Cost-benefits in orthopaedic technology by using thermoplastics in developing countries

Abstract

A case is made for using thermoplastics in prosthetics and orthotics when available in developing countries due to the cost-benefits that may accrue.

References

Blessey

R. L.

Hislop

H. J.

Waters

R. L.

Antoneixi

. Metabolic energy cost of unrestrained walking. Phys. Ther. 1976; 56: 1019–1024

Convery

Hughes

Jones

Whitefield

. A clinical evaluation of an ultra-lightweight polypropylene below-knee prosthesis. Orthot. Trosthet. 1986; 40(3)30–37

Öberg

. Report on Orthopaedic Technology in Major Centres in Thailand, India and Jordan: a report commissioned by WHO RHB/HO. WHO, Geneva 1988

Öberg

Goerdt

. Report on WHO/ AIARF/NRC Inter-regional Seminar on Orthopaedic Technology in Developing Countries. Dakar, Senegal May—3 June, 1989; 29: 1989, WHO/ RHB/89.1

Quigley

M. J.

Irons

G. P.

Donalson

N. R

. The Rancho ultralight below-knee prosthesis. Rancho Los Amigos Hospital, Downey, CA 1977; 1977, Rehabilitation Engineering Centre, University of Southern California

Terselius

. Polymerteknologi. Kungliga Tekniska Högskolan. Inst för polymerteknologi. StockholmSweden 1988