Abstract:Intralipid infusions remain a critical part of ensuring adequate nutritional supplement and growth in premature and term infants. Managing intralipid therapy requires great care to prevent metabolic and physiological side effects. The authors sought to systematically study medication errors associated with intralipid administration in the neonatal intensive care unit (NICU). A descriptive quantitative and qualitative analysis incorporating secondary data was used. Medication error data were drawn from 54 insti… Show more
“…In 2007 MEDMARX (the largest medication error internet reporting program in United State) published a study of NICU fat emulsion medication errors and nursing services including prescription, preparation and administration. They reviewed a total of 257 errors with 3.9% error resulting in harm, the mean age of affected neonates were seven days, and more errors occurred on Monday than any other days of the week, wrong dose errors occurred in 69% of the sample [3].…”
Section: Discussionmentioning
confidence: 99%
“…The reported complications of milk injection in neonates were: hyperosmolarity, micro embolism, hypersensitivity, apnea, respiratory distress, septicemia, neutrophilia, seizures, multiple organ failure and death [1][2][3][4][5][6][7].…”
Section: Discussionmentioning
confidence: 99%
“…These errors may cause harmful effects including death [2]. Although these errors can be caused by system defects or human mistakes, the person is responsible for initiating the error [3]. Reporting medication errors during practice help caregivers to provide the proper management and to expect possible complications when similar errors happen.…”
We report a rare medication error, and its management of a preterm female baby who accidently received formula milk intravenously over two hours through central catheter. She developed leukocytosis, thrombocytopenia, transient metabolic acidosis, superficial thrombophlebitis and thrombosis of greater saphenous vein. She received supportive care with observation of her vital signs, including arterial blood pressure; broad-spectrum antibiotics were given for seven days after the event and low molecular weight heparin.Staff nurse responsibility for initiating the error was addressed by the hospital administration. However; because of most errors are the results of faulty system not faulty people, health care organizations should establish safer environments by using methods to prevent similar errors, also more education for medical staff about medical errors and choosing the most qualified nurses for critical units will decrease the incidence of these errors.
“…In 2007 MEDMARX (the largest medication error internet reporting program in United State) published a study of NICU fat emulsion medication errors and nursing services including prescription, preparation and administration. They reviewed a total of 257 errors with 3.9% error resulting in harm, the mean age of affected neonates were seven days, and more errors occurred on Monday than any other days of the week, wrong dose errors occurred in 69% of the sample [3].…”
Section: Discussionmentioning
confidence: 99%
“…The reported complications of milk injection in neonates were: hyperosmolarity, micro embolism, hypersensitivity, apnea, respiratory distress, septicemia, neutrophilia, seizures, multiple organ failure and death [1][2][3][4][5][6][7].…”
Section: Discussionmentioning
confidence: 99%
“…These errors may cause harmful effects including death [2]. Although these errors can be caused by system defects or human mistakes, the person is responsible for initiating the error [3]. Reporting medication errors during practice help caregivers to provide the proper management and to expect possible complications when similar errors happen.…”
We report a rare medication error, and its management of a preterm female baby who accidently received formula milk intravenously over two hours through central catheter. She developed leukocytosis, thrombocytopenia, transient metabolic acidosis, superficial thrombophlebitis and thrombosis of greater saphenous vein. She received supportive care with observation of her vital signs, including arterial blood pressure; broad-spectrum antibiotics were given for seven days after the event and low molecular weight heparin.Staff nurse responsibility for initiating the error was addressed by the hospital administration. However; because of most errors are the results of faulty system not faulty people, health care organizations should establish safer environments by using methods to prevent similar errors, also more education for medical staff about medical errors and choosing the most qualified nurses for critical units will decrease the incidence of these errors.
“…En estos casos, el contenedor de la emulsión lipídica se empleará durante un máximo de 12 horas, desechando al final de este periodo la porción sobrante (4,9,10). Antes de comenzar la administración de los lípidos, hay que comprobar que la bomba está correctamente programada y la velocidad coincide con la prescrita (11).…”
Section: Aspectos Relacionados Con La Seguridad De La Administración unclassified
El oxígeno y/o la luz son los principales causantes de la degradación de los componentes de la nutrición parenteral (NP), especialmente de vitaminas y lípidos. La oxidación de algunas vitaminas y la peroxidación lipídica son catalizadas por la luz, siendo la presencia de oxígeno el factor decisivo del proceso. El material de la bolsa en contacto con la NP debe ser químicamente inerte, como el etilvinilacetato (EVA) o el polipropileno. El cloruro de polivinilo (PVC), además de ceder a los lípidos el plastifi cante tóxico dietilhexilftalato (DEHP), también adsorbe otros componentes de la NP.
“…Most of the cases reported in the literature are erroneous accidental intravenous administration of enteral feeding formula and maternal breast milk (Table 1) (1,2). Although rare, intravenous injection of formulas in childhood can cause fatal complications (1)(2)(3).…”
Although rare, intravenous injection of foreign substances during childhood can cause fatal complications. Most of the cases reported in the literature are accidental intravenous administrations of enteral feeding formulas. To the best of our knowledge, this is the first case of intravenous injection of cow's milk. In this report, we discuss the clinical presentation and treatment of a 17-year-old nursing student who injected pasteurized homogenized cow's milk into herself due to curiosity. The girl presented to our emergency department after this injection. During admission, she presented with angioedema, gastrointestinal symptoms, dyspnea, and tachycardia associated with resistant hypotension. She, then, developed leukocytosis and elevated D-dimer levels, as determined in the laboratory. The patient was diagnosed as having anaphylaxis with clinical presentation and cow's milkspecific IgE positivity, based on laboratory findings. The patient was initially treated with adrenaline, corticosteroids, and antihistamines. Inotropes including catecholamines and wide-spectrum antibiotics were added into the therapy for resistant hypotension and sepsis prophylaxis. Low-molecularweight heparin treatment was given for the elevated D-dimer levels and prevention of embolic events. With these therapeutic interventions, there were no signs of sepsis, thrombosis, embolus, and multi-organ failure. The patient was discharged without any neurological complications or sequelae on the 6th day of hospital admission. Although sepsis and septic shock development is usually expected after the injection of foreign substances such as in this case, interestingly, there was an anaphylactic reaction caused by the patient's subclinical cow's milk allergy.
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