An artificial intervertebral disc exhibiting an anisotropic negative Poisson's ratio has been designed and characterized in the laboratory. This disc prosthesis incorporates negative Poisson's ratio to prevent bulge which might impinge on nerves, as well as the duplication of compressive axial stiffness of the natural lumbar intervertebral disc. The disc is also compliant in bending and torsion.
Get full access to this article
View all access options for this article.
References
1.
BogdukN.The Causes of Low Back Pain. Med J Australia (1992); 156: 151–153.
2.
WaddellG., and FrymoyerJ.W.Acute and Chronic Pain. In: PopeM.H., AnderssonG.B.J., FrymoyerJ.W., and ChaffinD.B., eds. Occupational Low Back Pain: Assessment, Treatment, and Prevention.St. Louis: Mosby Year Book, (1991); 71–94.
3.
PopeM.H.A Critical Evaluation of Functional Muscle Testing. In: Weinstein J.N., ed. Clinical Efficacy and Outcome in the Diagnosis and Treatment of Low Back Pain.New York: Raven Press, Ltd., (1992); 101–113.
4.
SvenssonH.-O., AnderssonG.B.Low-back Pain in 40- to 47-year old Men: Work History and Work Environment Factors. Spine (1983); 8: 272–276.
5.
FischgrundJ.S., MontgomeryD.M.Diagnosis and Treatment of Discogenic Low Back Pain. Orthop Rev (1993); 22: 311–318.
6.
FernströmU.Arthroplasty with Intercorporal Endoprothesis in Hherniated Disc and in Painful Disc. Acta Chir Scand Suppl (1966); 355: 154–159.
7.
FernströmU.The Replacement of Intervertebral Discs with Preservation of Mobility. In: Junghanns H, ed. Die Wirgelsaule in Forschung und Proxis.Stuttgart: Hippokrates, (1972); 125–130.
8.
Buttner-JanzK.The Development of the Artificial Disc Charite SB., (1992), Dallas: Hudley & Associates.
9.
CinottiG., DavidT., and PostacchiniF.Results of Disc Prosthesis after a Minimum Follow-up Period of 2 years. Spine (1996); 21(8): 995–1000.
10.
FungY.C.Foundations of Solid Mechanics.Englewood Cliffs, NJ: Prentice-Hall, (1968).
11.
KolpakovA.G.On the Determination of the Averaged Moduli of Elastic Grid Works. Prikl. Mat. Mekh. (1985); 59: 969–977.
12.
GibsonL.J., AshbyM.F., ShajerG.S., and RobertsonC.I.The Mechanics of Two Dimensional Cellular Solids. Proceedings Royal Soc London (1982); A382: 25–42.
13.
LakesR.S.Foam Structures with a Negative Poisson's Ratio, Science, (1987), 235, 1038–1040.
14.
LakesR. S.Advances in Negative Poisson's Ratio Materials, Advanced Materials (Weinheim, Germany), (1993), 5, 293–296.
15.
LakesR.S.Deformation Mechanisms of Negative Poisson's Ratio Materials: Structural Aspects, J. Materials Science, (1991), 26, 2287–2292.
16.
HirschC., and NachemsonA.New Observations on the Mechanical Behavior of Lumbar Discs. Acta Orthop Scand (1954); 23: 254–283.
17.
BrownT., HansenR.J., and YorraA.J.Some Mechanical Tests on the Lumbosacral Spine with Particular Reference to the Intervertebral Discs. J Bone Joint Surg (1957); 39A: 1135–1164.
18.
VirginW.Experimental Investigations into Physical Properties of Intervertebral Disc. J Bone Joint Surg (1951); 33B: 607–611.
19.
ParkJ.B., and LakesR.S.Biomaterials - An Introduction.New York: Plenum Pub., (1992).
20.
BerryJ.L., MoranJ.M., BergW.S., and SteffeeA.D.A Morphometric Study of Human Lumbar and Selected Thoracic Vertebrae. Spine (1987); 12: 362–367.