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105

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Health Science

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Dec 6, 2023

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Formal Outline Format for Informative Speech Note: Use complete sentences Label the parts of the Introduction and conclusion as shown below. Use the notation format shown below (Roman numerals, capital letters, Arabic numbers, etc.) Your outline may have between 2-4 main points and more or less sub and sub sub-points than the example below. Include your APA formatted Reference page on a separate page (You must have 5 references for this assignment) DO NOT INCLUDE THE ABOVE INFORMATION ON YOUR OUTLINE! BEGIN WITH YOUR TITLE. Keep everything that is bold - delete anything italicized. Evolution of Healthcare Devices Specific Purpose: I want my audience to understand how healthcare devices have changed for the better. Thesis: The evolution of healthcare devices over time has transformed the medical field by leveraging technological innovations to enhance diagnosis, treatment, and patient care, resulting in improved accuracy, efficiency, and the overall quality of healthcare services. INTRODUCTION Gain Attention (Attention-Getting Device) Who here has ever gotten an x-ray before? Establish Relevance Have you ever thought about what it would be like to get x-rays one hundred years ago? Establish Credibility Healthcare devices have a very wide range of devices. Whether it be an insulin pump, thermometer, heart-rate monitor, or an ultrasound device, all of these devices have changed drastically over time. Identify topic (Thesis) The evolution of healthcare devices over time has transformed the medical field by leveraging technological innovations to enhance diagnosis, treatment, and patient care, resulting in improved accuracy, efficiency, and the overall quality of healthcare services. Preview Main Points The evolution of healthcare devices has assisted in a trans-formative era in the field of medicine, reshaping the way healthcare is delivered, and revolutionizing patient care. Over the

years, we have witnessed a remarkable progression in medical technology, from the simple instruments of the past to the highly sophisticated and interconnected devices of today. This evolution has not only significantly enhanced the capabilities of healthcare professionals but has also empowered individuals to take more control of their own health. In this speech, we will explore the historical journey of healthcare devices, tracking their evolution and examining the profound impact they have had on the healthcare industry, ultimately leading to improved patient outcomes and a more efficient healthcare system. Transition: First of all, healthcare has obviously been around forever, the outcomes of patients have definitely improved overtime due to newly found technology. BODY Healthcare, an ever-evolving field, is currently experiencing a profound transformation fueled by newly found technology. From the early days of medicine, when diagnosis and treatment relied heavily on manual skills and limited knowledge, to the present day, where cutting-edge technology has become an integral part of healthcare, the impact of innovation on the industry is undeniable. The roots of healthcare technology can be traced back to ancient times when medical practices were guided by intuition and limited scientific knowledge. From 1900 to 2013 the death rate due to medical technology advances fell by almost 90% according to the article MORTALITY IN THE UNITED STATES: PAST, PRESENT, AND FUTURE by the University of Pennsylvania. Innovations in surgical instruments, such as minimally invasive surgery tools and robotic-assisted surgery, have improved surgical precision and reduced recovery times. Early medical tools were very elementary, consisting of items such as bone drills, knives, and basic diagnostic instruments. Where as today they are using much more highly advanced tools such as medical grade drills, scalpels, and highly technical medical diagnosis devices. The X-ray machine, invented by Wilhelm Roentgen in 1895, revolutionized diagnostic capabilities by allowing physicians to visualize the internal structures of the human body. Subsequent innovations, such as computed tomography (CT) scans and magnetic resonance imaging (MRI), have further enhanced the accuracy of diagnosis and treatment. Early X-ray machines exposed both patients and operators to high levels of radiation, often resulting in harmful effects. Over time, safety measures and regulations have been implemented to reduce radiation exposure.

X-ray machine design evolved to enhance image quality while reducing radiation exposure. Innovations such as the rotating anode, improved X-ray tubes, and image intensifiers increased image sharpness and reduced exposure times, making the process safer for both patients and healthcare professionals. The introduction of digital technology eliminated the need for X-ray film and chemical processing, allowing for instant access to high-quality images. CT scans, a form of X-ray imaging, have become a separate and highly advanced technology since their introduction in the mid-20th century. CT scanners have evolved to produce detailed cross-sectional images, 3-D reconstructions, and faster scan times, improving the diagnosis of various medical conditions. Modern CT scans offer higher image resolution and faster scan times, reducing patient discomfort and the need for repeated scans. These advancements have not only enhanced the accuracy of diagnosis but have also expanded the range of medical conditions that can be effectively imaged. Developments in CT technology have led to reduced radiation exposure, a key concern in medical imaging. Transition: Everyone here has used a medical device or had a medical device used on them at least once in their life. There are many new devices we can wear on a daily basis to track our health. Wearable technology, such as fitness trackers and smartwatches, has become increasingly popular. These devices can monitor vital signs, track physical activity, and provide real-time health data to users and healthcare providers. Almost 1 in 3 Americans wear some kind of smartwatch to track their health. Lots of companies have made it very possible and inexpensive to track your health through a watch you wear on your wrist. The development of remote monitoring devices allows patients to manage chronic conditions from the comfort of their homes. These devices transmit vital health data to healthcare professionals, enabling early intervention and reducing hospital re-admissions. RPM stands for Remote Patient Monitoring and is becoming very popular recently because of the easy access to tracking your health from your house. RPM is particularly valuable for individuals with chronic conditions like diabetes, hypertension, heart disease, and respiratory illnesses. Healthcare providers can closely track these patients' health metrics and intervene when necessary, preventing complications and hospitalizations.

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