A book on how technology has changed healthcare

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Series ISSN : Edition Number : 1. Number of Illustrations : 44 illustrations in colour. Skip to main content. Search SpringerLink Search. Editors: Gerhard Spekowius 0 , Thomas Wendler 1. View editor publications. Unique combination of state of the art summary, recent breakthrough and future outlook Excellent overview of industrial technology research in the addressed areas in combination with clinical validation Combination of traditional reseach area imaging, hospital oriented research with new trends and perspectives molecular medicine, personal health care Interesting mix of high quality chapters addressing selected fields of medicine.

Buying options eBook EUR Softcover Book EUR Hardcover Book EUR Learn about institutional subscriptions. Table of contents 31 chapters Search within book Search. Page 1 Navigate to page number of 2. Front Matter Pages i-xxvi. Diagnostic Imaging Falko Busse Pages Hall Pages Misch, M. Egger, H. Hines, K. Fiedler, I. Carlsen Pages Pages Moonen, Charles Mougenot Pages Start your free trial.

State of Healthcare Technology by Kerrie L. Book description Few industries in this disruptive age are experiencing greater change than healthcare. Show and hide more. Table of contents Product information. ISBN: You might also like book 40 Algorithms Every Programmer Should Know by Imran Ahmad Learn algorithms for solving classic computer science problems with this concise guide covering everything from fundamental … book Flow Architectures by James Urquhart Dominated by streaming data and events, the next generation of software development optimizes not only how … book Analytical Skills for AI and Data Science by Daniel Vaughan While several market-leading companies have successfully transformed their business models by following data- and AI-driven paths, … book AI and Medicine by Mike Barlow Data-driven techniques have improved decision-making processes for people in industries such as finance and real estate.

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But the benefits of telemedicine can stretch far beyond efficiency and convenience for the average patient experience—it can also cut costs and may someday be able to take preventative care to the next level. Charlie Chen is a plastic and reconstructive surgeon who is very active in the technology sphere—an important factor for a doctor who is often in an operating room in which technology now plays a prominent role.

Implantable devices are also available that send real-time blood flow data directly to our phones. In the wake of the advancements brought on by telemedicine, Dr.

Chen sees this as only the beginning of our capabilities with surgical technology, citing the possibility of things like robotics that can be virtually controlled by surgeons who are not directly in the operating room. In many cases, the combination of two evolving technologies will only open up more possibilities when it comes to medical treatment. For example, Raja suggests that these complementary technological capabilities could equip medical personnel with advanced features, such as X-ray vision and heat-sensing abilities.

It also improves safety and compliance efforts. Such a tool can greatly improve accuracy when it comes to blood draws or IV insertions, minimizing the likelihood of having to stick a patient multiple times.

From streamlining the patient care process and cutting costs to developing groundbreaking medical capabilities and breakthrough treatment opportunities, our digital age has an array of possibilities that await within the medical world.

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Department of Education. Personalized treatment Another way technology is driving our healthcare system forward is in its ability to increase patient engagement through the use of devices and wearable technology. Telehealth Telehealth , which includes virtual healthcare , uses technology to improve the efficiency of communications between healthcare providers, clinics and patients. Surgical technology Dr. Request More Information. The augmented reality now helps surgeons and their teams perform complex operations.

Virtual and augmented reality devices can also help improve health and fitness outcomes among patients. With the availability of procedures like robotic knee replacement and the use of gene therapy in cancer treatment , it is evident that the role of technology in healthcare is bound to grow exponentially in the time to come.

Information and Communication Technology. Developments in information and communication technology are constantly improving and streamlining how the healthcare industry functions and how patients interact with their care providers.

Medical experts have access to comprehensive research studies as well as diverse population groups that offer new insight into genetics, diseases and care outcomes. Care providers can compare patient data with many other patients, identify risk factors, and suggest preventive treatments using this new technology. This technology has given a huge boost to medical tourism; making it possible for patients to get in touch with specialists in practically any part of the world for consultations and second opinions; regardless of where they themselves are located.

Following remote communications such as video conferences, patients can then travel to another country to receive specialized treatment or highly advanced surgery.

Telemedicine takes the digitization of healthcare to its next logical step ; letting patients consult with specialist practically anywhere in the world. This is technology applied to the healthcare system to overcome distance barriers and facilitate critical care in emergency situations; potentially saving lives. Telemedicine has made it possible for patients to use telemedical devices to receive home care and support using various applications and video telephony.

This can significantly reduce waiting time for patients; speeding up treatment delivery processes. Telemedicine facilitates remote patient monitoring by healthcare professions. This can help manage chronic conditions effectively and economically with the help of various apps and devices. Additionally, real-time interactive services make it possible for patients to consult electronically with healthcare providers. This is essentially video conferencing that helps with diagnosis, management, counselling, and patient monitoring.

Technological developments are better adopted into the healthcare fields in some parts of the world than others. Developed nations have been able to harness technology more efficiently for improved patient care; however, developing nations are catching up quickly. About Help Terms Privacy. Mila Jones is a Senior Business Consultant, With rich experience in the domains of technology consulting and strategy. Twitter: miilajones. Open in app Sign up Sign In.

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Below are the benefits that technology has given to the field of medicine:. Despite the benefits of technology, healthcare providers still need to make sure that technology does not get in the way of providing quality care. Technology is only a tool, and technology cannot replace good medicine. Medical providers have to constantly use technology wisely and responsibly so that they can continue to provide high-quality outcomes for their patients. Patients will be able to benefit from technology that will improve their quality of life, but technology cannot replace the doctor-patient relationship.

Therefore, it is still important for healthcare providers to face their patients in person and to engage with them. As technology has improved, there are now many ways for healthcare providers to promote better health outcomes for the people.

By using technology in the medical field responsibly, more people will be able to achieve better health outcomes. This will help create a healthy society that will be able to work and live more productively. Judy Wilderman October 22, am. Benefits of Technology to Medicine The world of healthcare is constantly changing. This has helped pave the way towards more personalized treatment methods for patients. Technology has helped improve the safety and accuracy of medical procedures: The use of technology in the healthcare industry is on the rise, with more than one million people getting robotic spine surgery every year due to its precision.

It helps decrease surgical errors by eliminating human error from manual tasks such as correct positioning during a procedure. As a result, medical procedures have become safer and more accurate because of technology.

Technology has given physicians better tools to diagnose: With the help of technology, physicians have been able to quickly make a diagnosis for their patients with more accuracy than ever before. In fact, some medical centers use virtual reality technology in order to simulate surgery so doctors can practice before the real thing. Technology has changed how patients learn about their health: Another way technology has helped improve medical procedures is by giving patients more information about their conditions and treatments, so they feel empowered to make decisions for themselves.

Technological evolution and advancement over the past few years have paved the way for unbelievable changes in this area. Wearables, laser and robotic surgery and augmented and virtual reality are just a few of the more dramatic recent advances in healthcare technology. While they have not cured everything yet, better tools and access to information in helping them to learn more, faster and develop tools and treatments more rapidly than healthcare providers keep up with.

While few would question the benefits of technology for healthcare and human outcomes, continued development will be closely watched for its effects on the industry and system of healthcare and the wide-ranging human impacts that come with any change. The Internet has changed the way patients are checked in and out of an office or hospital by using the Internet-based software. It has also changed the way physicians analyze data, with instant access to large quantities of data available with the click of a mouse.

With the ability to search the Internet for symptoms and conditions to assist in the diagnosis and treatment process, many patients have taken their healthcare into their own hands. Patients were once limited to seeking the advice of a professional or tracking down and reading a book to learn about their condition. Now free information about diagnoses, conditions, treatments and first-hand experiences is in their pockets.

Video and messaging apps, as well as photo and sensor diagnostics, are being developed to extend the range of solutions available remotely. Smartwatches, phone apps and add-ons and other wearables, or at least mobile, technology is a growing trend that empowers patients and their care providers with detailed real-time data. Healthcare providers can have automated alerts for critical health events, or simply benefit from the aggregate data to be reviewed during regular check-ups, while patients can use the data to monitor and shift their own behavior and outcomes, and be informed to make more considered choices.

Current and in-development tools and treatments push the boundaries of the best science fiction, offering futuristic interventions that range from augmented reality to Nanorobots that swim through your bloodstream. While diagnostic technology such as MRI and CT scans have been around for some time, small and portable diagnostics are becoming more and more accurate, accessible and cost-effective, while robotics technology offers solutions for everything from senior care to exoskeletal solutions for the paralyzed.

Through robust 3D training tools which helps doctors to learn about Anatomy without having to cut open a cadaver. It takes raw data from MRI and CT scans and alters it into 3-D holographic images so it can check and interact with tissues and organs of a patient as if they were real physical objects.

Medical 3-D imaging is old, but how organs show to pop out of the screen as well as the comfort at which the anatomy can be affected has never been seen before in medical sector.