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Biomedical subjects

G W Wharton

Publications and source records attributed to G W Wharton.

At least 19 recordsLinked to original sources

The spinal injury learning series: an experimental test.

A new rehabilitation technique, developed for the care of patients with traumatic spinal cord injuries (SCI), the Spinal Injury Learning Series (SILS) combines learning and communications methods to identify the behavioral needs of SCI patients and to provide systematic training for improving cognitive and psychomotor proficiencies. Emphasizing SCI information and procedures (catheter, bowel, skin-inspection, pressure-relief), 297 representative patients were tested at 6 regional SCI centers over a 29-month period. Statistical comparisons of experimental (SILS) and control (traditional) groups indicated higher average cognitive and psychomotor scores for SILS than for regular patients even a year after injury. Evaluations of functional independence, although varying with procedures, revealed faster acquisition and better retention with SILS. Psychomotor independence varied inversely with level of injury, and mean differences between the experimentals and controls decreased somewhat with time, but overall SILS was significantly more effective than current treatments.

Adult↗

House dust mites.

Explore the source record for details and available documents.

Allergens↗

Bridging: an effective and practical method of preventive skin care for the immobilized person.

Various methods have been used in an attempt to decrease prolonged pressure on skin, especially over bony prominences, and thus prevent pressure sores in immobilized patients: turning frames, circle beds, flotation beds, and special mattresses. Bridging is one means of relieving pressure on bony prominences which is both simple and inexpensive. Through the proper positioning of pillows, a patient is supported above the surface of the bed with free space between the bony prominences and the bed surface. Several different positions for pressure relief are possible. Advantages of the technic include its low cost, patient acceptance, lack of mechanical components which can fail, and ease of training personnel or family members to carry it out.

Humans↗

Heterotopic ossification.

Heterotopic ossification occurs in 20 to 25 per cent of all traumatic spinal cord injured patients; it is sufficiently extensive in about 1/3 of the affected group to limit the range of motion of paralyzed joints. When necessary, resection of heterotopic deposits may be successfully accomplished in those patients in which the deposits consist of mature bone. A minimum of 14 months is required for maturity. The surgical procedure depends upon the anatomical location of the heterotopic bone.

Humans↗