CLINICAL RESULTS OF ANTERIOR TWO-ROD PLATE SURGERY FOR THORACOLUMBAR SPINAL INJURY

We examined 16 patients with thoracolumbar spinal injuries who underwent anterior decompression and fusion by surgical use of an aterior two-rod plate. The subjects were 15 men and one woman. Follow-up ranged from five to 21 months, with an average of 11.4 months. The injuries included ten burst fra...

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Published inRihabiritēshon igaku Vol. 24; no. 3; pp. 145 - 151
Main Authors TAKAHASHI, Kazuhisa, KITAHARA, Hiroshi, DEZAWA, Akira, INOUE, Shunichi, MINAMI, Shohei, YOSHINAGA, Katsunori
Format Journal Article
LanguageEnglish
Published The Japanese Association of Rehabilitation Medicine 1987
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ADL
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ISSN0034-351X
1880-778X
1880-778X
DOI10.2490/jjrm1963.24.145

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Abstract We examined 16 patients with thoracolumbar spinal injuries who underwent anterior decompression and fusion by surgical use of an aterior two-rod plate. The subjects were 15 men and one woman. Follow-up ranged from five to 21 months, with an average of 11.4 months. The injuries included ten burst fractures (T12:1, L1:5, L2:1, L3:1, and L4:2) and six dislocation fractures (T11-12:2, T12-L1:2, and L1-2:2). All the burst-fracture cases were neurologically incomplete, but five out of six dislocation-fracture cases showed complete neurological deficit below the spinal lesion. First we examined the local stability of the operated level and total mobility of the lumbar spine, using lateral bending and flexion-extension x-ray films. Scoliosis averaged 6.3 degrees prior to surgery. Although scoliosis improved to 2.6 degrees immediately after surgery, by follow-up it was back to 6.3 degrees. Average preoperative kyphosis of 23 degrees was reduced to 12.2 degrees immediately after surgery, but reverted to 17.9 degrees by follow-up. Dislocation-fracture cases lost more ground postoperatively and had greater deformities tan did the burst-fracture cases. Total mobility of the lumbar spine was evaluated according to two angles: (a) on the A-P view, the angle between the axis of L1 and a line connecting both iliac crests, and (b) on the lateral view, the angle between the axes of L1 and L5. We confirmed good mobility of the lumbar spine for every case, in both A-P and lateral views. Finally, in order to investigate postoperative progress in activities of daily living (ADL), we took serial assessments of the Barthel Index. Cases receiving the two-rod plate for burst fractures showed prompter recovery of ADL than cases of incomplete lesions treated by Luque instrumentation. The cases of dislocation fracture treated by two-rod surgery showed recovery curves resembling the recovery patterns of patients with complete lesions treated by Luque instrumentation. In our series, conservatively treated groups showed the slowest recovery of the Barthel Index, irrespective of completeness versus incompleteness of the lesion.
AbstractList We examined 16 patients with thoracolumbar spinal injuries who underwent anterior decompression and fusion by surgical use of an aterior two-rod plate. The subjects were 15 men and one woman. Follow-up ranged from five to 21 months, with an average of 11.4 months. The injuries included ten burst fractures (T12:1, L1:5, L2:1, L3:1, and L4:2) and six dislocation fractures (T11-12:2, T12-L1:2, and L1-2:2). All the burst-fracture cases were neurologically incomplete, but five out of six dislocation-fracture cases showed complete neurological deficit below the spinal lesion. First we examined the local stability of the operated level and total mobility of the lumbar spine, using lateral bending and flexion-extension x-ray films. Scoliosis averaged 6.3 degrees prior to surgery. Although scoliosis improved to 2.6 degrees immediately after surgery, by follow-up it was back to 6.3 degrees. Average preoperative kyphosis of 23 degrees was reduced to 12.2 degrees immediately after surgery, but reverted to 17.9 degrees by follow-up. Dislocation-fracture cases lost more ground postoperatively and had greater deformities tan did the burst-fracture cases. Total mobility of the lumbar spine was evaluated according to two angles: (a) on the A-P view, the angle between the axis of L1 and a line connecting both iliac crests, and (b) on the lateral view, the angle between the axes of L1 and L5. We confirmed good mobility of the lumbar spine for every case, in both A-P and lateral views. Finally, in order to investigate postoperative progress in activities of daily living (ADL), we took serial assessments of the Barthel Index. Cases receiving the two-rod plate for burst fractures showed prompter recovery of ADL than cases of incomplete lesions treated by Luque instrumentation. The cases of dislocation fracture treated by two-rod surgery showed recovery curves resembling the recovery patterns of patients with complete lesions treated by Luque instrumentation. In our series, conservatively treated groups showed the slowest recovery of the Barthel Index, irrespective of completeness versus incompleteness of the lesion.
Author MINAMI, Shohei
DEZAWA, Akira
TAKAHASHI, Kazuhisa
INOUE, Shunichi
YOSHINAGA, Katsunori
KITAHARA, Hiroshi
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References 15) Akbarnia BA, Fogarty JP, Tayob AA: Contoured Harrington instrumentation in the treatment of unstable spinal fractures, the effect of supplementary sublaminar wires. Clin Orthop 189: 186-194, 1984.
5) Flesch JR, Leider LL, Erickson DL, Chou SN et al: Harrington instrumentation and spine fusion for unstable fractures and fracture-dislocations of the thoracic and lumbar spine. J Bone Joint Surg 59-A: 143-153, 1977.
11) 出沢明, 井上駿一, 北原宏, 永瀬譲史・他:胸椎・腰椎脊椎損傷に対する Spinal Instrumentation の検討. 臨整外 20:442-453, 1985.
21) Dunn HK: Anterior stabilization of thoraco-lumbar injuries. Clin Orthop 189: 116-124, 1984.
7) Yoshipovitch Z, Robin GC, Makin M: Open reduction of unstable thoracolumbar spinal injuries and fixation with Harrington rods. J Bone Joint Surg 59-A: 1003-1015, 1977.
14) Sullivan JA: Sublaminar wiring of Harrington distraction rods for unstable thoracolumbar spine fractures. Clin Orthop 189: 178-185, 1984.
10) Frankel HL, Hancock DO, Hyslop G, Melzak J et al: The value of postural reduction in the initial management of closed injuries of the spine with paraplegia and tetraplegia. Part I. Paraplegia 7: 179-192, 1969.
9) 高橋和久, 井上駿一, 北原宏, 玉置哲也:胸腰椎損傷に対する anterior two-rod plate. 手術 40:1613-1624, 1986.
22) Kostuik JP: Anterior fixation for fractures of the toracic and lumbar spine with or without neurologic involvement. Clin Orthop 189: 103-115, 1984.
13) Luque ER, Cassis N, Ramirez-Wiella G: Segmental spinal instrumentation in the treatment of fractures of the thoracolumbar spine. Spine 7: 312-317, 1982.
6) Bradford DS, Akbarnia BA, Winter RB, Seljeskog EL: Surgical stabilization of fracture and fracture dislocations of the thoracic spine. Spine 2: 185-196, 1977.
18) McAfee PC, Bohlman HH: Complications following Harrington instrumentation for fractures of the thoracolumbar spine. J Bone Joint Surg 67-A: 672-686, 1985.
1) Mahoney FI, Barthel DW: Functional evaluation: The Barthel index. Md State Med J 14: 61-65, 1965.
17) Dickson JH, Harrington PR, Erwin WD: Results of reduction and stabilization of the severely fractured thoracic and lumbar spine. J Bone Joint Surg 60-A: 799-805, 1978.
19) 大谷清, 塚原茂, 宮本達也, 根元建二・他:胸腰椎部脊椎・脊髄損傷に対する Spinal Instrumentation Surgery の是非. 臨整外 21:1091-1100, 1986.
23) Kaneda K, Abumi K, Fujiya M: Burst fractures with neurologic deficits of the thoraco-lumbar-lumbar spine, results of anterior decompression and stabilization with anterior instrumentation. Spine 9: 788-795, 1984.
16) Gaines RW, Breedlove RF, Munson G: Stabilization of thoracic and thoracolumbar fracture-dislocations wih Harrington rods and sublaminar wires. Clin Orthop 189: 195-203, 1984.
2) Bedbrook GM: Treament of thoracolumbar dislocation and fractures with paraplegia. Clin Orthop 112: 27-43, 1975.
20) McAfee PC, Bohlman HH, Yuan HA: Anterior decompression of traumatic thoracolumbar fractures with incomplete neurological deficit using a retroperitoneal approach. J Bone Joint Surg 67-A: 89-104, 1985.
3) Burke DC, Murray DD: The management of thoracic and thoraco-lumbar injuries of the spine with neurological involvement. J Bone Joint Surg 58-B: 72-78, 1976.
4) 井上駿一:脊椎, 脊髄損傷. 日本外科学会教育委員会編「救急初期診療」. 中外医学社, 東京 1985, pp 125-161.
12) Harrington, PB: Treatment of scoliosis, correction and internal fixation by spine instrumentation. J Bone Joint Surg 44-A: 591-610, 1962.
8) 高橋和久, 井上駿一, 北原宏, 土田豊実・他:胸腰椎損傷に対する各種前方Instrumentationの生体力学的研究. 整形外科基礎科学 13:694-697, 1986.
References_xml – reference: 7) Yoshipovitch Z, Robin GC, Makin M: Open reduction of unstable thoracolumbar spinal injuries and fixation with Harrington rods. J Bone Joint Surg 59-A: 1003-1015, 1977.
– reference: 2) Bedbrook GM: Treament of thoracolumbar dislocation and fractures with paraplegia. Clin Orthop 112: 27-43, 1975.
– reference: 16) Gaines RW, Breedlove RF, Munson G: Stabilization of thoracic and thoracolumbar fracture-dislocations wih Harrington rods and sublaminar wires. Clin Orthop 189: 195-203, 1984.
– reference: 20) McAfee PC, Bohlman HH, Yuan HA: Anterior decompression of traumatic thoracolumbar fractures with incomplete neurological deficit using a retroperitoneal approach. J Bone Joint Surg 67-A: 89-104, 1985.
– reference: 19) 大谷清, 塚原茂, 宮本達也, 根元建二・他:胸腰椎部脊椎・脊髄損傷に対する Spinal Instrumentation Surgery の是非. 臨整外 21:1091-1100, 1986.
– reference: 23) Kaneda K, Abumi K, Fujiya M: Burst fractures with neurologic deficits of the thoraco-lumbar-lumbar spine, results of anterior decompression and stabilization with anterior instrumentation. Spine 9: 788-795, 1984.
– reference: 1) Mahoney FI, Barthel DW: Functional evaluation: The Barthel index. Md State Med J 14: 61-65, 1965.
– reference: 9) 高橋和久, 井上駿一, 北原宏, 玉置哲也:胸腰椎損傷に対する anterior two-rod plate. 手術 40:1613-1624, 1986.
– reference: 18) McAfee PC, Bohlman HH: Complications following Harrington instrumentation for fractures of the thoracolumbar spine. J Bone Joint Surg 67-A: 672-686, 1985.
– reference: 22) Kostuik JP: Anterior fixation for fractures of the toracic and lumbar spine with or without neurologic involvement. Clin Orthop 189: 103-115, 1984.
– reference: 10) Frankel HL, Hancock DO, Hyslop G, Melzak J et al: The value of postural reduction in the initial management of closed injuries of the spine with paraplegia and tetraplegia. Part I. Paraplegia 7: 179-192, 1969.
– reference: 12) Harrington, PB: Treatment of scoliosis, correction and internal fixation by spine instrumentation. J Bone Joint Surg 44-A: 591-610, 1962.
– reference: 14) Sullivan JA: Sublaminar wiring of Harrington distraction rods for unstable thoracolumbar spine fractures. Clin Orthop 189: 178-185, 1984.
– reference: 15) Akbarnia BA, Fogarty JP, Tayob AA: Contoured Harrington instrumentation in the treatment of unstable spinal fractures, the effect of supplementary sublaminar wires. Clin Orthop 189: 186-194, 1984.
– reference: 4) 井上駿一:脊椎, 脊髄損傷. 日本外科学会教育委員会編「救急初期診療」. 中外医学社, 東京 1985, pp 125-161.
– reference: 5) Flesch JR, Leider LL, Erickson DL, Chou SN et al: Harrington instrumentation and spine fusion for unstable fractures and fracture-dislocations of the thoracic and lumbar spine. J Bone Joint Surg 59-A: 143-153, 1977.
– reference: 11) 出沢明, 井上駿一, 北原宏, 永瀬譲史・他:胸椎・腰椎脊椎損傷に対する Spinal Instrumentation の検討. 臨整外 20:442-453, 1985.
– reference: 13) Luque ER, Cassis N, Ramirez-Wiella G: Segmental spinal instrumentation in the treatment of fractures of the thoracolumbar spine. Spine 7: 312-317, 1982.
– reference: 21) Dunn HK: Anterior stabilization of thoraco-lumbar injuries. Clin Orthop 189: 116-124, 1984.
– reference: 17) Dickson JH, Harrington PR, Erwin WD: Results of reduction and stabilization of the severely fractured thoracic and lumbar spine. J Bone Joint Surg 60-A: 799-805, 1978.
– reference: 8) 高橋和久, 井上駿一, 北原宏, 土田豊実・他:胸腰椎損傷に対する各種前方Instrumentationの生体力学的研究. 整形外科基礎科学 13:694-697, 1986.
– reference: 6) Bradford DS, Akbarnia BA, Winter RB, Seljeskog EL: Surgical stabilization of fracture and fracture dislocations of the thoracic spine. Spine 2: 185-196, 1977.
– reference: 3) Burke DC, Murray DD: The management of thoracic and thoraco-lumbar injuries of the spine with neurological involvement. J Bone Joint Surg 58-B: 72-78, 1976.
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