Advantages And Disadvantages Of Health Information System

Health Information System: A Repository Bank for Modelling and Simulating Health Outcomes for Chronic Obstructive Pulmonary Disease

It has only been within the last five years that health information management (HIM) has experienced exponential changes, due to the healthcare reform. The electronic health record (EHR) is connected to health information exchanges and other systems of interoperability. The timely completion of charts, coding and release of information (ROI) has become much more efficient with the electronic record. Traditional HIM functions will just be transformed and will always be an integral part of successful patient care. Professionals must be flexible and willing to adapt and even generate change. As Health Information Technology continues to evolve, so will the roles

There was no standard way of keeping patient data on healthcare applications. There was no communication between software companies on how interfaces in healthcare applications were to be built hence software applications were not compatible with each other. It is important that healthcare organizations follow the same standards when setting up their healthcare information system, thus creating interoperability so that the sharing and exchange of information within and across healthcare providers is facilitated. As a result, a volunteer group introduced the Health Level Seven Standard (HL7) for healthcare organizations to follow the same standards when developing their healthcare information system so that data can be shared seamlessly. In a nutshell, HL7 was introduced for the following

The evidence presented shows an urgent need in the user-friendly technology design with a swift accessibility to all healthcare networks with no nonsense standardized clinical information system. While the digital technology is adapted by most healthcare facilities, the difference in the programs makes it nearly impossible to effectively communicate electronically. Nevertheless, the continued objective of healthcare is to improve healthcare delivery, including reduction of unnecessary tests and procedures and decreasing the overall

Interoperability refers to the ability to exchange information among health care providers in order to assure an accurate and faster assistance to patients. The idea of interoperability seems to be the answer to the great demand for faster and reliable health care delivery. Patients cross estates, cities and county boundaries constantly and to be able to have access to a patient record nationwide or worldwide can make the different at between death and life. I believe big steps have been taken in order to accommodate the use of interoperability and create a common health care language of communication. The three types of interoperability foundational, structural and semantic make communication exchange and interpertation by two computers possible

Due to astronomical cost that can be associated with the implementation/upgrading current computer system, resistance might stem from the administrative team as well. Implementing new or upgrading information system required a long term financial commitment, and the return of on invested might not be visible in the near future. Additionally, organization barriers are complex, and it will require redesigning the entire workflow process of the entire healthcare organization. Hence, the success of the proposed change might lies with the acknowledgements of these barriers, and buy-in from the administrative

In the last decade, Health Information Technology (HIT) has been drastically changing due to the constant development of new technologies. With these new technologies comes faster, more efficient ways to practice medicine. Amongst these new technologies is the Electronic Health Record (EHR).

Interoperability – There has been a deficiency of standards which mandate interoperability across the various mHealth solutions. This is one of the major reasons for limiting the scalability of mHealth solutions. The consumers often transmit data they collect using their mobile device to their health records or health care provider, which generally aids the provider in diagnosis. The health care provider can also possibly incorporate this data in the patient/consumer’s EHR (Electronic Health Record). Such prospects could raise various multi layered issues relating interoperability (e.g. - technical, semantic, legal, organizational).

The usability evaluation study was designed and utilized to assess administrative or clinical task in the Electronic Health Record, analyze the utilization of VA Blue Button application, discuss the benefits of using this consumer health informatics software and determine if it meets the needs of consumers, and discuss additional solutions which solves the consumer’s problem. Particularly, this assessment will consider the attributes related to administrative or clinical task usability in the form of content clarity as well as the visual design of this system.

Breakdowns in communication and data exchange trials are persistent and universal in healthcare, continuing between varies areas within the system such as providers, vendors, consumers, payers, and other ancillary services. Although, informatics has given a gleam of hope of networks connecting with seamless capability and an indefinite amount of data, the remaining issue lies in the disconnection between the multiple information storage areas to meet and produce an improvement in patient care. There are three types of interoperability, functional, structural, and sematic; and reviewing these different types of interoperability will give insight on the different areas within the health care system interface. First, functional is the basic type of electronic communication such as the ability to communicate with sending or receiving a message. This can be demonstrated in the clinical note which is a free text or patient portal where the information does not require any interpretation. Administrative service is another area that utilize this

It is a great opportunity if information technology can be easily integrated and found in minor aspects of health care organizations. This opportunity can be of a great value for all health concerned people. Connecting granular aspects of health care data with information technology to provide vivid insights about our health sounds delighting, however, lack of investments in such areas and use of primitive systems halt such processes to be fully implemented.

They focused on the design, selection, and implementation of health information systems (Hebda & Czar, 2012). It is crucial to obtain support from nurses and physicians when selecting a system they will use. “Nurses are resistant to change unless they see the potential benefits” (Hebda & Czar, 2012, p, 146)

The Barriers of Electronic Medical Record Systems and How to Overcome Them, by Clement J. McDonald. The Barriers of Electronic Medical Records System and How to Overcome Them is a literature review that explains more in-depth the barriers of adopting Electronic Medical Records and solutions. Dr. Clement list two major barriers that are faced when implementing or adopting Electronic Medical Record Systems. First barrier that Dr. Clement list is the fact that there are too many different separate systems with different data structures. Dr. Clement labels these multiple systems as data islands. Each island contains different data, different structures, and different levels of granularity. The multitude of patient data islands poses a huge barrier to the adoption of a single Electronic Medical Record system. The second barrier that Dr. Clement lists is the multitude of numbers of different kind of care providing sites in the United States (“Table 2,” jamia.oxfordjournals.org, May 1, 1997). The challenge of the multitude of number of different kind of care providing sites in the United States is further complicated by the fact that larger organizations such as hospitals do not always perform test in house or capture information that is not of interest to the practitioners. Lab results are sent to a third party lab for analysis is an example of such barrier. Dr. Clement lists

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).

When implementing technology into healthcare, there may be advantages and disadvantages. The first advantage is efficiency. Informatics allows for a more conscientious way of caring for patients. Different departments can access patient records allowing for less errors and an easier way to gain knowledge about how to take care the patient. A second advantage is accuracy. Health informatics allows for a more accurate way of collecting pertinent information about a patient that can aid in the safety of the patient. With the right technology, the information can be accessed as soon as it is needed. Health informatics can also improve patient care by offering guidelines on the computer for the patient as well as the staff. This allows for less