Cross-sectional imaging techniques are becoming increasingly important for the evaluation of foot and ankle disorders. Computed tomography affords superior depiction of osseous anatomy, and is useful in the assessment of acute fractures, degenerative joint disease, and postoperative alterations. Magnetic resonance imaging is particularly well suited to soft tissue disease, including neoplasms, tendinitis, myopathy, and infection, owing to its excellent contrast discrimination capabilities.
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References
1.
BerquistT.H. (ed.): Magnetic Resonance of the Musculoskeletal System. New York, Raven Press, 1986
ConeR.O.NguyenV.FlournoyJ.G.GuerraJ.: Triplane fracture of the distal tibial epiphysis: radiographic and CT studies. Radiology, 153: 763–767, 1984
4.
FiroozniaH.GolimbuC.RafuM.: Computerized tomography in the detection of joint disorders. Orthop. Rev., 12: 69–82, 1983
5.
FloydE.J.RansomR.A.DaileyJ.M.: Computed tomography scanning of the subtalar joint. J. Am. Podiatry Assoc., 74: 533–537, 1984
6.
GuyerB.H.LevinsohnE.M.FredricksonB.E.BaileyG.L.FormikellM.: Computed tomography of calcaneal fractures: anatomy, pathology, dosimetry, and clinical relevance. AJR, 145: 911–919, 1985
7.
HegerL.WulffK.: Computed tomography of the calcaneus: normal anatomy. AJR, 145: 123–129, 1985
8.
HegerL.WulffK.SeddiqiM.S.A.: Computed tomography of calcaneal fractures. AJR, 145: 131–137, 1985
9.
KarrholnJ.HanssonL.I.LaurinS.: Computed tomography of intraarticular supination eversion fractures of the ankle in adolescents. J. Pediatr. Orthop., 1: 181–187, 1981
10.
LindsjoV.HemmingssonA.SahlstedtB.Danckwardt-LilliestromG.: Computed tomography of the ankle. Acta Orthop. Scand. 50: 797–801, 1979
11.
PablotS.M.DanemanA.StringerD.A.CarrollN.: The value of computed tomography in the early assessment of comminuted fractures of the calcaneus: a review of three patients. J. Pediatr. Orthop., 5: 435–438, 1985
12.
ReisN.D.ZinmanC.Besser: High resolution computed tomography in clinical orthopaedics. J. Bone Joint Surg. [Br.], 64: 20–24, 1982
13.
RichardsonM.L.: Magnetic resonance imaging of the musculoskeletal system. Radiol. Clin. North Am., 24: 137–335, 1986
14.
SartorisD.J.DevineS.ResnickD.GoldbransonF.VasquezT.FiererJ.WitztumK.KerrR.PinedaC.: Plantar compartmental infection in the diabetic foot: the role of computed tomography. Invest. Radiol., 20: 772–784: 1985
15.
SartorisD.J.FeingoldM.L.ResnickD.: Axial computed tomographic anatomy of the foot. Part I: Hindfoot. J. Foot Surg., 24: 392–412, 1985
16.
SartorisD.J.FeingoldM.L.ResnickD.: Axial computed tomographic anatomy of the foot. Part II: Midfoot. J. Foot Surg., 24: 413–430, 1985
17.
SartorisD.J.FeingoldM.L.ResnickD.: Axial computed tomographic anatomy of the foot. Part III: Forefoot. J. Foot Surg., 25: 19–38, 1986
18.
SartorisD.J.ResnickD.: Computed tomography of podiatric disorders: a review. J. Foot Surg., 25: 394–403, 1986
19.
SartorisD.J.ResnickD.: Magnetic resonance imaging of podiatric disorders. J. Foot Surg., 1987, (in press)
20.
SeltzerS.E.WeissmanB.N.BraunsteinE.M.AdamsD.F.ThomasW.H.: Computed tomography of the hindfoot. J. Comput. Assist. Tomogr., 8: 488–497, 1984
21.
SolomonM.A.GilulaL.A.OloffL.M.OloffJ.: CT scanning of the foot and ankle: 2. clinical applications and review of the literature. AJR, 146: 1204–1214, 1986
22.
SolomonM.A.GilulaL.A.OloffL.M.OloffJ.ComptonT.: CT scanning of the foot and ankle: 1. normal anatomy. AJR, 146: 1192–1203, 1986
23.
SzczukowskiM.St. PierreR.K.FlemingL.L.SomogyiJ.: Computerized tomography in the evaluation of peroneal tendon dislocation. Am. J. Sports Med., 11: 444–447, 1983
ZinnanC.ReisN.D.: Osteochondritis dissecans of the talus: use of the high resolution computed tomography scanner. Acta Orthop. Scand., 53: 697–700, 1982