Health Information System

Office of National coordinator for Health Information Technology (ONC) has funded this program to find breakthrough innovations in the field of Health Information Technology (IT). This research program was awarded $60 million and this program is divided into four focus areas. This program brings together researchers, healthcare providers, and other health IT sector stakeholders in order to transform the research products into practice. This program is designed to improve quality, safety and efficiency of healthcare using advanced information technology. According to Healthit.gov “current adoption rates of health IT in different states we see that some states are better than others” [1], hence this program is designed to find the factors that are hindering the adoption of health IT and the products developed using this project should help propagate the growth of health IT. This program has both short-term and long-term related goals hence they focus both on current and future needs of health IT products. I have selected this program because it is important to understand the factors that are effecting healthcare practices health IT adoption and work towards analyzing and finding solutions to those problems, so that there is a 100% rate of adoption and data flow is seamless between the healthcare practices. This program helps keep the maintenance cost of the products developed to minimal as it focuses both short and long term needs. There are 4 focus areas to

Health information technology (HIT) is revolutionizing the way we interact with health-related data. One example of this is the obvious rise in

Thank you for mentioning health care IT system. As you stated, health IT system helps health care providers review patient's vital information, it also assists patients to be more informed with their health. As a patient and health care provider, I like to see my laboratory work-up and tests. The increased awareness will help me work toward a preventive solution. For example, if my cholesterol levels are borderline high, or my glucose is elevated, it will prompt me to find ways to prevent progression to diabetes. Staying on top of your health and keeping an open communication with your primary care physician will promote better outcomes and patient satisfaction.

In recent years, there has been a growing interest in the application of biomedical informatics in many aspects of the healthcare system. This is due to an increasing recognition that a stronger healthcare information system is crucial to achieve a higher quality care at lower costs1. Biomedical informatics is defined as “the scientific field that deals with biomedical data, information and knowledge-their storage, retrieval, and optimal use for problem solving and decision making.”2Biomedical informatics plays significant roles in the healthcare system and it has been applied in various ways in the healthcare system, specifically in the aspect of health care information system such as electronic medical record (EMR), personal health record (PHR), computerized provider order entry (CPOE) systems, bar-coding medication administration systems, telemedicine, telehealth, and administrative information systems 2.

Recent reforms in health care, such as the passage of measures mandating electronic health care records, make unified public health information systems an increasingly viable option for providers, insurance companies, and care facilities. An examination of the experience of the Missouri Department of Health indicates that the construction of such a system based on information engineering has a number of benefits but only if properly implemented with prudent foresight. Some of the most valuable lessons learned that can assist other health care providers with the implementation of a similar system include protecting client confidentiality, procuring funding, sharing information with other agencies, gaining executive sponsorship, and allocating a sufficient amount of time and resources to such an undertaking.

Respiratory Incorporated is need in an update in the healthcare database. What is needed is a system that is user friendly, self-explanatory, updates in real time, and can organize patient information securely. This system needs to be able to patient contact information; list patient name, date of birth/sex, primary physician(s) and team, home address and phone number(s), and email. Then list the patient medical information; diagnosis, chemistry, radiology, pathology, progress notes, treatment(s), and prognosis. The database also needs billing and coding section. There are two databases that have been researched and these are the findings.

There are many components that required to building a successful framework for a new health information system. Some of these components include (1) better patient experiences through quality and satisfaction; (2) better health outcomes of populations; and (3) reduction of per capita cost of health care (Feldman, 2014, para. 3). Other designs include several levels of abstraction including mechanical (hardware), informational (software), psychological (person), and social (community). Such an inclusive approach is aimed at understanding interdependent linkages between increasingly complex social and technological components. Working together, these components consider social motivations and accomplish a set of social goals that otherwise

The purpose of this article is to examine an innovative health information technology based approach that is tailored to educate families about pediatric obesity and the associated health behaviors. It discusses the importance of advancing and improving health by utilizing innovative methods, such as health information technology (HIT). HIT systems are technology-based structures that allow access and exchange of information, computerization and improvement of decision making, and facilitation of behavior modifications to encourage healthier lifestyles.

There are many changes occurring in the healthcare system. With the ever-evolving health care system, healthcare administrators have to be ready to adjust to the changing system. Today, we are going to address the differences between Patient Center Medical Homes (PCMH) and Health Management Organizations (HMO) a long with the changes in healthcare technology, the workforce development and the payment system that are important in the success of the changes that are being made.

This approach allows healthcare providers to review patient’s clinical data on remote settings, such as oxygen saturation or spirometry readings on a regular basis. Thus, deteriorations of health conditions can be detected early and aptly addressed. This approach may serve to improve patient self-management, enhanced clinical outcomes and the generation of a cost-effective intervention for chronic illness. In this study, COPD will be the subject of evaluation.

“Management is the process of planning, controlling, leading, and organizing the activities of a healthcare organization or department within an organization” (Sayles Chapter 19). During my time at the health information management department at Lexington Medical Center, I observed some very useful management skills. There is a vast array of management techniques at the facility for various areas in the department. You have the participative style, the authorities style, pacesetting style, democratic style, etc. One positive note I should mention is that I did not observe any negative management that reinforces

Hospital technology decision makers now confront a growing pipeline of information technology (IT) and major medical equipment that challenges traditional capital allocation processes. In a highly fragmented industry that is driven by coverage and reimbursement policies set by the Centers for Medicare and Medicaid Services (CMS) and private insurers, the cumulative impact of hospitals’ technology investment decisions shapes health care for decades. Hospitals are medical institutions with the goal of diagnosing, treating, and caring for patients with a wide variety of ailments and injuries. Because of this, it is necessary to have a broad range of equipment to be able to help more patients with greater

Physicians are apprehensive about the validity of data entered by patients. Thus, “…existing medical information should not be reentered into a PHR but rather that medical records, should be shared, with PHRs being one access point” (Witry, Doucette, Daly, Levy, & Chrischilles, 2010). Hence, a solution may be installing a health information exchange system to achieve this. Fictitious health data in a PHR might imply the need for narcotics when a patient visits an emergency department. However, this is the wrong call. According to Witry, Doucette, Daly, Levy and Chrischilles (2010), “…PHRs should draw verified information from the patient’s medical record”. This will prevent erroneous errors from occurring.

Demographic shifts in the global population, greater levels of technological disruption due to the Internet, social media and the en masse adoption of smartphones and tablet PCs are together re-defining the healthcare informatics market. System and informatics theories have emerged as the foundational elements of healthcare informatics supported by the Data, Information. Knowledge (DIK) Model which acts as a taxonomy for these developments (Haugh, 2005). Systems and informatics theories along with the DIK Model form the ontological foundations of healthcare informatics field of research occurring today and will continue to provide a basis for further research (Braganza, 2004). The intent of this analysis is to evaluate the contributions of systems and informatics, the role of the DIK Model, expert systems in nurse care and medicine, and the use of decision aids and decision support systems. All of these elements are critically important to strategic information systems plans healthcare providers put into place to serve patients while giving healthcare professionals the applications, systems and software they need to excel in their roles (Djellal, Gallouj, 2007).

Health information systems (HIS) are complex and it is helpful to understand advantages and disadvantages to some key components of a HIS. This section will describe the advantages and disadvantages of usability, interoperability, scalability and compatibility.