Abstract
Medical professionals face many challenges in their attempts to provide quality health care services, especially disease prevention. This article addresses the problem of diseases that are not easily preventable.
It is a problem that gives doctors a lot of work since it is their responsibility to ensure that people are free from diseases.
The approach used to propose a solution is based on research that has been conducted on technology adoption in hospitals such as barcode technology and computerized scans.
Doctors should make use of barcode technology to collect specimen, identify surgical instruments and manage medication. They care about the use of barcode technology and computerized scans because they prioritize health of their patients.
Introduction
Technology adoption in hospitals involves use of computerized disease diagnosis and prevention. Instead of using traditional and inefficient methods to diagnose and prevent diseases, doctors should use computerized methods such as CT scans to detect heart diseases.
In addition, barcode technology is used to increase efficiency of doctors in identification and management of diseases (Weinfurt 20).
A lot of research has been conducted with the aim of establishing how computerized disease diagnosis can be used in hospitals to prevent certain diseases. Researchers have discovered that medical experts focus on the use of technology to treat diseases but ignore its preventive ability.
The research has shown that computerized tomography can be used to detect heart diseases before their symptoms become more pronounced. The contribution of this article is provision of important information on how doctors can use technology in hospitals to diagnose and prevent diseases.
This is important information that can improve provision of health care services if doctors follow the proposed technology. The main points of the article include use of computerized tomography, popularly known as CT scans to detect heart diseases.
The article has also highlighted how barcode technology is used to manage diseases, collect specimen and identify surgical equipment. It addresses use of traditional and inefficient disease diagnosis methods that doctors have been using for a long period of time.
From the information provided, this gap would be filled after doctors adopt computerized disease diagnosis methods such as CT scans and use of barcode technology (Russell 109).
Technology is important in hospitals for various reasons. The first one is that it helps medical professionals to administer quality health care services to patients.
The second one is that it makes it possible for many patients to receive treatment at the same time while the third reason is that it reduces costs incurred during treatment sessions.
This article is important since it encourages doctors to adopt barcode technology and CT scans to detect heart diseases. Adoption of technology leads to provision of quality health care services to the patients.
The article is organized into an abstract, introduction and conclusion. The abstract gives a brief summary of technology in hospitals. The introduction gives examples of technology in hospitals such as CT scans. After the introduction, the main points of the article and its contribution are outlined.
Conclusion
It is important for doctors to adopt technology in the areas of disease diagnosis and prevention. This article has highlighted how technology such as CT scans and barcode technology is used by doctors to provide quality health care services.
Doctors should use the information in this article to improve health care provision by using technology to diagnose and prevent diseases. They should also think about using computerized systems that can identify patients hence prevent occurrence of errors.
Works Cited
Russell, Louise. Technology in Hospitals: Medical Advances and Their Diffusion, New York: Brookings Institution Press, 2000. Print.
Weinfurt, Philip. Biomedical Technology Assessment: The 3Q Method, New York: Morgan & Claypool Publishers, 2010. Print.