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열거형 테이블형
101.
서명
Biomechanics - Load-Sharing Between Anterior and Posterior Elements in a Lumbar Motion Segment Implanted With an Artificial Disc/ 미리보기
저자
Dooris, Andrew P
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
102.
서명
Biomechanics - Load Sharing Within a Human Lumbar Vertebral Body Using the Finite Element Method - Using a finite element model of three lumbar vertebrae, the roles of the cortical shell and trabecular centrum in supporting the vertebral compressive load were examined. The percent of load carried by the cortical shell varied based on the distance from the endplate, cortical curvature, and trabecular material properties./ 미리보기
저자
Cao, Khoa D
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
103.
서명
Biomechanics - Lumbar Spine Mechanical Response to Axial Compression Load In Vivo - Lumbar spine kinematic response to a 1.0 body weight (BW) compressive load was measured in vivo by comparison of relaxed and loaded magnetic resonance image sets in the sagittal plane. Rotation, bending, compression, and disc translation were measured, and the component contributions to "spine shrinkage" and the lumbosacral response were determined./ 미리보기
저자
Wisleder, Deric
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
104.
서명
Biomechanics - Mapping the Structural Properties of the Lumbosacral Vertebral Endplates - Indentation tests were conducted across the surfaces of 62 lumbosacral endplates (L3-S1). Significant variation in the strength and stiffness of the endplates was observed. The more peripheral regions were found to be the strongest. Differences were documented between the strength distributions in the superior lumbar and sacral endplates, the inferior lumbar and sacral endplates, and the superior and inferior lumbar endplates./ 미리보기
저자
Grant, J Pamela
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
105.
서명
Biomechanics - Morphologic Changes in the Lumbar Intervertebral Foramen Due to Flexion-Extension, Lateral Bending, and Axial Rotation: An In Vitro Anatomic and Biomechanical Study - The present study showed that the morphology of the intervertebral foramen of the lumbar spine changed significantly not only on flexion-extension but also on lateral bending and axial rotation. The percent change in cross-sectional foraminal area was correlated with the amount of segmental motion except for extension motions. Further studies are needed to assess the morphologic changes in the intervertebral foramen in vivo and to correlate clinically./ 미리보기
저자
Fujiwara, Atsushi
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
106.
서명
Biomechanics - Motion in Lumbar Functional Spine Units During Side Bending and Axial Rotation Moments Depending on the Degree of Degeneration - Thirty-six lumbar spine specimens were tested in axial rotation and side bending. In the presence of severe degeneration with fissure formation in the disc, a significant increase of axial rotation and lateral translation under torque was found. Reduced disc height was always associated with fissures/ 미리보기
저자
Krismer, Martin
발행처
Lippincott Co., [etc.]
원문제공시작년
2000
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
107.
서명
Biomechanics - Notch Sensitivity of Titanium Alloy, Commercially Pure Titanium, and Stainless Steel Spinal Implants - This study demonstrates the decrease in fatigue life of titanium spinal fixation rods when the surface is notched by the French bender or by connecting bolts. Both techniques are unavoidable in many spinal surgeries. Similar techniques did not affect the fatigue life of stainless steel rods. Caution is recommended in the use of titanium for spinal fixation when fatigue life is a concern./ 미리보기
저자
Dick, Jeffrey C
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
108.
서명
Biomechanics - Pathomechanisms of Failures of the Odontoid - The cause of failures of the odontoid process was investigated using a finite element method. The model predictions demonstrated that Type I fractures can be the result of hyperextension, and Type II fractures may be the result of loads that create axial torque and lateral shear./ 미리보기
저자
Puttlitz, Christian M
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
109.
서명
Biomechanics - Peak Stresses Observed in the Posterior Lateral Anulus/ 미리보기
저자
Edwards, W Thomas
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
110.
서명
Biomechanics - Point of View/ 미리보기
저자
Kotani, Yoshihisa
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
111.
서명
Biomechanics - Point of View/ 미리보기
저자
Marras, William S
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
112.
서명
Biomechanics - Prediction of Mechanical Behaviors at Interfaces Between Bone and Two Interbody Cages of Lumbar Spine Segments - A three-dimensional finite element model of human L4-L5 lumbar spine segments with two anterior interbody cages (two thread inserts) was constructed to investigate the mechanical sensitivity at the bone-cage interfaces. The biomechanical evaluation considered various loads combined with a compressive preload on the lumbar spine. This study shows that slip distance and stress at the interfaces are sensitive to the friction coefficient, the bone density, and the loading conditions. A reduction of age-related bone density is less likely to allow bone growth into surface pores of the cage. However, it is likely that the larger the disc area or pedicle diameter, the more stable the interbody fusion of spinal segments./ 미리보기
저자
Kim, Young
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
113.
서명
Biomechanics - Real-Time In Vivo Loading in the Lumbar Spine. Part 1. Interbody Implant: Load Cell Design and Preliminary Results - An interbody implant/load cell was developed to measure real-time loading in the anterior spine. The implant was placed into the lumbar spine of two baboons and utilized to measure real-time in vivo loads via a telemetry transmitter during routine daily activities./ 미리보기
저자
Ledet, Eric H
발행처
Lippincott Co., [etc.]
원문제공시작년
2000
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
114.
서명
Biomechanics - S1 Screw Bending Moment With Posterior Spinal Instrumentation Across the Lumbosacral Junction After Unilateral Iliac Crest Harvest - This is a biomechanical study comparing the flexion/extension bending moment within the S1 screw with four long posterior constructs across the lumbosacral junction when only one ilium is available for instrumentation. A significant decrease in the bending moment was observed with the addition of an anterior L5-S1 strut except in the posterior constructs where distal fixation beyond S1 included an iliac bolt and contralateral S2 screw or bilateral S2 screws./ 미리보기
저자
Alegre, Gary M
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
115.
서명
Biomechanics - Subsidence Resulting From Simulated Postoperative Neck Movements: An In Vitro Investigation With a New Cervical Fusion Cage/ 미리보기
저자
Wilke, H J
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
116.
서명
Biomechanics - The Effect of Anterior Osteophytes and Flexural Position on Thoracic Trabecular Strain - The effect of anterior osteophytes and flexural position on thoracic trabecular strain using axial compression and texture correlation was investigated. The data collected during increased kyphosis suggest that posture is a strong contributing factor in predisposing the patient to thoracolumbar vertebral fracture./ 미리보기
저자
Toh, Eiren
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
117.
서명
Biomechanics - The Effect of Disc Degeneration and Facet joint Osteoarthritis on the Segmental Flexibility of the Lumbar Spine - Effects of disc degeneration and facet joint osteoarthritis on segmental motion characteristics of the lumbar spine were investigated in male and female specimens. Axial rotational motion was most affected by disc degeneration, and the effects of disc degeneration on the motion were similar between genders. Facet joint osteoarthritis also affected segmental motion, and the influence differed for male and female spines./ 미리보기
저자
Fujiwara, Atsushi
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
118.
서명
Biomechanics - The Effects of Hook Pattern and Kyphotic Angulation on Mechanical Strength and Apical Rod Strain in a Long-Segment Posterior Construct Using a Synthetic Model/ 미리보기
저자
Belmont, Philip J
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
119.
서명
Biomechanics - The Geometry of the Human Paraspinal Muscles With the Aid of Three-Dimensional Computed Tomography Scans and 3-Space Isotrak - In the evaluation of computer models for spinal movement, the precise position and size of the paraspinal muscles are required to calculate muscle moment arms/ 미리보기
저자
Poelstra, Kees A
발행처
Lippincott Co., [etc.]
원문제공시작년
2000
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
120.
서명
Biomechanics - The Influence of Psychosocial Stress, Gender, and Personality on Mechanical Loading of the Lumbar Spine - In a laboratory setting, the effect of psychosocial stress on individuals was evaluated during lifting. Results indicated that stress increases muscle coactivity, alters kinematics, and increases spinal load, indicating a pathway to injury for psychosocial stress. Individual factors (personality and gender) also appear to greatly impact one's response to the stress./ 미리보기
저자
Marras, William S
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
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