Sensors & Contextual Health
“Information is the lifeblood of medicine and health information technology is destined to be the circulatory system for that information - David Blumenthal”
Sensors with context are core of IoT (Internet of Things) momentum and sensors are going to detect events or changes in the environment. The environment could be your home, city, park, factory, mall or a human body. Sensors could detect changes in your body, blood or tears and warn us about the diseases like diabetes, heart attack or cancer in advanced stages. There are lot of wearables that are equipped with sensors can bring context to the mix to save lives or increase life span.
iTBra - early detection technology for breast cancer
A smart bra, known as iTBra from Cyrcadia health consists of two wearable breath patches which detect circadian temperature changes with in the breast tissue. Temperature measurements are sequentially taken over time and anonymized data obtained from the smart bra is communicated to the Cyrcadia servers via smart phone. Cyrcadia’s machine learning software, a series of algorithms categorize abnormal circadian patterns associated with the state of cancer.
Smart patches are designed to be worn under any brassiere and can detect early signs of cancer at home, without radiation (no mammograms or ultrasound screenings). A breast cancer examination could be completed by wearing the patches for 2 to 12 hours. So far it has been tested on 200 patients and it
Hence, I believe that the health IT is essential to transform the delivery of health care. Now, America’s health care providers and data users have made a huge improvement in expanding health information technology use. This improvement ensures data user 's safety when they exchange information electronically to one another.
Health care professionals have described how information technology is changing the way health care operates, and it has become the modern way of staying in touch with patients who have chronic conditions (Muhammad, Allen, Ali, Bonacina, & Adams, 2014). Education for patients can help prevent the addition of secondary conditions, and with proper instruction the disease process can be slowed down, all support patients can receive will benefit them and their family (Enworom & Tabi, 2015).
Additionally, I support your notion that providers need to be aware of the balance between managing information and actual “hands on” patient care. Since, health care information systems can be an extremely valuable tool, it may be easy to spend too much time focusing on the data. Seemingly, there are endless possibilities with unlimited potential when it comes
Health information technology (IT) has always been in development but within the last decade we are witnessing health IT move into new advancements we never thought we would see. In 2004, President Bush set a ten year goal for health IT
Information technology in health care has a vast potential, but is currently years away from being proficient. If everyone in the health care and IT departments had the right intentions and were able to use these programs to better patient outcomes, there would not be this lack of technology in hospitals. Health care is one of the biggest industries in the world, yet we cannot create a better way to deliver and receive information using technology. In my honest opinion, I believe that if the health care system does not overcome these simple dilemmas then there will never be an advance in IT within the
National Library of medicine as the interdisciplinary study of the design, development, adoption, and application of IT-based innovations in healthcare services, delivery, management and planning Applies concepts, assumptions, and exercises to real-life situations to reach superior health outcomes, this includes gathering, examining, and presenting data in a digital format (Venditto, 2014).
There is an explosive growth in wearable computing devices over the past couple of years mostly due to technological advances in smart devices. Although most of these are self-care monitoring devices the need for assisted living where a patient can be monitored continuously using these devices are emerging fast. In a typical monitoring system, various vital biological signals, fall risks and changes in predetermined health conditions are collected via sensors and shared with health care professionals for intervention if necessary. Most popular applications of self-care monitoring include daily activity monitoring, emergency and fall detection and rehabilitation. Despite these useful applications, the paradigms such as autonomy, context awareness and spontaneous interactions are not well integrated into these existing systems yet.
Yes, true digital communications and information resources affect almost every aspect of our lives—business, finance, education, government, and entertainment. The use of information technology (IT) is widely implemented in healthcare as well in order to change and improve the working conditions. An inadequate communication among health care practitioners is one the biggest way of causing medical mistakes. Unfortunately, information technology is not organized properly and it is planned, implemented, and operated narrowly for specific
Thermogram screening technique is a new method for breast cancer detection depended on the heat of the body. In normal cases, there is symmetrical in a thermal screen for both breasts but in abnormal cases, there is no symmetrical in a thermal screen for both breasts [63]. It is fast; economy; free of risk; less of painful besides that it has no ionizing radiation
The history of Health Information Management (HIM) and Health Informatics (HI) has evolved from using descriptive anatomical terminology within documents…to an electronic system where medical personnel can store and retrieve patient health information (Green & Bowie, 2016). Distinctively defined as different entities, by the American Health Information Management Association (AHIMA), both the HIM and HI bring to the forefront patient data that can be expended by diverse agencies and departments (American Health Information Management Association, 2016).
In a world of technology why would the medical field not follow suit? It would and does every day making leaps and bounds of progress to a better healthier you. One way of doing this is called e-Health technology which encompasses a wide variety of tools, including social media, mobile technology, and telehealth. With the right technology tools, consumers can be empowered and more engaged in their own health and health care. An at home health patient monitoring system is one way of moving what was reactive care in the past to preventive care in the present (McGee, 2012).
Technology plays a key role in the world today, it has integrated itself into society in so many ways. It’s true, the question isn’t whether technology will change the health and medical care in the U.S. but where the line is drawn. It all depends on how much technology is relied on. Medical technology should be used as a major tool, and not the ultimate decision maker. If that fine line isn’t crossed then technology can have a major positive impact on the health care in the United States and around the
Applying health information technology (HIT) can lead to further issues many organizations are not adequately prepared for. Although HIT is unquestionably the answer to deliver safe, efficient, and low-cost quality care, organizational leaders and providers are ill-equipped to fund and support advances in technology needed to fully perform its job. Additionally, even providers need to redefine their roles as they discover the impact of these technological changes in their practices. Since the only option is to move forward with advancing technology, health team providers should might as well be experts in health informatics to be able to direct the HIT’s course to meeting health care goals
The Internet of Things, or IoT, is changing the health care industry by redefining how apps, devices, patients and technology interact. It also changing how providers connect with people and how hospitals deliver new health care services. Integrated health care systems reduce overhead costs, increase operational efficiency and ensure that patients are receiving better care. Better management and implementation of technology will improve treatment outcomes because patient monitoring can be done on a real time basis and digital solutions give health care providers access real time information in order to make informed decisions.
The wearable health technology is a new fresh breeze in the world of technology and healthcare. It is an area of technology which is very fascinating for all the right reasons, and continues to expand across other domains as well. There are some excellent examples of real technology (currently on the market) such as: fitbit, mobile apps, smart-shirt, Ambulatory Blood Pressure Monitor, lumo-lift, Lifeband Touch and Heart Rate Monitor Earphones, fitness socks and the “jolt concussion-assessment” helmet device that has been used to monitor individuals affected by cardiovascular diseases. These health remote monitoring technology has the potential to improve the quality of healthcare services and enhanced the disease prevention by providing early