Clinical Information System
A clinical information system is a data system created to operate in critical care environments by connecting to various computer systems. CIS is a better tool for collecting and storing data because it can manage clinical data from various areas and retrieve them collectively for better decision-making. The platform allows clinicians to capture, record, and organize data in critical situations electronically, thus saving time. CIS enables clinicians to avoid errors during recording information, thus improving the quality of care through data decisions. The system improves communication between healthcare professionals and ensures all information needed by physicians’ decision making is accessible. The system applies to the critical situations, including analysis of data and information from different areas the patient received care.
Compared to paper work, CIS extends and connects all the departments within a healthcare facility. Paper systems allowed the clinicians to record data of a specific perimeter, reducing physicians’ ability to coordinate care effectively through interaction. CIS improves the quality of care through allies formed as physicians share ideas. Different healthcare professionals such as doctors and nurses integrate and share ideas on the type of care most effective through CIS data generation. CIS is better than paper system since it offers an algorithm for managing other healthcare facilities’ attributes. A facility with CIS effectively manages inventory and sales, thus improving efficiency within the organization. CIA eliminates the errors that exist in the paper system, thus improving patient safety. CIS influences of communication by ensuring the information stored and retrieved is clear and accurate. Information is also effectively shared with the patients and other external clinicians, ensuring effective continuity of care. Lastly, CIS is better than a paper system because it allows healthcare workers to organize and generate automated reports in various areas. The system makes the management of healthcare organizations effective.
The financial benefits of CIS emerge through improved efficiency within the organization. CIS enables healthcare organizations to improve their productivity through effective decision making and optimization of profits. An organization benefits fully when the system gets integrated into all facilities within an organization. CIS application in all healthcare facilities reduces the burdens experienced by the management in buying computers for various activities. The organization saves a lot of money by eliminating papers used for documentation of various activities within a healthcare organization. Adopting CIS in healthcare ensures there is space creation, earlier used for shoring papers since health documents exist for a long time. Errors in healthcare lead to financial fines, which affect the organization largely. Elimination of errors through CIS ensures organizations do not spend on cases reported by unsatisfied patients. CIS adaption in healthcare improves management efficiency by eliminating the risks of unethical behaviors through a lack of information. Administrators can produce accurate reports that trace how different resources are utilized within the healthcare, eliminating the risk of theft and enhancing ethical behaviors within the organization.
In conclusion, CIS influences healthcare organizations’ efficiency by improving information quality, management of information, and retrieval of information. The system allows different healthcare professionals such as management, clinical staff, and administrators to share information and improve their decision-making process.
References
Musen, M. A., Middleton, B., & Greenes, R. A. (2014). Clinical decision-support systems. In Biomedical informatics (pp. 643-674). Springer, London. https://link.springer.com/chapter/10.1007/978-1-4471-4474-8_22
Menachemi, N., & Collum, T. H. (2011). Benefits and drawbacks of electronic health record systems. Risk management and healthcare policy, 4, 47. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3270933/