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166 Prosthetics and Orthotics International, 1981, 5<br />

In the development of the new wheelchair<br />

concept three important parameters have been<br />

considered: different, individual forms of<br />

disability, different kinds of manipulation and<br />

characteristic problems of target groups.<br />

The concept of an "indoor"-wheelchair with<br />

slight limitation of outdoor functions is of<br />

modular construction (seat and chassis). The<br />

wheelchair has a solid, upholstered seat. The<br />

backrest is adjustable through a gas loaded<br />

spring and allows two seating positions (working<br />

position and resting position). The seat can be<br />

folded together and taken off the chassis in one<br />

move. The chassis collapses easily through a well<br />

integrated folding mechanism. The armrest can<br />

be raised or lowered individually.<br />

Book Review<br />

Hand Splinting, Principles and Methods. Fess, E.<br />

E., Gettle, K. S. and Strickland, J. W. The C. V.<br />

Mosby Company, St. Louis, Toronto, London,<br />

1981,317p. £23.50p.<br />

Hand splinting is a subject which traditionally<br />

attracts proportionally less attention in orthotic<br />

literature than, for instance, the orthotic<br />

management of the lower extremity.<br />

Nevertheless, its importance and value<br />

command increasing attention as an essential<br />

part of the rehabilitation of the functionally<br />

impaired hand.<br />

"Hand Splinting—Principles and Methods"<br />

has been written by two hand therapists and an<br />

orthopaedic surgeon. It describes the anatomy<br />

and kinesiology of the hand in relation to hand<br />

function, outlines the mechanical properties<br />

required of splints, describes the categories of<br />

existing splints and introduces a proposed new<br />

method classification. Further chapters deal<br />

broadly with the design, fit and construction of<br />

splints before describing the various types which<br />

can be applied to the wrist, fingers and thumb.<br />

Readers who are not hand therapists will be<br />

attracted to the chapter relating to exercise and<br />

splinting for specific problems. Finally the book<br />

analyses examples of patients with typical clinical<br />

problems and describes suitable solutions.<br />

Readers will find this book easy to read and<br />

well illustrated. It is based on the experiences of<br />

the writers in the Hand Rehabilitation Center of<br />

Indiana and concentrates on basic principles<br />

relating to the design and application of splints.<br />

This is in contrast to much contemporary<br />

literature which frequently tends to list<br />

particular types of orthoses for specific<br />

conditions. The writers' approach is to<br />

emphasize the need to maintain flexible attitudes<br />

to splinting techniques and not to be drawn to<br />

"set" solutions.<br />

Little information is forwarded regarding<br />

materials which are most suited to hand<br />

splintage. Whilst low temperature<br />

thermoplastics have generally reduced<br />

fabrication times and allow modification to be<br />

accomplished in the clinic, stronger materials are<br />

required particularly for the fabrication of<br />

durable splints. In spite of this small omission,<br />

readers will find this a well constructed and<br />

comprehensive book and a valuable guide to<br />

splinting techniques.<br />

D. A. Carus.<br />

Tayside Rehabilitation Engineering Services.<br />

Limb Fitting Centre.<br />

Dundee, Scotland.

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