Patient Outcomes and Physicians

CPOE and CDSS A CDSS (decision support alerts) Embedded in a CPOE (Prescribing Order Entry) for Intravenous HEPARIN ORDER ENTRY Weight, last heparin dose, and related laboratory tests displayed on the screenDirect by Test Doctor at 13th September 2016-1512 ** Wt 94.0 kg (206 lbs) 25 Aug 2247 **Plt ** INR **aPTT **Hgb **Hct **Preg **Lact **Hep IVP **Med Alrg nkda 25 Aug 2247 HePARIN Drip New Order Platelet Warning: Low platelet count warningRECOMMENDATION: STOP HEPARIN AND SEND HEPARIN INDUCED THROMBOTCYTOPENIA ANTIBODIES (PLATELT FACTOR 4). Pt Platelet count has dropped by more than 50% or is less than 100 10^9/L.

Wt Consideration: Weight Alertrecommendation: RE-TAKE WT. Wt was taken over 72 hours ago. Baseline Labs: Missing baseline laboratory results warningRECOMMENDATION: Obtain baseline aPTT, Platelet Count and INR lab values prior to proceeding with order. Rx & Lab Trend: Suggested IV Dose: Suggested weight-based dose1.395 Units/hr (wt (kg) * 15 Units/kg/hr) Max Dose Alert: RECOMMENDATION: MAX DOSE 1.000 UNITS/HR. MAX RATE 10 ML/HR. The Rationale behind Your Design Development CPOE- Computer Provider Order Entry, along with Clinical Decision Support can enhance the safety of medicine prescription (Kuperman, et al., 2007).

The rationale for the development of the physician order entry with CDSS comprises of process enhancement, support for cost-based decisions, support also for clinical decisions, as well as optimization of physicians' timeframe. Also, CPOE with CDS systems is considered one of the best ways to enhance health care service and improved safety of the patients. When the electronic records of the patients become increasingly accessible, the systems will inevitably become the method that medical care staffs will choose. It is a complex process creating a CPOE/CDS system.

Indeed, some of them fail even after consuming a lot of resources and time. How to Implement the CPOE/CDS System CPOE presents many advantages and disadvantages. If it is not implemented in stages, one is likely to experience the full extent of its pitfalls. It must start with viewing it in the laboratory. The next steps include addition of dictations, viewing of images, basic chart and eventually graduated to CPOE system on form.

Even with such pre-implementation precautions, the system can still confuse physicians because of the order structure and the mouse clicking presented by CPOE. The work-flow of the physicians may be slowed down in some situations. The system mandates a total of five clicks of the mouse for replacing just one non-formulary drug. This means that for a single average patient that needs up to 4 different substitution medications, the physician will have to click 20 times. This is a common occurrence.

CDSS was used in order sets form into CPOE building a number of these specifically for individual service and bearing some guiding principles in mind. Adopting and implementing CPOE can take a long time because of the resistance by nursing staffs and physicians along with technical barriers. There should be training availed for all staffs and physicians in particular. The staffs at health facilities must fully understand the workings of the system.

It is also important for the suppliers to provide a 24/7 technical system support after delivery to a health facility. It should be noted that training all employees on the workings and intricacies of the system will help the implementation process. Each department should create order sets which should be validated by the medical personnel that will use the system. The decision support rules fed into the system everyday is critical in its use.

There should be enhanced interfacing of new standards in case of systems from different suppliers for purposes of transferring information among pharmacists, providers, pharmacy benefit overseers and payers. Technologies also need to be standardized. Standard technologies should be created to establish procedures for assessment and for shared details of dosages of medication, reactions and allergies. There is need for extended research to establish the implementation cost and the benefits of using the CPOE system.

The essence of CPOE and its central role in reducing ADEs and medical errors should also be highlighted. Rural and small hospitals will also need some specialized attention based on research. Variation in the amount of resources may influence the adoption rate of CPOE. Moreover, a systematic review and a Meta analysis should be done to gain a precise measure of benefits and even the barriers to CPOE adoption (Charles, Cannon, Hall, & Coustasse, 2014). How to measure outpatient outcomes Performance tracking can be made using clinical quality measures.

Progress towards shared national goals for quality health care, efficient spending and healthier populations can be assigned numerical measures. Electronic quality measures are used to quantify and trace the quality of healthcare using standard procedures. eCQMs are drawn from the information that is shared by IT systems of the health sector including EHRs and registries for patients.

These systems convert information concerning patient outcomes to percentages and rate figures that healthcare experts use to evaluate various care aspects including management of clinical, the effectiveness of interventions, the safety of patients, efficient use of resources, patient engagement along with their family, coordination of care, public health and population. There is limited data on how such decisions affect patient outcomes but a few studies have indicated a positive relationship. Generally, the results show that CDS has the potential to enhance healthcare quality.

Its adoption has been proposed to boost the safety of patients and outcomes by basically reducing errors in medication that emanate from faulty prescriptions. Nevertheless, CPOE can also lead to a new set of errors too which may also negatively affect patient outcomes (Berner, 2009). Assessment of Challenges to the System and Proposed Solutions Issues of Usability with CPOE Systems The limitations in the usability of CPOE were ventilated sufficiently in the literature.

Most of the concerns arise from problems with hardware, software, poor integration, or interface that is not effective between various information systems at the health facilities. Other limitations had to do with human interaction with the system and had largely to do with acquaintance and practice. In order to overcome the system rigidities, providers were often asked to take alternative steps to proceed with their work. They could use computer printouts or double chart on both paper and on computer as flexible medium for data.

Instances of bypassing the system completely were also an option. Bad interface between the providers of information in departmental information systems can be disruptive for health workers in different departments. A study showed that administrative workload increased in ancillary departments because of the manual transfer of orders from system to system and the ensuing edgy calls for clarification (Pitre, Ong, Huh, & Fernandes, 2006). Furthermore, a few studies showed interruption of workflow owing to defective printers and computers or lack of bedside systems.

All these are mere detractors of successful implementation of the CPOE/CDS systems. They are not significant reasons to stop trying out this potentially helpful intervention that will enhance the accuracy of prescriptions and reduce injuries that arise from prescriptions in conventional practice; although it has been noted that he issues influence workflow to a certain extent (Niazkhani, Pirnejad, Berg, & Aarts, 2009). Knowledge Maintenance There are two challenging elements of maintenance of knowledge. Firstly, it has to do with the maintenance.