Abstract:Objectives: To quantify the impact of IV pump relocation for COVID-19 patients from the bedside to outside the patient room on nurse exposure to COVID-19 and conservation of PPE. Design: Original Article Setting: Intensive care units at a single-center teaching hospital. Patients: Critically ill COVID-19 patients under contact and special droplet precautions. Interventions: Relocation of intravenous pumps for COVID-19 patients from bedside to outside the patient room using extension tubing. Measurements and Ma… Show more
“…With a current pandemic and limited resources, “This practice should be given consideration, 17 ” although cautions were also offered about this practice: it is not ideal and is not recommended under typical circumstances. Shah et al 18 then studied the impact of this practice on 18 patients with COVID-19 before and after pump location inside and outside COVID-19 ICU patient rooms. They found significantly fewer nurse entries into the COVID-19 ICU rooms after pumps were situated outside the rooms ( P < .0001); this was cautiously extrapolated into a corresponding decrease in PPE use.…”
Section: Discussionmentioning
confidence: 99%
“…Also, there were no reports of CLABSI or extravasation for these patients, mirroring the HFMEA pump team's experience of no reported CLABSIs. 18 …”
In the United States, during the Coronavirus Disease 2019 (COVID-19) pandemic, patients with COVID-19 overwhelmed available intensive care beds, staffing levels were unpredictable, and personal protective equipment was limited. The safety of situating electronic infusion pumps outside patient rooms was evaluated using an internal risk assessment. Based on a low level of risk, a procedure was developed to direct clinicians as to when this process is appropriate during a national crisis. A standardized analysis, Healthcare Failure Mode and Effects Analysis, was conducted to identify all potential risks and implement actions that would eliminate or control the risk. No adverse events were reported. Safe systems and preparation can protect patients.
“…With a current pandemic and limited resources, “This practice should be given consideration, 17 ” although cautions were also offered about this practice: it is not ideal and is not recommended under typical circumstances. Shah et al 18 then studied the impact of this practice on 18 patients with COVID-19 before and after pump location inside and outside COVID-19 ICU patient rooms. They found significantly fewer nurse entries into the COVID-19 ICU rooms after pumps were situated outside the rooms ( P < .0001); this was cautiously extrapolated into a corresponding decrease in PPE use.…”
Section: Discussionmentioning
confidence: 99%
“…Also, there were no reports of CLABSI or extravasation for these patients, mirroring the HFMEA pump team's experience of no reported CLABSIs. 18 …”
In the United States, during the Coronavirus Disease 2019 (COVID-19) pandemic, patients with COVID-19 overwhelmed available intensive care beds, staffing levels were unpredictable, and personal protective equipment was limited. The safety of situating electronic infusion pumps outside patient rooms was evaluated using an internal risk assessment. Based on a low level of risk, a procedure was developed to direct clinicians as to when this process is appropriate during a national crisis. A standardized analysis, Healthcare Failure Mode and Effects Analysis, was conducted to identify all potential risks and implement actions that would eliminate or control the risk. No adverse events were reported. Safe systems and preparation can protect patients.
“…In addition, recent data support that this practice can significantly decrease in COVID-19 exposure based on a reduction of the number of nurse entries into the patient's room following the relocation of intravenous pumps from inside to outside of the room. 13 There are numerous concerns related to elongated tubing, including physical safety and tripping hazards for clinicians. Potential patient safety issues include increased infection risk, line dislodgement and challenges associated with ensuring the five rights of medication administration.…”
The COVID-19 pandemic has stretched hospitals to capacity with highly contagious patients. Acute care hospitals around the world have needed to develop ways to conserve dwindling supplies of personal protective equipment (PPE) while front-line clinicians struggle to reduce risk of exposure. By placing intravenous smart pumps (IVSP) outside patient rooms, nurses can more quickly attend to alarms, rate adjustments and bag changes with reduced personal risk and without the delay of donning necessary PPE to enter the room. The lengthy tubing required to place IVSP outside of patient rooms comes with important clinical implications which increase the risk to patient safety for the already error-prone intravenous medication administration process. This article focuses on the implications of increasing medication dead volume as intravenous tubing lengths increase. The use of extended intravenous tubing will lead to higher medication volumes held in the tubing which comes with significant safety implications related to unintended alterations in drug delivery. Safe intravenous medication administration is a collaborative responsibility across the team of nurses, pharmacists and ordering providers. This article discusses the importance and safety implications for each role when dead volume is increased due to IVSP placement outside of patient rooms during the COVID-19 pandemic.
“…Early after the COVID-19 pandemic began, intensive care nurses placed intravenous (IV) pumps outside of patients' rooms to save personal protective equipment and reduce caregiver exposure. 1,2…”
Caregiver/patient fall injury risks increase when medical tubing drapes on floors. The objective of this research was to examine the value of a novel carriage system that organizes and elevates medical and intravenous (IV) tubing. Using a prospective, multicenter, cohort design, value of the IV carriage system was assessed using a valid, reliable survey that provided the total score and scores of 3 involvement factors: personal relevance, attitude, and importance. The survey was scored on a 0-100 scale, and questions about tubing elevation, patient mobility, and ease of use were rated on 0-10 scales. Participants were adult and pediatric inpatient caregivers (n = 131). In adult intensive care environments (n = 61), carriage system value scores were higher in the quaternary care site compared to 4 enterprise adult intensive care sites (median [Q1, Q3]: 90.0 [69.2, 97.5] vs 72.5 [52.5, 78.3], respectively; P = .008). Compared to nurses working in adult environments (n = 58), pediatric nurses (n = 40) had higher value scores (median [Q1, Q3]: 89.2 [68.3, 97.5] vs 97.5 [85.8, 100.0], respectively; P = .007). High median score ratings (9-10) were given for tubing elevation, patient mobility, and ease of use. In conclusion, the IV carriage system was valued by nurses as an important tool in clinical practice.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.