The role of health informatics in medical/surgical practice

The role of health informatics in medical/surgical practice

Question

Use of electronic medical records in medicine/surgery

Discuss the current state of medical/surgical practice and how information technology is integrated into practice.

Indicate what work-related tasks you use health information technology to perform and which servers your facility uses.

The medical field is becoming more high-tech by the day, as medical professionals are using more and more technology to help patients receive better care. The most popular area where healthcare professionals use technology is informatics. This refers to the way health-related information is managed and organized (Hebda, Hunter, and Czar, 2020). Use of electronic health records, health information collection devices, and other available electronic information standards. Standards for various procedures and the use of surgical informatics need to be defined and properly implemented. In surgery, informatics helps enable the operating room of the future (ORF). This includes storing and indexing various details related to comprehensive processes, biomedical or kinematic markers, pathological or tissue detection, and other critical information required by surgeons. It will be. B. Can be accessed when needed (Gu, Li, Li, Liang, 2017). An operating room automation system is used in the operating room. It is a combination of hardware and software designed to allow control of multiple operating room devices through a common interface.

Cerner and Epic are active in health information technology, developing electronic health record software for organizations of various sizes. Cerner provides software solutions including analytics, clinical solutions, revenue cycle management, services, population health management, and interoperability. Meanwhile, Epic provides patient experience, managed care, clinical software for mobile devices, telemedicine, interoperability, revenue cycle management, government regulation, and artificial intelligence and analytics. Epic and Cerner are used for electronic health records, and these health records help surgeons during operations (Hebda, Hunter, and Czar, 2020). Patient medical history data can be retrieved from these electronic health records, helping surgeons gain prior knowledge about allergies and many other important things that are commonly considered before performing surgery.

The topic chosen for the final project is hand hygiene tracking systems. The development of a hand hygiene tracking system will help track hand hygiene through electronic media. Hand hygiene helps prevent the transmission of health-related infections. Electronic hand hygiene monitoring and indication devices have been developed to overcome specific problems associated with hygiene monitoring. These also bring harmony to improvisation. These devices use ceiling sensors and badges worn by practitioners to monitor room entry and exit and soap use (Hong et al., 2015). These badges can detect rubbing alcohol and the device establishes a connection between the ceiling sensor and the badge. This device helps doctors increase their awareness and empathy towards patients. This is currently considered the most important measure taken to prevent the transmission of health-related infectious diseases. The cause of many diseases is bacterial-to-bacterial infection, and this device will definitely help prevent this.

References

Gu, D., Li, J., Li, X., Liang, C. (2017). Visualization of knowledge structures in health informatics and development of big data research. International Journal of Medical Informatics, 98, 22-32. http://dx.doi.org/10.1016/j.ijmedinf.2016.11.006

Hebda, T., Hunter, K., Kaiser, P. (2020). Handbook of Computer Science. 6th edition Pearson.

Hong, T. S., Busch, E.C., Hauenstein, M.F., Lafontant, A., Lee, C., Wanderer, J.P., & Ehrenfeld, J.M. (2006). (2015). Hand Hygiene Compliance Monitoring System: Short system communications to improve hand hygiene compliance and reduce infections in hospitals. Journal of Medical Systems, 39(6), 69. DOI 10.1007/s10916-015-0253-z