Applied HCI Principles And Jakob Nielson's Sixth Heuristic

The use of mobile technology in the healthcare industry has exploded in the last ten years. Mobile health or mHealth, provides an entire new aspect of the relationship between patients and their doctors and other medical providers. Mobile devices place important and critical information into a medical professional’s hands in real-time. Doctors can monitor a patient’s condition more frequently, allowing them to make better and more informed decisions and diagnoses.

The emergency department in the modern hospital is one of the most complex clinical settings to operate. According to Johnson, Sensei, & Capasso (2012), this department is an intersection of the diagnosis and treatment of emergency cases. As a result, it experiences immense volumes of patients every day. However, in most hospitals, patients visit the facilities with an indication of what they might be suffering from. Specifically, they use their iPhones to get a list of conditions that they might be having (Boncana, 2016). This method of detection has come to be known as mHealth. In this regard, mHealth, rather mobile health, is a method that patients use to enhance their health and medical practices via the use of mobile technology. The cell phones used in this approach are equipped with medical/health software, a personal digital assistant (PDA), and patient monitoring devices.

Today, the company has built a powerful platform for home healthcare that integrates wearable, sensors, voice technology and intuitive mobile apps and desktop interfaces for patients monitoring system at home. In addition, CareKit Health allows complex patients with chronic diseases to receive high quality care at home that results in improving

The recent surge in the launching of health apps has generated a lot of enthusiasm and interest in the development of versatile mobile health apps. If you are

CVS and Walgreens continue to fight as top competitors in a growing market. CVS has over 7,000 stores nationwide and is expanding, as is Walgreens today with over 8,000 stores. This market isn’t particularly easy to enter as a major player in the market early because of all the work that needs to be put in to install as many brick and mortar stores or get that much of the market share in a short amount of time. It takes many years to be truly established as a pharmacy chain as Walgreens has experienced, being founded in 1901 and CVS being founded in 1963. This is why the barriers to entry are somewhat high because of the high fixed costs with the construction of brick and mortar stores.

mHealth has the potential to change every aspect of the traditional health care system. It could provide a more effective health care delivery system and be cost saving with relatively limited resources. For consumers, mHealth proposes the potential of improved convenience, more active involvment in their own care, and greater personalization. For clinicians, mHealth could lead to more accurate, improved patient care and lesser demand of their time. Nevertheless, mHealth is currently between the early adopters and early majority, the chasm. To cross this chasm, a top-down strategy is needed to match mHealth’s bottom-up approach by app developers. mHealth stakeholders need to provide a roadmap for implementation that confirms its benefits to

Enid Montague supports that HIT technology manages medical information for not only the patients but for the health care providers as well, he states that healthcare challenges can be solved more effectively with more patient engagement. Technology allows the patients to better manage their care plans, providing feedback to their healthcare providers (Montague, 2014). When the patient provides more involvement with their health records then this provides patient-centered communication. The Journal of Communication and Healthcare team state the following, " We propose that patient centered communication is at the heart of delivering patient-centered care and that HIT applications that support patient-centered communication are most likely to result in improved outcomes for patients, caregivers, and healthcare providers" (Rutten, 2014, p. 255). HIT facilitates the distribution of a patient’s medical record to all healthcare providers, thus they are provided accurate diagnosis and

The boom in technology and mobile devices has led to an explosion of medical apps. Today there are hundreds of health-related apps available for download on androids, iphones, and other digital devices. Some apps strictly offer medical information but others offer consumers tips on diet, nutrition, best exercises for weight loss, healthy eating, the nearest emergency room, and what types of doctors are available in their facility. There are over 30 apps for diabetes alone and the same applies to other common chronic disorders like high blood pressure, obesity, cancer, arthritis and so on. Today, even cosmetic surgeons offer advanced anti-aging treatments that enable you to rejuvenate your skin.

Patient care applications are one element of HMIS geared towards patient centric management. According to Tan & Payton (2010) these applications are “designed to elevate patient care by providing the caregivers with relevant, current, accurate, reliable, and complete information”. An example of a patient care application is Google Health. With Google Health, patients can create one personal history

The tools and support systems available for patients and family are considered eHealth technologies. EHealth is defined as “information and communication technology (ICT) tools and services for health, whether the tools are used behind the scenes by healthcare professionals or directly by patients and their relatives” and this includes interactions between patients and/or health practitioners (Lindberg, Nilsson, Zotterman, Soderberg, & Skar, 2013, pg. 1). Technology in the form of internet use, text message (SMS), and telemedicine applications allow patients the ability to seek out more information, find peer-to-peer support groups, and also promotes self-efficacy and improved disease self-management (Stellefson et. al., 2015; Roblin, 2011; Chaparro-Diaz et. al., 2013; Kamei, 2013; Blake, 2008; Cantrell, 2015; Lindberg et al. 2013). By providing patients who suffer from chronic illness easier and more accessible ways of gaining information, and coping with their diagnosis, technology improves their quality of life. In some cases, people suffering from chronic illness are unable to complete daily tasks of living, leave their homes, or have compromised immune systems, however the use of eHealth

Feedback – students will be able to pose questions and/or post their work in Blackboard (via Discussion Board/Collaborative/recommendation of online development team) in order to clarify any misconceptions or misunderstandings. Note: This will be done during the 1st implementation of the course. Upon repeat implementations, a Commonly Asked Questions page will be available for each module.

Although CareKit Health Toronto, Canada has built a powerful platform for care coordination and home healthcare that integrates wearable, sensors, voice technology and intuitive mobile apps and desktop interfaces for patients, clinicians and healthcare administrators, the following are the successful metrics to precede our project’s service model:

The number of physicians using mobile apps on their devices to research medical information, review healthcare applications, and consult with patients is sky rocketing. According to Kaufman (2011), “The ability to connect prescribers and patients through social media and mobile platforms has the potential to significantly improve health plan performance through member engagement and clinical decision support” (pg. 547-548). A smartphone can continuously assess a person’s physiology, behavior, environmental exposure, and other personal

Moreover, this style of online courses is a great way for even beginners to garner enough web development knowledge to build websites from the ground up if they

With the drastic rise in demand for and popularity of health, nutrition, and fitness smart devices and applications, individuals have more tools available to them than ever before to help encourage and monitor health behaviors. Moreover, improving healthy behaviors, including engaging in fitness and proper nutrition, is now readily available at the touch of a button thanks to the upsurge in Mobile Health (mHealth). mHealth refers to the use of mobile communication devices (phones, tablet computers, PDAs, etc.) for health services and information (Mobile Health: A