Causes Of Medication Errors

absence of input in regards to patients' drug hypersensitivities. Unfortunately because of most medical administration mistakes aren’t identified it had been significantly impact on medication errors.

Each year, roughly 1.5 million adverse drug events (ADEs) occur in acute and long-term care settings across America (Institute of Medicine [IOM], 2006). An ADE is succinctly defined as actual or potential patient harm resulting from a medication error. To expound further, while ADEs may result from oversights related to prescribing or dispensing, 26-32% of all erroneous drug interventions occur during the nursing administration and monitoring phases (Anderson & Townsend, 2010). These mollifiable mishaps not only create a formidable financial burden for health care systems, they also carry the potential of imposing irreversible physiological impairment to patients and their families. In an effort to ameliorate cost inflation, undue detriment, and the potential for litigation, a multifactorial approach must be taken to improve patient outcomes. Key components in allaying drug-related errors from a nursing perspective include: implementing safety and quality measures, understanding the roles and responsibilities of the nurse, embracing technological safeguards, incorporating interdisciplinary collaborative efforts, and continued emphasis upon quality control.

Nurses are responsible for multiple patients on any given day making medication errors a potential problem in the nursing field. Medication administration not only encompasses passing medication to the patients yet begins with the physician prescribing the medication, pharmacy filling the correct prescription and ending with the nurse administering and monitoring the patient for any adverse effect from the medication. According to the National Coordinating Council for Medication Error Reporting and Prevention (NCCMERP), ‘A medication error refers to any preventable event that may cause or lead to inappropriate medication use or patient harm while the medication is in the control of the healthcare professional,

When it comes to medication errors several things may occur such as adverse drug event, unexpected deterioration, and even death in severe cases. AHRQ (2015) states, “an adverse drug event (ADE) is defined as harm experienced by a patient as a result of exposure to a medication, and ADEs account for nearly 700,000 emergency department visits 100,000 hospitalizations each year.” There are many ways that errors may occur such as dispensary errors, prescription errors

In the UK, there are more than 1 billion scripts prescribed and dispensed every year (HSCIC, 2013). There are over 12,000 pharmacies in the UK, and approximately 1.6 million people visit a pharmacy every day (HSCIC, 2013). It is therefore natural to assume that between these 1 billion prescriptions, an error or mistake will be made. Current studies suggest that of all the dispensed medicines, there are approximately 0.01-3.32% errors made in community pharmacy and 0.02-2.7% in hospital pharmacy (James et all, 2009).

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).

Medication errors are the leading cause of morbidity and preventable death in hospitals (Adams). In fact, approximately 1.5 million Americans are injured each year as a result of medication errors in hospitals (Foote). Not only are medication errors harmful to patients but medication errors are very expensive for hospitals. Medication errors cost America’s health care system 3.5 billion dollars per year (Foote).Errors in medication administration occurs when one of the five rights of medication administration is omitted. The five rights are: a) the right dose, b) the right medication, c) the right patient, d) the right route of administration, and e) the right time of delivery (Adams). Medication administration is an essential part of

This is a journal study to investigate the perceptions and opinions of the professional community pharmacy staff about the causes of dispensing errors and strategies to prevent these errors. A survey was completed by pharmacists and pharmacy technicians in 49 community pharmacies and the response rate was 90.9% (Lopes, Joaquim, Matos & Pires, 2015). Handwritten prescriptions were the most single cause of medication errors 51.5% and drugs with similar packages 45.6% (Lopes et al., 2015). Checking prescriptions and confirmation of drugs through barcodes was 97% which were the most agreed prevention methods (Lopes et al., 2015). This article would not only be useful to pharmacy personnel but to other health practitioners or students performing research. In addition, a study similar to this could serve as an example (initiative) that may benefit management. Such initiative would be implemented to help improve medication

Errors made while administering medications is one of the most common health care errors reported. It is estimated that 7,000 hospitals deaths yearly are attributed to medication administration errors.

This integrative review sought to identify and understand the impact of information technology in on medication errors. The review of 14 papers shows that the implementation of medication management systems, which include CPOE, BCMA and automated dispensing machines has successfully reduced medication errors and adverse medication events significantly, particularly the two most susceptible stages of prescription and administration of drugs (Armada et al., 2014).

The FDA suggests that all medication should be labeled with bar codes (FDA, 2015). Much like the bar code in the supermarkets. The scanning devices scan the bar codes, which generate information such as drug, drug dosage, administration of drug, and patient receiving the drug (FDA, 2015, p.2). Also, patients receive wristbands with bar codes, upon admittance to the hospital, as well (FDA, 2015). The hospital computer system contains information such as patient’s medications. Before nurses administer medications, they scan the bar code. Computer system generate patient’s name, drug, and drug dosage that particular patient is to receive. If any errors are present, a warning message appears. The Department of Veterans Affairs hospitals’ implemented the bar code method and medication errors reduced significantly (FDA, 2015). One hospital reported an 86 percent decrease in medication error rate “over a nine-year period” (FDA,

This article talks about human errors in dispensing drugs. Adverse drug reactions have reportedly claimed more than 100,000 lives in America. Pharmacy mistakes may have contributed to the deaths as a result. Studies uncovered that these human errors were mainly caused by distractions and interruptions. Other contributing factors include long working hours, heavy workloads, complicated procedures, misinterpretation and work stress. Pharmacists were generally asked to handle a huge amount of tasks within a short span of time. The tasks include reviewing patient’s profile, verifying with patient for any drug allergies, dispensing drugs and counseling for new drugs. Studies have also shown that over the years, the demands for prescriptive drugs

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.

Causes of dispensing errors can be traced by root-cause analysis or by inquiring with practicing pharmacists by means of a survey. Root-cause analysis comes closer to reality, because a survey measures on the perceptions and opinions of pharmacists. An example of the former type was a study in a UK hospital in which the researchers used semi structured interviews of pharmacy staff about self-reported dispensing errors (Anacleto, T.A., Perini, Rosa, Cesar, 2007)

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