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Results for “Injections, Intramuscular”

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Pain in 4- to 6-year-old children receiving intramuscular injections: a comparison of the Faces Pain Scale with other self-report and behavioral measures.

OBJECTIVE: The main objective was to compare the utility of the Faces Pain Scale (Bieri et al., 1990) with three alternative self-report measures of pain intensity in children, as well as with pain ratings based on observations of the child's behavior. DESIGN: Fifty children used 4 self-report scales to rate the severity of needle pain from routine immunization. Using videotapes, the child's pain-related behavior was coded in detailed fashion, and a subset of the sample were also rated globally by 60 registered pediatric nurses. MAIN OUTCOME MEASURES: Faces Pain Scale; Poker Chip Tool; Visual Analogue Toy; Verbal Rating Scale; behavioral checklist (scoring observable facial, motor, verbal and vocal reactions). RESULTS AND CONCLUSIONS: The Faces Pain Scale was simple to use, readily understood by the children, and showed a realistic distribution of scores with respect to the type of pain being measured. With the exception of verbal reactions (which were not meaningfully related to self-report), observer ratings based on detailed coding of the child's behavior correlated only poorly to moderately well with self-report scores (r = .39 to r = .58). Similarly, although confident in their judgments, the nurses' ratings showed only moderate agreement with those of the children. In estimating the child's pain, all observers appeared to appropriately weigh changes in the child's facial behavior, which showed evidence of being the most sensitive behavioral index to the intensity of short sharp (needle) pain in 4 to 6 years olds.

Child↗

Accuracy of intramuscular injection of botulinum toxin A in juvenile cerebral palsy: a comparison between manual needle placement and placement guided by electrical stimulation.

Most clinicians who perform botulinum toxin A injections for children with cerebral palsy do so using the "free-hand" or manual technique without using radiologic or electrophysiologic guidance to aid needle placement. The objective of this study was to investigate the accuracy of manual needle placement compared with needle placement guided by electrical stimulation. A total of 1,372 separate injections for upper and lower limb spasticity were evaluated in 226 children with cerebral palsy. The accuracy of manual needle placement compared with electrical stimulation was acceptable only for gastroc-soleus (>75%); it was unacceptable for the hip adductors (67%), medial hamstrings (46%), tibialis posterior (11%), biceps brachii (62%), and forearm and hand muscles (13% to 35%). The authors recommend using electrical stimulation or other guidance techniques to aid accurate needle placement in all muscles except the gastroc-soleus. Further study is needed to determine whether more accurate injecting will lead to better functional outcomes and more efficient use of botulinum toxin A.

Adolescent↗

Nerve injuries following intramuscular injections: a clinical and neurophysiological study from Northwest India.

In developing countries, injections are frequently used to treat common ailments. Intramuscular injections (IMI) may damage peripheral nerves at the site of injection. Our objectives were to study the clinical features, neurophysiological findings, and outcome in patients with nerve injuries (NI) following IMI and to determine the factors affecting prognosis. We conducted a retrospective review of patients with NI following IMI, who were referred to our Neurophysiology Laboratory at Christian Medical College, Ludhiana, India, between January 1990 to December 2003. There were 36 (55%) patients with sciatic nerve palsy, 29 (44%) patients with radial nerve injury, and 1 (1%) patient with posterior femoral cutaneous nerve injury. In 57 (86%) patients, the IMI were given by uncertified medical practitioners. Needle electromyography (EMG) was analyzed in 36 patients (>or=60 days after onset). In 12 (33%) patients, there was EMG evidence of axonal damage with reinnervation, while in the other 24 (67%) patients, there was axonal damage without reinnervation. Only 18 (28%) patients had a good recovery. In conclusion, NI following IMI is a preventable iatrogenic hazard, which carries a poor prognosis.

Adolescent↗