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Biomedical subjects

C B Wilmot

Publications and source records attributed to C B Wilmot.

3 recordsLinked to original sources

Benefits of early admission to a comprehensive trauma center for patients with spinal cord injury.

Patients with spinal cord injury may be admitted directly to a trauma center with a dedicated rehabilitation unit or transferred there days or weeks later. This study analyzed the relationship between time of transfer to a Level I Trauma Center with a spinal cord injury service and efficacy of subsequent rehabilitation. We examined the records of all patients admitted to the service between September 1981 and August 1983 and followed at least one year. There were 197 patients, 102 quadriplegics and 95 paraplegics, aged 15 to 77 years (average = 29.4 years). Median time from injury to admission was 11 days for quadriplegics and 21 days for paraplegics; this was used to define early and late groups. The early quadriplegic group began rehabilitation 2.94 days postinjury; the late quadriplegic group, 74.87 days (p less than .01). Time in rehabilitation did not differ (128.22 days, early; 122.61, late), but total hospitalization--from injury to discharge--was 131.16 days for the early quadriplegic group and 197.27 for the late quadriplegic group (p less than .01). Average duration of prerehabilitation care for the paraplegic groups was 6.19 days (early) and 58.58 days (late) (p less than .01). Time in rehabilitation was the same for both paraplegic groups, but total hospitalization was shorter for early admissions (82.91 days vs 125.90 days, p less than .01).(ABSTRACT TRUNCATED AT 250 WORDS)

Cost-Benefit Analysis

Post-void residual alerting device.

A simple, inexpensive device is described which alerts nursing staff upon spontaneous voiding by a patient with spinal cord injury. This facilitates measurement of the post-void residual urine volume which is useful in the management of neurogenic bladder.

Humans

Nutritional and metabolic response to acute spinal-cord injury.

The metabolic response to complete spinal cord injury was prospectively studied in 10 patients with Frankel class A spinal cord injury. Weekly excretory and balance studies profile the changes in nitrogen, calcium, and 3-methylhistidine excretion in relation to body weight and metabolic rate. The initial resting energy expenditures were 10% below what was predicted, and body weight decreased by 10%. Nitrogen excretion paralleled the changes in body weight. Calcium excretion increased for 3 weeks and reached a plateau 150% above baseline. Our results chronicle the magnitude of metabolic response to spinal shock. Comparison with reported values shows this response exceeds that seen in immobilized patients. Nitrogen excretion rose to levels seen in highly stressed patients and must be considered in the management of patients with acute spinal-cord injury.

Acute Disease