| Papers [1-16] of 100 :: [Page 1 of 7] | | Go to page : 1 2 3 4 5 6 7 —> | Search results on "MEDICAL TECHNOLOGY": |
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Medical Imaging Technology, 2004.
Talks about the importance of medical imaging technology and how proper use of the technology is determined by proper understanding, guidance, and training.
1,032 words (approx. 4.1 pages), 3 sources, APA, AU$ 52.95
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Abstract
This paper looks at the advances in medical imaging technology and how these advances have made it necessary to have university programs devoted entirely to medical imaging technology. The paper also looks at why this technology can so easily be used inappropriately and how focusing on its potential and promise can help solve this problem.
From the Paper
"Technology and technology applications in the medical fields are proliferating faster than proverbial rabbits. The advances in digital transmission of data, together with application of MRI technology and micro circuitry have created opportunities for the medical profession to gain more accurate information, analysis, and prognoses than ever before. MRI machines produce images which are clearer, and virtually three dimensional for the medical staff to use to accumulate diagnostic information. In previous decades, developing the talents to read imaging devices was included in part of broader based medical disciplines. But today, universities have advanced BS and MS degrees in medical imaging technology."
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Modern Medical Technologies, 2007.
An analysis of the hope that is placed in modern medical technologies.
786 words (approx. 3.1 pages), 2 sources, APA, AU$ 41.95
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Abstract
This paper discusses modern medical technologies, such as stem cell research, cloning and genetic mapping. It specifically discusses the hope that many people place on this research for cures to all diseases. The paper analyzes whether this hope is warranted or realistic. It analyzes the arguments and the advantages and disadvantages of these technologies to arrive at its conclusions.
From the Paper
"The key idea that is shared by proponents of technological medical innovations, such as stem cell research, cloning, and genetic mapping, is that medicine can achieve magical cures. Yet this misses the point that this kind of intervention would just be one small part of curing diseases. It is necessary to be aware of the holistic picture of disease: many factors combine to cause disease. These include environmental factors, lifestyle factors, and socioeconomic factors. Unless all of these are addressed, disease will not be significantly reduced. In addition, many of these factors are easier and cheaper to address, than expensive research interventions. For example, if some of the money that was spent on the human genome project was spent on creating better neighborhoods for impoverished people, or on providing a better quality of nutrition for poor people, it might cause more of a reduction in disease than the persistent search for a technological "magic bullet" that will cure all diseases. On the individual level, it would be cheaper for me to eat healthily, get plenty of exercise, and generally lead a healthy life, rather than to start saving to have a new heart cloned for myself once I have destroyed the one I already have with unhealthy habits."
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Medication, Errors and Technology, 2008.
This paper looks at the electronic medication administration record (E-MAR) system of medication administration.
1,322 words (approx. 5.3 pages), 3 sources, MLA, AU$ 64.95
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Abstract
In this article, the writer discusses the E-MAR that consists of a combination bedside medication administration tool and electronic medication administration record (E-MAR) which is designed to provide safety and flexibility in medication administration. The writer explains that the primary function of bar-coded medication administration is to reduce medication errors at the point of care. The E-MAR makes use of bar-code scanning technology which scans the patient's ID, identifies the caregiver and the medication. The writer then discusses advantages and disadvantages to the use of the E-MAR. The writer notes that the most significant benefit of the E-MAR is that it greatly reduces the potential for drug errors. The writer concludes that bar-coded medication administration should be adopted because of its contribution to optimal patient safety.
Outline:
Benefits of the E-MAR
Disadvantages
Recommendations
From the Paper
"The system contains its own built-in decision making tools related to certain medications. It is also designed to conform to regulatory compliance. Use of the E-MAR assists in preventing drug interactions as well as missed doses. These tasks are achieved through reminders received at the nurses' station that display a window of opportunity for effective dose administration along with identifying critical drugs that require priority administration. The system is designed to capture pre- and post-dosage clinical charting. The E-MAR identifies the patient to the system, and determines the medications that have been ordered. The system then checks for allergies and drug interactions, and reviews the dosing schedule. The E-MAR also can manage its own inventories for medication supplies on the floor.
"The E-MAR system assists in documentation since it provides reminders related to charting, assessment, or documentation of an outcome. In addition, the E-MAR allows for complete point of care documentation, automated ordering of medications, along with critical pre- and post-dosing clinical charting support."
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Medical Ethics: Stem Cell Technology, 2008.
A debate on the medical ethics connected to stem cell technology.
1,092 words (approx. 4.4 pages), 3 sources, APA, AU$ 55.95
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Abstract
This paper discusses the controversial subject of stem cell technology, explaining that at present the only types of stem cell derivative therapies that are eligible for federal funding are those for which adult stem cells are useful. The writer presents arguments in favor of stem cell research and explains how the controversy surrounding the ethics of stem cell research transcends the field of medicine, as they raise legal issues at the core of the US constitutional system.
From the Paper
"The controversy surrounding the ethics of stem cell research transcend the field of medicine, because they raise legal issues at the core of our constitutional system. Secular medical ethicists define life much differently than traditional religious philosophers, in that scientists employ objective criteria like the development of neural structure, circulation, brainwaves, and the concept of consciousness or sentience. Religious philosophers object to any research use human tissue from the moment it is fertilized, at which point they consider it exploitation of a human being who is fully entitled to human rights and to the protection of law (Sagan, 1997).
"The imposition of religious definitions into secular laws violates the fundamental constitutional principle of separation of Church and State upon which the United States was originally founded. At present, federal funding restrictions passed by the Bush administration severely constrains the field of embryonic stem cell research, forcing some patients to seek derivative therapies abroad, where valuable stem cell research continues without governmental interference."
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Medical Practice Management Technologies, 2004.
An overview of the advantages of computerized physician order entry (CPOE).
2,482 words (approx. 9.9 pages), 8 sources, MLA, AU$ 109.95
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Abstract
This paper examines how adverse drug events result in more than 770,000 injuries and deaths each year and how computerized physician order entry (CPOE) is widely acknowledged as an important tool in preventing this problem. It looks at how many health care organizations are evaluating the purchase of large, integrated clinical information systems to replace existing paper processes and support CPOE; these systems make use of not only the Internet, but also freestanding peripherals and other equipment, such as handhelds. In addition to automating a number of clinical processes, including medication ordering, prescribing, and administration, such systems contain alerts and knowledge-based guidance that warn clinicians about potential medication errors.
Outline
Introduction
Current State of the Technologies
Former Methodology
Implementation and Impact
A Note About Integrating Handhelds
Impact on Practice
Cost/Benefit Analysis
Stakeholder Analysis
Role of Government
Assessment
From the Paper
"A look at the situation at Montefiore Medical Center (MCC) in New York City will provide a case in point for computerized physician ordering systems. MMC is a not-for-profit, urban academic health system containing approximately 1,000 beds housed in three facilities. It employs about 2,000 full-time and part-time physicians, plus almost 800 medical house officers, a total of about 1,800 nursing personnel, and more than 9,000 administrative personnel and support personnel, as well as other ancillary functions. The pharmacy department alone employs some 85 pharmacists plus 70 support personnel. In addition to the enormous staff, a large proportion of MMC?s patients are in capitated contracts."
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Technology Tradeoffs: The Two Sides of Innovation, 2008.
A discussion of the pros and cons of some medical and technological innovations.
848 words (approx. 3.4 pages), 4 sources, APA, AU$ 44.95
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Abstract
This paper discusses a number of the positive and negative effects of some medical discoveries and technological inventions. The author points out the controversies that have arisen around the innovations that are described. The author concludes that it is necessary to be aware of the problems and risks as well as of the advantages that accompany innovative science and technology.
From the Paper
"In a short decade, the Internet has transformed the world. Evolving global communication goes hand-in-hand with the growth and complexity of technology. As new innovations are continually being invented, improved and integrated with other products, they are enabling new modes of interaction. Where people primarily communicated by telephone, now they readily go online for e-mailing, instant messaging, teleconferences, and videoconferences. The Internet is connecting remote places throughout the world and spreading information, education and entertainment to people of all ages and backgrounds."
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Healthcare Technology and Diabetes, 2008.
This research paper provides a literature review and a detailed analysis and discussion on new technology involving insulin pumps for the nursing and medical professions.
11,941 words (approx. 47.8 pages), 31 sources, APA, AU$ 334.95
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Abstract
Advances in modern medical science have created a number of new devices that can be used to improve health outcomes, reduce costs and bolster quality of life for the patient. Although many medical advances and technologies have been considered in the context of evidence-based medicine, some technologies are still being evaluated to determine their usefulness and applicability in different healthcare environments and settings. Thus, nursing professionals working in the field can face some notable challenges when it comes to applying new technologies to clinical practice. With the realization that efforts to advance empirical research and evidence-based medicine are still incomplete in a number of pertinent healthcare areas, there is a direct impetus to consider how advances in medical technology are currently being addressed by scholars and professionals. Using this as a basis for investigation, this research considers what has been noted about the utilization of insulin pumps. Specifically, this research provides a review of the technology, its application for improving patient outcomes and health and its use in surgery. Through a careful review of what has been noted on this topic, it is possible to determine if insulin pumps have been widely employed in the context of surgery and the protocols that have been developed for their use in this setting.
Outline:
Introduction
Literature Review
Type I Diabetes: Definition, Scope and Impact
Type 2 Diabetes
Insulin Pumps: An Overview
Summary
Insulin Pumps and Surgery
Glycemic Control during Surgery
Summary
CSII and Surgery: Postoperative Phase
CSII during Surgery: Intra- or Perioperative
Developing Best Practices
Summary/Discussion/Recommendations
Summary/Discussion
Recommendations
Conclusion
From the Paper
"Despite the fact that there is ample research which demonstrates the benefits and drawbacks of perioperative use of continuous subcutaneous insulin infusion to achieve glycemic control, Gustafson (2002) provides another twist to perioperative applications of CSII by examining the use of different solutions for continuous insulin. Specifically, this author considered the use of a dextrose 5%-based cardioplegic solution and blood glucose (Group 1) and normal saline 0.9%-based cardioplegic solution and blood glucose on a sliding scale (Group 2) to provide intraoperative support for glycemic control of type 1 and 2 diabetics during cardiac surgery. Glucose levels were monitored before and after placing the patient on bypass and every 30 minutes while the patient was on bypass. The results of the investigation indicate that Group 2 protocol provided a superior means for improving glycemic control during surgery."
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Protecting Electronic Medical Records, 2002.
A look at how technology improves health care services
4,210 words (approx. 16.8 pages), 30 sources, AU$ 162.95
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Abstract
This paper examines the way advanced technology improves health care. The author looks at various fields for improvement such as quality of health care, costs of health care and the storing of health care information. Included is an analysis of objectives and opportunities for this new system.
Table of Contents
Cover Page
Table of Contents
Executive Summary
Problem Definition/Opportunity
Objectives
Data Analysis
Changes in the Health Care Delivery System?
Managed care?New Users of Health Information?
Integrated Delivery System
The Electronic Medical Record?
Content of Electronic Medical Records?
Advantages of Electronic Medical Records?
Disadvantages of Electronic Medical Records
Why is Protection of Medical Records Information Critical?
Examples of Misuse?
Improper Disposal?
Improper Disclosure?
Improper Access
Methods By Which Electronic Records May Be Protected
Current Federal and State Legislation
Federal Protections?
Privacy Act of 1974?
Freedom of Information Act of 1966?
Americans with Disabilities Act?
Medicare Conditions of Participation?
Constitutional Law
State Protections?
Statutes?
Common Law
Private Sector
Health Insurance Portability and Accountability
Findings
Recommendation
Bibliography
From the paper:
"Information technology promises many benefits to health care. By helping to make accurate information more readily available to providers, payers, researchers, administrators, and patients, advanced computing and communications technology can help improve the quality and lower the costs of health care. Information technology is becoming increasingly important to the health care industry as organizations attempt to find ways of lowering the costs of care while improving its quality. Much of the demand for information technology is driven by structural changes in the health care industry and its methods of care. At the same time, the prospect of storing health information in electronic form raises concerns about patient privacy and data security."
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The Importance of Science and Technology in Canada., 2006.
A look at the relationship between science and technology from a Canadian perspective.
1,800 words (approx. 7.2 pages), 6 sources, AU$ 102.95
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Abstract
This paper discusses the link between science and technology, as advances in science make technology and advances in technology possible. It further discusses Marx's idea that science and technology are always closely linked with progress and development, especially over the last 200 years. Science has made many things possible. Science has been able to identify, recognize, understand and explain many things and processes in our world and the universe. Medical science and technology are now able to treat and cure many diseases that were fatal in the past. Technology has been able to revolutionize communications, transport and manufacturing.
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Digital Medical Imaging, 2007.
This paper discusses advances in technological healthcare, focusing on digital medical imaging.
1,236 words (approx. 4.9 pages), 8 sources, MLA, AU$ 61.95
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Abstract
In this article, the writer notes that during the past few decades, advances in healthcare have emerged, as new forms of technological integration have been implemented as part of the overall healthcare management system. The writer points out that healthcare providers, doctors and patients require more technological integration into the system providing real time data analysis and the possibility of enhancing medical knowledge. The writer notes that advances such as the possibility of faster, more efficient and effective healthcare are at the forefront of medicine, as digital imaging sees no boundaries for the future of healthcare. The writer concludes that the available research on digital medical imaging indicates that as improvements in health care become more necessary and evident, the technology will continue to improve the standards of health care for all individuals.
Outline:
Origin
Introduction into Healthcare
Impact on Healthcare
Pros and Cons
Advancements for the Future of Healthcare
From the Paper
"Digital medical imaging has several impacts on current healthcare services. Today, DIACOM is the ubiquitous standard in radiology and imaging industry for the exchange and management of images and image related information. Currently, in addition to the most basic DIACOM service, image transmission, a number of advanced services also exist. There is a DIACOM image archive service that allows images to be searched in a Picture Archiving and Communication System (PACS) by certain patient information, such as date the images were created and modality. These pictures are downloadable from the archive. DIACOM also offers a print service that allows for access to laser cameras or printers over a network so that multiple modalities and workstations can share printers. Another advanced service is a DIACOM modality worklist service that facilitates an automatically downloadable up-to-date worklist that includes the patient demographic data from the information system to the modality."
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The History of Ultrasound Technology, 2003.
A review of ultrasound technology, looking at its origns and development.
1,072 words (approx. 4.3 pages), 3 sources, MLA, AU$ 54.95
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Abstract
A look at the history and uses of ultrasound technology. According to the paper, ultrasound is a medical technology that is used to diagnose various diseases and other disorders, as well as contribute to a healthy pregnancy, or diagnose fetal abnormalities.
From the Paper
"Ultrasound technology's roots are in the development of SONAR technology in the mid-19th century. The concept of high-frequency sound waves, or "ultrasound," had been around since the late 18th century when an Italian scientist began exploring the natural navigational system used by bats. In 1876, Francis Galton developed the Galton whistle, which was capable of producing the high-frequency sounds, however, "The real breakthrough in the evolution of high frequency echo-sounding techniques came when the piezo-electric effect in certain crystals was discovered by Pierre Curie and his brother Jacques Curie in Paris, France in 1880" (Woo, 1). RADAR and radio technology developments during World War I also had a reasonable contribution to the early development of ultrasound."
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Humanity and Technology, 2004.
An analysis of the connections between humanity and technology.
1,557 words (approx. 6.2 pages), 6 sources, MLA, AU$ 74.95
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Abstract
This paper presents a discussion of the challenges between humanity and technology. The paper examines how modern medical technology has affected mankind. The controversial issue of whether human cloning is ethical, is discussed. The paper also explores what the major causes and effects of air pollution are.
From the Paper
"Technology is one's use of intelligence to create items and methods to improve one's environment. Technology is a central element of our humanity. Technology has changed our society and way of thinking. Human's selection of technology has been adapted as way of life and ethics have changed. We use technology to manage our society. Communication is improved through technology. With technology, we can make additional and enhanced products."
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DNA Technology Law and Public Policy, 2004.
A discussion of how the technologies of DNA science have revolutionized modern criminal law and medical research.
1,064 words (approx. 4.3 pages), 7 sources, APA, AU$ 54.95
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Abstract
This paper first provides background and historical information on DNA research and technology. The paper then discusses how this technology can be applied to modern law enforcement and the private and public policy issues that the collection of DNA information has given rise to. Finally, the paper takes a look at the future implications of this technology and the way it will revolutionize medicine and our understanding of genetic diseases.
From the Paper
"It was realized almost immediately, that blood typing had potential value for criminal identification investigations, paternity confirmation and exclusion, and other evidentiary purposes, because they were dictated by Mendel?s Laws of Inheritance. By the 1960s?, researchers had identified many other more subtle factors than surface antigens, enabling them to differentiate blood samples by virtue of specific enzymes and serum proteins that conferred much greater accuracy to the determinations (or exclusions) of identity revealed through blood studies."
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Instructional Technology, 2008.
A look at the use of human patient simulators for training nurses.
1,002 words (approx. 4.0 pages), 3 sources, APA, AU$ 51.95
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Abstract
This paper discusses how human patient simulators (HPSs) have been used in teaching students the fundamentals of pathophysiology, pharmacology and acute incident management, initially by medical schools for more than two decades and how they have only been introduced and utilized by nursing undergraduate and graduate education schools for less than a decade. The human patient simulator (HPS) by Medical Education Technologies, Inc. (METI) is utilized in this discussion.
Outline:
Hardware, Software and Faculty Support
Technology Competency Skills Required
From the Paper
"The scenario editor possesses more than 70 pre-scripted event scenarios that allow the instructor to create different situations that occur over the course of treatment of the "patient." Like the patient editor, it allows for tailoring of a standard scenario template to accomplish specific learning objectives or the creation of a custom scenario. Finally, a data recorder creates a precise record of patient interventions done by a specific user at a specific time index, which can be stored or printed for evaluation purposes. "
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Technology in Nursing, 2005.
An exploration of the use of technology in the nursing profession.
1,610 words (approx. 6.4 pages), 20 sources, APA, AU$ 80.95
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Abstract
This paper explores the use of technology in nursing. The paper looks at how nurses view technology, hospital use of technology, technology for nurse education, technology for pain reduction, and technology to reduce medical errors. The paper refers to studies of technology equipment. The paper concludes that there is resistance to new technologies among many nurses in spite of their benefits.
From the Paper
"This research paper explores the use of technology in nursing. The literature was reviewed and the following topics are presented..."
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Technology and Medicine.
This paper discuses and evaluates the impact of technology on medicine and healthcare.
1,940 words (approx. 7.8 pages), 14 sources, APA, AU$ 88.95
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Abstract
This paper explains that the new digital technology, including the ability to investigate the body and view diseases with the use of a computer-based digital microscope and other surgical and medical developments, has helped to improve immensely the medical field. The author points out that one of the most common critiques of technology in the medical field is that it depersonalizes the process of medical care and therefore makes healthcare less effective and merely a mechanical response to a set of predetermined computerized rules. The paper relates that healthcare institutions worldwide, which are under pressure from the public and governments alike to develop more efficient and cost-effective services, have adopted more efficient and time saving devices, which are digital and computer based.
Table of Contents
The Impact
The Advantages
The Disadvantages
Conclusion
From the Paper
"Another area where computerization can be of great assistance in the field of healthcare is through the automation and handling of food and kitchen work in hospitals and healthcare centres. Computerized systems have already been developed that can automate the cooking process in healthcare centre and hospitals and by so doing eliminate errors that might occur. These innovations also reduce costs and streamline the process of healthcare."
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