DNP 805 Topic 3 Assignment Using CPOE and CDSS

Using CPOE and CDSS

Over the years, healthcare experts have dealt with numerous ailments and illnesses that plague individuals and groups. When some of these ailments onset occur away from the hospital and hence necessitate hospital admissions, some are formed while individuals have been admitted into the hospitals. One such issue is pressure ulcers. Even though different treatments have been adopted to prevent and control pressure ulcers, the condition is still prevalent and impacts patients negatively (BoykoTatiana et al., 2018). (BoykoTatiana et al., 2018). In particular, the pain arising from the wounds frequently causes patients suffering, pushing for better prevention and management of the same. In attempts to identify better cures, several stakeholders have turned to technological alternatives. For example, the utilization of Clinical Decision Support System (CDSS) and the Computer Provider Order Entry ( have specifically been employed in supporting the medicine administration for better pharmacological outcomes (Shahmoradi et al., 2021). (Shahmoradi et al., 2021). Therefore, the goal of this assignment is to create a CDSS employing a CPOE to be integrated into the Electronic Health Records to facilitate the management of pain among patients having pressure ulcer

The CDSS Design and the Rationale Behind the Design

The Computer Provider Order Entry process involves entering pharmaceutical orders into a computer and storing those orders in a digital format. This process is done utilizing a computer. The CPOE also makes it possible to enter other types of data, such as the imaging data of a patient, the results of diagnostic tests and laboratory tests, and discussions that have taken place between medical experts. Traditionally, the primary focus of CDSS was assisting medical practitioners in providing proper patient care and in making appropriate treatment decisions. However, the mechanisms that are in place now even permit the display of an individual’s previous condition while simultaneously allowing additional evaluations and recommendations (Shahmoradi et al., 2021). Therefore, the benefits of adopting CDSS can be utilized and adjusted to guarantee that patients with pressure ulcers receive improved pain management, which in turn leads to improved outcomes.

The constructed CDSS is going to be in the form of an algorithm that was written on a computer and is going to be used to collect important information about the patient. This information is going to include the patient’s current medication, comorbidities, the patient’s skin condition, the patient’s level of pain, age, and gender. The system will play a crucial role in providing the physicians with the essential support when deciding on the most appropriate medication to administer to the patient based on the data that has been collected. This will be an integral element of the procedure. Definitions, queries, and access tables will all be included in the basic design of the system in order to facilitate the process of matching an individual’s current health state with the information included in their electronic health record. When providing treatment to patients who have pressure ulcers, this technique has been recommended as a way to assist remove the possibility of medication errors and to prevent the possibility of hazardous drug interactions (Shahmoradi et al., 2021). By providing the information in a manner and format that is straightforward and easy to understand, it will be possible to reduce the occurrence of medication errors and prevent adverse drug interactions. In addition, the proposed system would be designed in such a way that it can be easily included into the electronic health record system that the hospital use.

The Implementation of the System and its Adoption by Fellow Clinicians.

To ensure that the intended system can be successfully implemented, a solid plan needs to be developed and put into place. The proposal calls for the personnel to participate in an intensive education and training session as a prerequisite for moving forward. The training will cover topics such as how to use the new system effectively, the reasons why the facility requires the new system, the most important aspects of the system, and the benefits of utilizing it. As a result of this, we will allot a total of two weeks for the purpose of training new users and evaluating the effectiveness of the new system. Modifications are going to be made to the workflows and responsibilities of the staff in order to make sure that every staff member who is involved in the management and care of patients who have pressure ulcers will be able to easily log in to the system and check the status of any patient who is a cause for concern. When employing such systems, maintaining a high level of security is essential; as a result, everybody who logs into the system will be needed to go through a simple password authentication process in order to ensure that only authorized users are granted access.

After successfully signing in, the doctor will then load the most recent information, such as the pressure ulcer indications, into the EHR. Next, the physician will access the CDSS and examine the many treatment options that are open to the patient as part of the individual’s health information. After that, the physician makes an informed decision with the help of the patient regarding the most effective drug that can be given to the patient. After making such a determination, a CPOE is utilized in order to generate a pharmaceutical order. The clinician then examines the information regarding the patient’s medicine that is displayed on the resolution table in order to confirm that everything is consistent. If there are any modifications that need to be made, the professional will indicate the rationale for doing so by selecting it from a drop-down menu.