Allergic reactions to gadodiamide following interventional spinal procedures: a report of 4 cases.

Gadodiamide is currently considered a safe alternative for use in interventional spinal procedures in persons with a documented allergic response to iodine-based contrast dyes and with adequate renal function. The most common reactions to gadodiamide are nausea, emesis, and headache. These reactions usually are self-limited and are reported to occur in less than 1% of patients. We report the cases of 4 patients who developed an allergic reaction to gadodiamide, 3 of whom presented within the same week, after minimally invasive interventional spinal procedures at an outpatient private practice facility. Furthermore, 3 of the 4 patients had previously been exposed to gadodiamide during prior interventional spinal procedures without reaction, and the fourth patient had a reaction on the first exposure. The clinical presentation was manifested as a rash in 3 of the 4 patients, whereas the fourth patient experienced fevers and rigors along with rash. Because the injections of gadodiamide were not administered in succession, different vials of gadodiamide were used in each patient, and the injections were given by different clinicians at different spinal levels, we hypothesize that these patients experienced an allergic reaction, rather than contamination of the gadodiamide solution. These cases may call into question the safety of gadodiamide as an alternative contrast agent.

Prosthetic management of the partial foot amputee.

Partial foot amputations provide advantages and challenges to the patient confronting loss of limb and the rehabilitation team. The partial foot amputation offers the potential for retention of plantar load-bearing tissues that are capable of tolerating the forces involved in weight bearing; this can allow the patient to ambulate with or without a prosthesis. Because of the complexity of the foot-ankle complex and the multiple types of partial foot amputations encountered, choosing the appropriate prosthesis can be challenging. This article explains some of the rationale and common options available for the different levels of amputation.

Identifying and managing shoulder pain in competitive swimmers: how to minimize training flaws and other risks.

Shoulder pain resulting from glenohumeral instability is common among competitive swimmers. The biomechanics inherent to swimming promote muscular imbalances that stress the capsuloligamentous structures and contribute to shoulder instability. Most swimmers respond favorably to conservative treatment of rest and rehabilitation, while a small percentage may ultimately require surgical intervention. Swimmers who respond well to rehabilitation have a better prognosis for a successful return to swimming than those who require surgery. Overall, education in proper stroke and training techniques can minimize the likelihood that a competitive swimmer will experience disabling shoulder pain.