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The PSNet Collection: All Content

The AHRQ PSNet Collection comprises an extensive selection of resources relevant to the patient safety community. These resources come in a variety of formats, including literature, research, tools, and Web sites. Resources are identified using the National Library of Medicine’s Medline database, various news and content aggregators, and the expertise of the AHRQ PSNet editorial and technical teams.

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Displaying 1 - 20 of 697 Results

ISMP Patient Safety Alert! Acute care edition. May 18, 2023;28(10);1-3.

Dose error-reduction systems (DERS) and drug libraries are tools for use with smart infusion pumps to ensure safe intravenous medication administration. This article discusses infusion problems unrelated to user error that went undetected by the technology and reached patients. Recommendations to minimize similar occurrences include removing the involved device from service and investigating the incident.
Ward CE, Taylor M, Keeney C, et al. Prehosp Emerg Care. 2023;27:263-268.
Weight-based calculation errors and lack of weight documentation can lead to medication errors in pediatric patients. This analysis of Maryland emergency medical services (EMS) data including children who received a weight-based medication found that weight documentation was associated with a small but significantly lower rate of medication dose errors, particularly among infants and for epinephrine and fentanyl doses.
WebM&M Case April 26, 2023

This case involves a procedural sedation error in a 3-year-old patient who presented to the Emergency Department with a left posterior hip dislocation. The commentary summarizes the indications and risks of procedural sedation in non-surgical settings and highlights the value of implementing system-wide safety protocols and practices to prevent medication administration errors during high-risk procedures.

WebM&M Case April 26, 2023

This case represents a known but generally preventable complication of calcium chloride infusion, eventually necessitating surgical amputation of the patient’s left fourth (ring) finger. The commentary discusses the importance of correctly identifying IV fluids as irritants or vesicants, risks associated with the use of vesicants such as calcium chloride, and the role of early recognition of infiltration and extravasation and symptom management to minimize tissue damage and accelerate healing.

Stevens EL, Hulme A, Goode N, et al. Appl Ergon. 2023;110:104000.
Medication administration is a complex process with many opportunities for error. Using the Event Analysis of Systemic Teamwork (EAST) model, researchers identified opportunities to improve medication administration system performance and promote patient safety. The authors discuss the networks involved in medication administration (e.g., task network, social network, information network) and how the complexities involved in each network contribute to medication administration errors.
Trivedi A, Ajitsaria R, Bate T. Arch Dis Child Educ Pract Ed. 2022;108:115-119.
Pediatric patients are at particularly high risk for medication errors. This article describes the STAMP initiative (Safe Treatment and Administration of Medicine in Pediatrics) which aims to reduce pediatric inpatient prescribing and administration errors. The authors summarize the STAMP interventions originally implemented in 2017 and discuss the new interventions implemented during the COVID-19 pandemic (between July 2020 and August 2021), which led to sustained reductions in prescribing errors.

Shaikh U, van der List L, Blumberg D. Kids Considered. March 27, 2023.

Medication administration at home can be problematic especially for parents caring for children. This podcast highlights common reasons for medication mistakes at home and how they can be avoided. Simple steps such as not using regular spoons as methods of delivering liquid medications are highlighted.
Riesenberg LA, Davis R, Heng A, et al. Jt Comm J Qual Patient Saf. 2022;Epub Dec 15.
Anesthesiologists frequently hand off care of complex, often unstable patients, which can introduce patient safety risks. This systematic review examined the education components of studies seeking to improve anesthesiology handoffs. The authors identified marked heterogeneity in the use of established curriculum development best practices and concluded that more than half of the medical education interventions were of low quality. The authors identify challenges that could be addressed to improve future educational interventions.
Pullam T, Russell CL, White-Lewis S. J Nurs Care Qual. 2023;38:126-133.
Medication timing errors can lead to too-frequent or missed doses of medications and cause patient harm. This systematic review including 23 articles found that medication administration timing errors (defined in the majority of studies as administration greater than 60 minutes before or after the scheduled time) occur in up to 72.6% of medication administration errors.
Taft T, Rudd EA, Thraen I, et al. J Am Med Inform Assoc. 2023;30:809-818.
Medication administration errors are major threats to patient safety. This qualitative study with 32 nurses from two US health system explored medication administration hazards and inefficiencies. Participants identified ten persistent safety hazards and inefficiencies, including issues with communication between safety monitoring systems and nurses, alert fatigue, and an overreliance on medication administration technology. These findings highlight the importance of developing medication administration technology in collaboration with frontline nurses who are tasked with medication administration.
WebM&M Case March 15, 2023

A 48-year-old woman was placed under general anesthesia with a laryngeal mask. The anesthesiologist was distracted briefly to sign for opioid drugs in a register, and during this time, the end-tidal carbon dioxide alarm sounded. Attempts to manually ventilate the patient were unsuccessful. The anesthesiologist asked for suxamethonium (succinylcholine) but the drug refrigerator was broken and the medication had to be retrieved from another room.

WebM&M Case March 15, 2023

This case focuses on immediate-use medication compounding in the operating room and how the process creates situations in which medication errors can occur. The commentary discusses strategies for safe perioperative compounding and the role of standardized processes, such as checklists, to ensure medication safety.

Urgent care clinics offer services to a wide patient base that increase the complexities of medication prescribing and administration. Safety culture, process, and structural factors are discussed as avenues to increase safety in this unique ambulatory setting. The piece highlights the importance of education, rules, and storage procedures to ensure safe medication administration.
Bell T, Sprajcer M, Flenady T, et al. J Clin Nurs. 2023;Epub Jan 27.
Fatigue is a known contributor to adverse events and near misses. Researchers summarized 38 studies on the impact of fatigue on nurses’ medication administration errors (MAE) or near misses. Thirty-one studies reported that long hours, shift work, overtime, and/or poor sleep quality contributed to MAE and near miss, but results and methods of measuring fatigue were inconsistent.
Kazi R, Hoyle JD, Huffman C, et al. Prehosp Emerg Care. 2023;Epub Feb 1.
Prehospital medication administration for pediatric patients is complicated by the need to obtain an accurate weight for correct dosing. This retrospective analysis examined prehospital medication dosing in children 12 years of age and younger after implementation of a statewide emergency medical services (EMS) pediatric dosing reference. Despite implementation of written guidelines, researchers found that 35% of prehospital medication administrations involved a dosing error. Dosing errors were most common for hyperglycemia reversal medications, opioids, and one type of bronchodilator (Ipratropium bromide).
King C, Dudley J, Mee A, et al. Arch Dis Child. 2023;Epub Feb 15.
Medication errors in pediatric patients can have serious consequences. This systematic review identified three studies examining interventions to improve medication safety in pediatric inpatient settings. Although the three interventions – a mnemonic device, a checklist, and a specific prescribing round involving a clinical pharmacist and a doctor – reduced prescribing errors, the studies did not assess weight-based errors or demonstrate reductions in clinical harm.
Silvestre JH, Spector ND. J Nurs Educ. 2023;62:12-19.
Learning from mistakes is an essential component of medical and nursing education. This retrospective study examined medical errors and near-misses committed by nursing students at more than 200 prelicensure programs. Of the 1,042 errors and near-misses reported, medication errors were most common (59%). Three primary contributing factors to errors and near-miss events were identified – (1) not checking patient identification, (2) not checking a patient’s allergy status, and (3) not following the “rights” of medication administration.
Bitan Y, Nunnally M. J Med Syst. 2022;47:6.
Hospitals, pharmacies, and organizations have developed numerous strategies to prevent look-alike/sound-alike medication mix-ups, but these errors continue to occur. This article suggests a human factors approach by changing the shape of the container for each medication class-type, thus reducing clinicians’ cognitive load. Importantly, drug manufacturers would need to agree on container shapes to prevent confusion when drugs are ordered from different suppliers.

Michel C, Talley C. J Health Life Sci Law. 2022;17(1):71

High-profile medication errors like that of Tennessee nurse RaDonda Vaught provide opportunities for learning and debate. In this commentary, the authors discuss the legal aspects of the incident, share reasons for the criminal conviction rendered in this case, and present the decision’s potential impact on subsequent disciplinary actions.
Wong CI, Vannatta K, Gilleland Marchak J, et al. Cancer. 2023;129:1064-1074.
Children with complex home care needs, such as children with cancer, are particularly vulnerable to medication errors. This longitudinal study used in-home observations and chart review to monitor 131 pediatric patients with leukemia or lymphoma for six months and found that 10% experienced adverse drug events due to medication errors in the home and 42% experienced a medication error with the potential for harm. Failures in communication was the most common contributing factor. Findings underscored a critical need for interventions to support safe medication use at home. Researchers concluded that improvements addressing communication with and among caregivers should be co-developed with families and based on human-factors engineering.