PMS: Advancing Patient Health Monitoring & Analysis - Essay Sample

Introduction

The Patient Monitoring Systems (PMS) are health devices as well as the technology used to collect a very comprehensive health records or information of the patients in relation to their health conditions and then send them to the health professionals for analysis purposes. Again, the Patient Monitoring Systems also help in administering patients' health conditions in various health institutions or homes. Occasionally, these systems are commonly applied to collect data from patients with the following conditions: When the patients are in very unhinged physiological regulatory systems, in cases of drug overdose or maybe the anesthesia. Commonly, PMS helps in collecting physiological data related to the patient's weight, the rate of blood pressure, as well as the rate of heartbeat.

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Additionally, Patient Monitoring Systems may also be applied to collect data from patients with chronic problems. This may help various health institutions to track and analyze patients data based on their conditions for future planning process. Similarly, PMS may also be applied by the multiple organizations that need collecting and recording the compensation data of their sick employees and ensuring that their workers are in the right condition to return to work. In addition to that, the following are the common examples of the Patient Monitoring Systems being used in most health institutions: Glucose Meter Systems used to monitor patients who are Diabetic, the monitor technology for the rate of blood pressure or heart rate, the continuous surveillance monitor systems, as well as the caloric-intake monitoring machines.

How PMS Works

Generally, Patient Monitoring Systems (PMS) vary from one system to another depending on the health condition being monitored or maybe the technological device being applied. For instance, Wireless PMS assists in collecting physiological data from a patient, stores it. Additionally, the data storage should also have an active channel to connect with other sensors, the databases of the health institution. Typically, this helps in providing the various users with interfaces to analyze the given data as well as provide treatment recommendation for the patient. Again, the data collected by the PMS device is sent to the health professionals and finally stored in the healthcare's databases. This is very important as it helps in alerting the patients in a situation where doctor has monitored the data or has detected an alarming issue that requires the patient's attention or presence.

Strengths and Demerits of PMS

Since the introduction of the Patient Monitoring Systems (PMS) in various healthcare institutions, both patients and health professionals have greatly benefited. This includes the following: Firstly, there is increase in patient engagement as the PMS devices have allowed most patients to fully participate in the process of understanding as well as managing their own health conditions. Additionally, PMS devices have improved overall quality and value based of the healthcare as both patients and health professionals can accurately and effectively collect relevant data from the patient. Lastly, PMS devices enhance patient's assurance and timely delivery of results as there is constant monitoring of patient's data. Hence gives them peace of mind among the patients. Conversely, there are also several limitations of the PMS devices in relation to the patient's health conditions. To begin with, Patient Monitoring Systems (PMS) highly depend on the motivation of people to take care of their health. Thus, unwillingness of the patient to participate in managing their health, will lead to the failure of the PMS implementation process. Moreover, high cost of acquiring and maintaining the PMS devices, limits its prevalent use in the whole world. Similarly, since the devices are meant to enhance healthcare efficiency in the various health institutions, some of the health providers lack basic skills to operate the devices, hence, hindering their operations. Lastly, some of the health providers may leak some important and confidential data to the third-party behind the patient's knowledge. This leads to the lack data confidentiality when operating the PMS devices.

Conclusion

Typically, it is genuine that the Patient Monitoring Systems have beneficially helped most patients as well as the health providers in obtaining health standards through the collection of patient's data. Currently, the devices have become very cheap; thus, can be supplied in large scale to the various healthcare facilities across the world. For example, bedside monitor has become a very vital device when collecting, storing and displaying the data, since they have to monitor intelligent capabilities such as the smart monitoring, plug as well as play modules, intelligent alarming, the TCP/IP, and the Ethernet networking. The bedside monitor also has got a database which helps in collecting and storing relevant patient's data.

However, on looking at the future of the Patient Monitoring Systems (PMS), the following are the possibilities when it comes to the collection and storage of patient's data. First, an infrastructure for the devices of the PMS would help to push patient's data into the server with the active database to assist in collecting, storing and displaying all the relevant data. If this becomes a reality, it will lead to real-time alerting of data and confidentiality of patient's data would be achieved in future. Lastly, in future, there is need to integrate and interchange patient's data in their journal portal to avoid the ambiguity of data.

Works Cited

Hoeks, L. B. E. A., W. L. Greven, and H. W. De Valk. "Realtime continuous glucose monitoring system for treatment of diabetes: a systematic review." Diabetic Medicine 28.4 (2011): 386-394.

Hyland, Kieran, Richard. "System and method for monitoring hygiene standards compliance." U.S. Patent No. 9,640,059. 2 May 2017.

Robinson, Bruce M., et al. "The DOPPS Practice Monitor for US dialysis care: trends through April 2011." American Journal of Kidney Diseases 59.2 (2012): 309-312.

Schmidt, Paul E., et al. "Impact of introducing an electronic physiological surveillance system on hospital mortality." BMJ Qual Saf 24.1 (2015): 10-20.

Van Den Berghe, Greta, et al. "Automatic infusion system based on an adaptive patient model." U.S. Patent No. 7,491,187. 17 Feb. 2009.