lungs has just passed through the alveolar capillaries and has become oxygenated up to a Po2 of about 104 mm Hg. Another 2 per cent of the blood which supplies mainly the deep tissues of the lungs and is not exposed to lung air. This blood flow is called “shunt flow,” meaning that blood is shunted past the gas exchange areas One gram of Hb can bind 1.34 ml of Oxygen Normal level of Hb is 15 grams/dL Thus 15 grams of hemoglobin in 100 milliliters of blood can combine with a total of almost exactly 20 milliliters of oxygen if the hemoglobin is 100 per cent saturated This is usually expressed as 20 volumes per cent Hemoglobin is a conjugated protein consisting of heme and globin. The ferrous form can bind oxygen. Hemoglobin molecule consists of four subunits each consists of one heme and one polypeptide chain Each subunit can bind one molecule of Oxygen Oxygenation is a very rapid and reversible process and it can occur in 0.01 seconds When PO2 is high, oxygen binds with Hb to form Oxyhemoglbin When PO2 is low oxygen leaves Hb to form Deoxy Hb. Factors that shift the oxygen hemoglobin dissociation curve
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Bohr’s effect- The Bohr effect is a physiological phenomenon first described by Danish physiological Christian Bohr, stating that the “oxygen binding affinity of hemoglobin is inversely related to the concentration of carbon dioxide and hydrogen ion. #An increase in blood CO2 concentration which leads to decrease in blood pH will results in hemoglobin proteins releasing their oxygen load. #One of the factor that Bohr discovered was pH. He found that if the pH is lower than the normal, then hemoglobin does not bind oxygen. #And this effect of CO2 on oxygen dissociation curve is known as Bohr effect. Haldane effect- The Haldane effect is first discovered by John Scott Haldane. #The Haldane effect describe the phenomenon by which binding of oxygen to hemoglobin promotes the release of carbon dioxide. #Haldane effect is the mirror image of Bohr effect. #The decrease in carbon dioxide leads to increase in the pH, which result in hemoglobin picking up more oxygen. #This is a helpful biochemical feature which facilitates exchange of carbon dioxide for oxygen in the pulmonary and peripheral circulations.
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Neural control of respiration (like neural control of many other physiological functions, micturition, for example) is highly complex and not fully elucidated. Research is still going on to determine the centers in the brain and their complex interactions. There may be variations of opinion between different researchers depending on newer findings. Every effort has been made to keep this information as current and authoritative as possible, yet in a simple enough form for the student to understand and digest the information. Dr Sanjoy Sanyal, Professor and Course Director of Neuroscience and FCM-III Neurology in Caribbean created this PPTX after studying this complex topic for a very long time. Tags: Respiration, Breathing, Respiratory Centers, Brainstem, Apneustic Breathing, Biots Breathing, Cheyne-Stokes, Ataxic, Agonal, Kussmaul, Brainstem Reticular Nuclei, NTS, Locus Ceruleus, Fastigial, Raphe nucleus, Vagus, RTN nucleus, pFRG nucleus, Kolliker-Fuse, PBC nucleus, RVL nucleus "Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use." Educational Value: A very complex and poorly understood topic has been rendered in as simple a format and style as possible, so as to make it easily digestible to any Basic Science medical student and Medical Resident
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The control of respiration seems to be based on the following factors: a) An intrinsic rhythm of the respiratory neurones of the medulla oblongata. This rhythm is dependent upon oxygen supply to the neurones involved. It is regulated by both reflex and chemical mechanisms. b) The chemical regulation of respiration concerns the hydrogen ion content of the respiratory neurones which in turn is dependent upon the carbon dioxide tension of the blood and the rate of flow of blood through the medulla. Variations in blood oxygen tension under normal conditions are not thought to be concerned with direct regulating effects on the respiratory neurones. The control of respiration seems to be based on the following factors: a) An intrinsic rhythm of the respiratory neurones of the medulla oblongata. This rhythm is dependent upon oxygen supply to the neurones involved. It is regulated by both reflex and chemical mechanisms. b) The chemical regulation of respiration concerns the hydrogen ion content of the respiratory neurones which in turn is dependent upon the carbon dioxide tension of the blood and the rate of flow of blood through the medulla. Variations in blood oxygen tension under normal conditions are not thought to be concerned with direct regulating effects on the respiratory neurones. The Chemical Control of Respiration As already pointed out the role of anoxemia is concerned with a direct depressing influence of oxygen lack on the respiratory cells of the medulla, and an opposing excitatory effect upon chemoreceptors in the carotid body whose stimulation results in reflex augmentation of respiration. The respiratory neurones of the medulla, however, are extremely sensitive to variations in the CO2 tension of the blood and somewhat less so to any other acids. In both cases the stimulatory effect concerns
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The major mechanism of CO 2 transport in the blood is by bound to CO 2 binding sites of hemoglobin dissolved in blood plasma bound to serum albumin bound to the O 2 binding site of hemoglobin as HCO - (bicarbonate ion) Receptors on cardiac muscle that decrease heart rate are ionotropic muscarinic adrenergic dopaminergic nicotinic Blood plasma is composed of all of the following EXCEPT dissolved gases water molecules electrolytes erythrocytes proteins As blood flows through a systemic capillary there is additional unloading of O 2 from hemoglobin because metabolites including CO 2 and H + shift the oxyhemoglobin curve to the left there is additional loading of O 2 onto hemoglobin because metabolites including CO 2 and H + shift the oxyhemoglobin curve to the right there is additional unloading of O 2 from hemoglobin because metabolites including CO 2 and H + shift the oxyhemoglobin curve to the right there is additional loading of O 2 onto hemoglobin because metabolites including CO 2 and H + shift the oxyhemoglobin curve to the left .
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DEV meet-up UiPath Document Understanding May 7 2024 Amsterdam
DEV meet-up UiPath Document Understanding May 7 2024 Amsterdam
UiPathCommunity
The integration landscape is changing rapidly with the introduction of technologies like GraphQL, gRPC, stream processing, iPaaS, and platformless. However, not all existing applications and industries can keep up with these new technologies. Certain industries, like manufacturing, logistics, and finance, still rely on well-established EDI-based message formats. Some applications use XML or CSV with file-based communications, while others have strict on premises deployment requirements. This talk focuses on how Ballerina's built-in integration capabilities can bridge the gap between "old" and "new" technologies, modernizing enterprise applications without disrupting business operations.
Modernizing Legacy Systems Using Ballerina
Modernizing Legacy Systems Using Ballerina
WSO2
Presented by Mike Hicks
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ThousandEyes
At its core, the challenge of managing Human Resources data is an integration challenge: estimates range from 2-3 HR systems in use at a typical SMB, up to a few dozen systems implemented amongst enterprise HR departments, and these systems seldom integrate seamlessly between themselves. Providing a multi-tenant, cloud-native solution to integrate these hundreds of HR-related systems, normalize their disparate data models and then render that consolidated information for stakeholder decision making has been a substantial undertaking, but one significantly eased by leveraging Ballerina. In this session, we’ll cover: The overall software architecture for VHR’s Cloud Data Platform Critical decision points leading to adoption of Ballerina for the CDP Ballerina’s role in multiple evolutionary steps to the current architecture Roadmap for the CDP architecture and plans for Ballerina WSO2’s partnership in bringing continual success for the CD
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Less Is More: Utilizing Ballerina to Architect a Cloud Data Platform
WSO2
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Join our latest Connector Corner webinar to discover how UiPath Integration Service revolutionizes API-centric automation in a 'Quote to Cash' process—and how that automation empowers businesses to accelerate revenue generation. A comprehensive demo will explore connecting systems, GenAI, and people, through powerful pre-built connectors designed to speed process cycle times. Speakers: James Dickson, Senior Software Engineer Charlie Greenberg, Host, Product Marketing Manager
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Connector Corner: Accelerate revenue generation using UiPath API-centric busi...
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Effective data discovery is crucial for maintaining compliance and mitigating risks in today's rapidly evolving privacy landscape. However, traditional manual approaches often struggle to keep pace with the growing volume and complexity of data. Join us for an insightful webinar where industry leaders from TrustArc and Privya will share their expertise on leveraging AI-powered solutions to revolutionize data discovery. You'll learn how to: - Effortlessly maintain a comprehensive, up-to-date data inventory - Harness code scanning insights to gain complete visibility into data flows leveraging the advantages of code scanning over DB scanning - Simplify compliance by leveraging Privya's integration with TrustArc - Implement proven strategies to mitigate third-party risks Our panel of experts will discuss real-world case studies and share practical strategies for overcoming common data discovery challenges. They'll also explore the latest trends and innovations in AI-driven data management, and how these technologies can help organizations stay ahead of the curve in an ever-changing privacy landscape.
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TrustArc Webinar - Unlock the Power of AI-Driven Data Discovery
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The presentation was made in “Web3 Fusion: Embracing AI and Beyond” is more than a conference; it's a journey into the heart of digital transformation. The conference a provided a platform where the future of technology meets practical application. This three-day hybrid event, set in the heart of innovation, served as a gateway to the latest trends and transformative discussions in AI, Blockchain, IoT, AR/VR, and their collective impact on the information space.
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Discover the innovative features and strategic vision that keep WSO2 an industry leader. Explore the exciting 2024 roadmap of WSO2 API management, showcasing innovations, unified APIM/APK control plane, natural language API interaction, and cloud native agility. Discover how open source solutions, microservices architecture, and cloud native technologies unlock seamless API management in today's dynamic landscapes. Leave with a clear blueprint to revolutionize your API journey and achieve industry success!
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WSO2's API Vision: Unifying Control, Empowering Developers
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Tracing the root cause of a performance issue requires a lot of patience, experience, and focus. It’s so hard that we sometimes attempt to guess by trying out tentative fixes, but that usually results in frustration, messy code, and a considerable waste of time and money. This talk explains how to correctly zoom in on a performance bottleneck using three levels of profiling: distributed tracing, metrics, and method profiling. After we learn to read the JVM profiler output as a flame graph, we explore a series of bottlenecks typical for backend systems, like connection/thread pool starvation, invisible aspects, blocking code, hot CPU methods, lock contention, and Virtual Thread pinning, and we learn to trace them even if they occur in library code you are not familiar with. Attend this talk and prepare for the performance issues that will eventually hit any successful system. About authorWith two decades of experience, Victor is a Java Champion working as a trainer for top companies in Europe. Five thousands developers in 120 companies attended his workshops, so he gets to debate every week the challenges that various projects struggle with. In return, Victor summarizes key points from these workshops in conference talks and online meetups for the European Software Crafters, the world’s largest developer community around architecture, refactoring, and testing. Discover how Victor can help you on victorrentea.ro : company training catalog, consultancy and YouTube playlists.
Finding Java's Hidden Performance Traps @ DevoxxUK 2024
Finding Java's Hidden Performance Traps @ DevoxxUK 2024
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Retrieval augmented generation (RAG) is the most popular style of large language model application to emerge from 2023. The most basic style of RAG works by vectorizing your data and injecting it into a vector database like Milvus for retrieval to augment the text output generated by an LLM. This is just the beginning. One of the ways that we can extend RAG, and extend AI, is through multilingual use cases. Typical RAG is done in English using embedding models that are trained in English. In this talk, we’ll explore how RAG could work in languages other than English. We’ll explore French, Chinese, and Polish.
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Introduction to Multilingual Retrieval Augmented Generation (RAG)
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