Essay on Bcma

Goal three by the National Patient Safety Goal for 2014 is to use medicines safely. Many errors occur regularly with medications which is why communication is so important with the doctors, nurses and patients. One process that Joint Commission requires in accredited HCO’s is medication reconciliation “creating the most accurate list possible off all medications a patient is taking, including drug name, dosage, frequency, and route, and comparing that list against the physician’s admission, transfer, and/or discharge orders with the goal of providing correct medications to the patients at all transition points within the hospital (Finkelman & Kenner, 2012, p. 388)”. Ensuring medication reconciliation to the patient, health providers and any new consults that are

It’s not simply the particular giving of the medications that fare up all the time. It is checking the medical record with the hand written prescriptions, grouping the varied medications and also the instrumentation for giving them, and ensuring all the patients safety measure are covered.

In Australian hospitals medication administration errors make up 9% or 1 in10 of all medication administrations. These errors include wrong doses, wrong intravenous infusion rates and errors made by prescribing doctors. Errors on discharge of patients were increasingly higher with up to 2 errors per patient related to doctors transcribing discharge medications (Roughead, Semple, & Rosenfeld, 2016).

3. Medication errors, handoff process and information quality. Chiru, Alina M; Baxter, Ryan. Business Process Management Journal 19.2, (2003): 2011-2016

Improved patient safety is the most essential advantage of the BCMA system. “On average a hospital patient is subjected to at least one medication error per day (IOM, 2006)”(Foote). BCMA significantly reduces medication errors that cause a compromise in patient safety. The BCMA verifies the five rights of medication administration before a patient receives a medication by the software alerting the nurse if there is a contraindication between the medicine scanned and the patient’s orders. A pilot study conducted at a 300-bed community hospital found that the BCMA system reduced medication errors by 80% (Foote). Fowler et al states that “decrease in errors related to the wrong patient was a direct result of the bar code system (Fowler).”

rights, health, and safety of the patient.” This provision, identifying patients, medication safety are related because it is a nurse’s responsibility to protect the patient from harm and promote safety. Nurses are taught to use multiple checks before administering a drug and use two identifiers. These checks include checking the medication against the order when obtaining it, checking again when preparing the medication and the last check is done at the patient’s bedside prior to giving the medication. Also it is imperative to question any medication order that does not seem fit. The order should include a date, time, name of the medication, dosage strength, the route for

* Reduction of medication errors- Barcode medication administration safeguards against wrong pt/wrong med/wrong dose errors and alerts to potential medication interactions (Goth, 2006).

The following paper explores eight published articles that address the issue of bar code scanning for medication administration and patient safety. Online research was conducted to locate and review articles which are included in review of literature, and to acquire accurate information addressing the issues discussed. The understanding of Bar Code Scanning for Medication Administration (BCMA) is a valuable tool, providing safe practice needed to reduce medication errors leading to safer patient handling. Patient safety is defined by the Institute of Medicine (IOM) as the prevention of harm caused by errors of

Although, mistakes can best be prevented by designing the health system at all levels to make it safer to make it harder for people to do something wrong and easier for them to do it right (Andell, 2015). Developing and testing new technologies to reduce medical errors on a large-scale demonstrates projects to test safety interventions and error-reporting strategies (Andel, 2015). The barcode scanning system had a great impact on lowering the odds of an error reaching the patient. Additional things found in the study, that there were wrong dose, omissions, and communication errors that were considered as a “common error”. Overall, medication error rates decreased when there were pharmacist on duty at least 40 hours or more a week, and having the barcodes system support (Cochran et al.,

Annie, the hospital I work at also uses a bar scanning process to scan all medications prior to administration. This helps cut down on medication errors. As you stated, I believe there are times when medications are not scanned prior to administration, in such cases as: cardiac arrests, hypoglycemic patients, and opiate overdoses. Prior to scanning the patient, there is still other verification methods used. We must always check the five rights of medication administration, these include: checking the armband for right patient, right drug, right dose, right route, and right time. Having this evidence-based practice of barcode scanning implemented lessens the chances for medication errors with improves the quality of health care. Quality

In today’s current fast-paced and demanding field of heath care, medication administration has become complex and time-consuming task. Approximately one-third of the nurses’ time is used in medication administration. There is much potential for error because of the complexity of the medication administration process. Since nurses are the last ones to actually administer the medication to the patient therefore they become responsible for medication administration errors (MAE). Reasons for MAE may include individual factors, organizational factors or system factors. This paper will discuss the root causes analysis of MAE and strategies to prevent them.

After the interview with my nurse manager, I came up with the PICO question which states: “Does the computerized physician order entry (CPOE) system reduce the number of medication errors compared to the common paper system being used today?” This question is important and I selected it because the population that the Belvoir Community hospital serves includes army officers of all ages both active and retired including their spouses and children. This group includes two sub groups of highly vulnerable persons which include the very young and the very old, who have a high-risk effect for medication errors because the potential adverse drug event is three times greater than an adult hospitalized patient (Levine et al., 2001). CPOE is not a panacea, but it does represent an effective tool for bringing real-time, evidence-based decision support to physicians. Nurses are the last defense level of protection against medication errors, and are solely responsible for the dispensing, administering, and monitoring of medications. In healthcare, computers can be used to help facilitate clear and accurate communication between health care professionals. When using a CPOE system it allows physicians to type in prescriptions right into the device or computer which significantly lessens any mistakes that can occur when

Nursing in today?s society involves more than technical skills, critical thinking, and compassion. It also is changing to add the ability to not only understand but be able to utilize technology to impact a patient?s health. There are many technological changes employed in healthcare practices, however, I have chosen to address bar-code medication administration or BCMA. According to an article in the Journal of Patient Safety, ?bar-code medication administration has been shown to be effective in reducing patient medical errors, yet is still only utilized in 5% of the country?s health care facilities? (Sands, Slebodnik, & Young, 2010). Medication errors are common in hospitals and often lead not only to patient harm, but also lengthy hospital stays and law suits. ?One study identified 6.5 adverse events related to medication use per 100 inpatient admissions, more than one fourth of these events were due to errors and were therefore preventable? (Bane, et. al., 2010).

Medication error is one of the biggest problems in the healthcare field. Patients are dying due to wrong drug or dosage. Medication error is any preventable incident that leads to inappropriate medication use or harms the patient while the medication is in the control of the health care professional,or patient (U.S. Food and Drug Administration, 2015). It is estimated about 44,000 inpatients die each year in the United States due to medication errors which were indeed preventable (Mahmood, Chaudhury, Gaumont & Rust, 2012). There are many factors that contribute to medication error. However, the most common that factors are human factors, right patient information, miscommunication of abbreviations, wrong dosage. Healthcare providers do not intend to make medication errors, but they happen anyways. Therefore, nursing should play a tremendous role to reduce medication error

In the medical field, this has become known as BCMA, which is bar code-assisted medication administration. BCMA technology is being used as an aid to combat medication administration errors, improve patient safety and provide more accurate medication administration documentation. Not only is this technology being used in the United States, “however, this technology is also used in European countries including Denmark, Italy and the Netherlands” (Hassink, Jansen, Helmons, 2012). There have been many studies conducted over the years to conclude whether or not BCMA technology is advantageous to the medical field, including hospitals, doctors, nurses, and pharmacists’. Research has concluded, that there are both advantages and disadvantages when implementing BCMA technology, as well as contrasting information when it comes down to whether or not the BCMA technology is actually reducing errors in medicine administration. Although, the studies have concluded that there are many issues with BCMA technology, none indicate that BCMA technology is failing to prevent