ABSTRACT
Because of parental interference, some pediatricians prefer examining children without parents nearby. Can inanimate, noninterfering attachment agents placate children during medical evaluations? Accompanied through random assignment by their mother, blanket, mother plus blanket, or no supportive agent, 64 blanket-attached or blanket-nonattached 3-year-olds underwent 4 routine medical procedures. Behavioral and physiological measures showed that mothers and blankets (for children attached to them) equally mitigated distress compared with no supportive agents. However, simultaneously presenting 2 attachment agents did not produce additive soothing effects. For comforting blanket-attached children during moderately upsetting medical procedures, blankets can function as appropriate maternal substitutes. Distress evidenced by children with no attachment agent demonstrates the undesirability of conducting medical examinations without supportive agents.
Subject(s)
Adaptation, Psychological , Mother-Child Relations , Object Attachment , Physical Examination/psychology , Arousal , Child, Preschool , Female , Humans , MaleABSTRACT
Both mathematical and selection errors may occur when ordering drug or fluid therapy in a busy emergency department. In an attempt to improve the speed and accuracy of such calculations, we programmed a hand-held calculator to assist in drug and intravenous fluid therapy dosages and rates for three emergency situations: diabetic ketoacidosis, asthma, and asystole. Performance by 58 subjects at various levels of training was compared when using either the programmable calculator or standard materials and methods. When standard methods were used, an average of 30.6 minutes was needed to complete the three scenarios, with an accuracy of 73%; by contrast, use of programmable calculator resulted in a significant decline in time needed to calculate doses (an average of only 8.5 minutes), with an improved accuracy of 98%. The use of a programmable calculator can result in a significant improvement in both speed and accuracy of drug and fluid selection and dosage and rate calculations, regardless of the level of the subject's medical training.
