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열거형 테이블형
21.
서명
Basic Science - Effects of Chondroitinase ABC on Intradiscal Pressure in Sheep: An In Vivo Study/ 미리보기
저자
Sasaki, Masanori
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
22.
서명
Basic Science - Effects of Electrical Stimulation of the Sciatic Nerve on Background Electromyography and Static Stretch Reflex Activity of the Trunk Muscles in Rats: Possible Implications of Neuronal Mechanisms in the Development of Sciatic Scoliosis/ 미리보기
저자
Hirayama, Jiro
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
23.
서명
Basic Science - Elevated Synthetic Activity in the Convex Side of Scoliotic Intervertebral Discs and Endplates Compared With Normal Tissues/ 미리보기
저자
Antoniou, John
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
24.
서명
Basic Science - Evaluation of Carriers of Bone Morphogenetic Protein for Spinal Fusion - The aim of this study was to compare the effectiveness of two carriers for bone morphogenetic proteins in lumbar intertransverse process arthrodesis using the rabbit model. Sintered bovine bone and collagen sheet were selected. True Bone Ceramics, with its porous structure, was more effective as a carrier of bone morphogenetic protein than a collagen sheet in achieving the earliest solid fusion./ 미리보기
저자
Minamide, Akhito
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
25.
서명
Basic Science - Expression of Fas Ligand and Apoptosis of Disc Cells in Herniated Lumbar Disc Tissue/ 미리보기
저자
Park, Jong-Beom
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
26.
서명
Basic Science - Expression of Fas Receptor on Disc Cells in Herniated Lumbar Disc Tissue - Disc cells in herniated lumbar disc tissue were stained with Fas receptor, an apoptosis-related protein. The expression of Fas receptor was higher in noncontained discs than in contained discs. Findings in this study indicate that disc cells after herniation may undergo Fas-mediated apoptosis and that the degree of expression of Fas receptor differs, depending on the type of herniation./ 미리보기
저자
Park, Jong-Beom
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
27.
서명
Basic Science - Fibronectin and Its Fragments Increase With Degeneration in the Human Intervertebral Disc/ 미리보기
저자
Degema Jr, Theodore R
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
28.
서명
Basic Science - Fos Expression in the Rat Brain and Spinal Cord Evoked by Noxious Stimulation to Low Back Muscle and Skin - In the spinal cord, Fos-ir neurons were not observed in lamina II after stimulation of low back muscles. In the brain, Fos-ir neurons were observed in significantly greater numbers in the deep somatic pain group in the accumbens, basolateral nucleus of amygdala, paraventricular hypothalamus, and the ventrolateral periaqueductal gray than in the cutaneous pain group./ 미리보기
저자
Ohtori, Seiji
발행처
Lippincott Co., [etc.]
원문제공시작년
2000
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
29.
서명
Basic Science - Functional Recovery and Regeneration of Descending Tracts in Rats After Spinal Cord Transection in Infancy - The mechanism of functional recovery from spinal cord transection in infant rats was studied. The results of functional, electrophysiological, and histologic studies indicated that axonal regeneration of some descending tracts is involved in the partial functional recovery./ 미리보기
저자
Wakabayashi, Yoshiaki
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
30.
서명
Basic Science - Herniation of Cervical Intervertebral Disc: Immunohistochemical Examination and Measurement of Nitric Oxide Production/ 미리보기
저자
Furusawa, Nobuaki
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
31.
서명
Basic Science - Histochemical Changes in the Multifidus Muscle in Patients With Lumbar Intervertebral Disc Herniation/ 미리보기
저자
Yoshihara, Kiyoshi
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
32.
서명
Basic Science - Human Intervertebral Disc Cells Are Genetically Modifiable by Adenovirus-Mediated Gene Transfer - Human intervertebral disc cells were cultured in monolayer and treated with adenovirus containing marker genes to determine the susceptibility of the cells to adenovirus, mediated gene transfer. Adenovirus efficiently transferred lacZ and luciferase marker genes to cells from degenerated discs as well as to cells from nondegenerated discs. In vitro transducibility was relatively insensitive to disc degeneration grade./ 미리보기
저자
Moon, Seong-Hwan
발행처
Lippincott Co., [etc.]
원문제공시작년
2000
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
33.
서명
Basic Science - Immunophenotypic Analysis of the Inflammatory Infiltrates in Herniated Intervertebral Discs - Patterns of progression of spinal deformity in 12 patients with Duchenne muscular dystrophy (DMD) were examined in a retrospective, longitudinal study. Multiple discriminant analysis was conducted to discriminate patients with severe progression of spinal deformity from those with lesser progression using four predictors: 1) vital capacity at the age of 10 years, 2) the age at which ambulation ceased, 3) curve pattern of spinal scoliosis, and 4) Cobb angles of spinal scoliosis at the age of 10 years. Discriminant analysis correctly predicted the severity of the clinical course of 91.7% of the DMD patients. Vital capacity at age 10 was found to be the strongest predictor among the variables./ 미리보기
저자
Kawaguchi, Satoshi
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
34.
서명
Basic Science - Improved Lumbar Vertebral Interbody Fusion Using rhOP-1: A Comparison of Autogenous Bone Graft, Bovine Hydroxylapatite (Bio-Oss), and BMP-7 (rhOP-1) in Sheep/ 미리보기
저자
Magin, Michael N
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
35.
서명
Basic Science - Intervertebral Disc Cells Exhibit Differences in Gene Expression in Alginate and Monolayer Culture/ 미리보기
저자
Wang, Jean Y
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
36.
서명
Basic Science - Intervertebral Disc Composition in Neuromuscular Scoliosis: Changes in Cell Density and Glycosaminoglycan Concentration at the Curve Apex/ 미리보기
저자
Urban, Martin R
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
37.
서명
Basic Science - Matrix Metalloproteinases and Aggrecanase: Their Role in Disorders of the Human Intervertebral Disc - Several types of matrix metalloproteinases have been found in diseased intervertebral discs, being most common in herniated discs. Enzymes can be produced by both the invading vascular cells and the native disc cells. Evidence for aggrecanase activity was demonstrated in degenerate discs./ 미리보기
저자
Roberts, Sally
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
38.
서명
Basic Science - Multifidus EMG and Tension-Relaxation Recovery After Prolonged Static Lumbar Flexion - Static anterior lumbar flexion in the in vivo feline resulted in viscoelastic tension-relaxation, loss of reflexive EMG, and random large amplitude EMG discharge. Seven hours of rest did not result in full recovery of tension nor EMG readings. A viscoelastic model predicted that more than 24 hours may be required for full recovery./ 미리보기
저자
Jackson, McLean
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
39.
서명
Basic Science - Multifidus Spasms Elicited by Prolonged Lumbar Flexion - The lumbar spine of the in vivo feline preparation was displaced through the L4-LS supraspinous ligament into a moderate static flexion for 50 minutes. Electromyograms from the multifidus muscles were recorded after displacement and decreased within the first 3 minutes together with tension-relaxation in the load. Electromyographic spasms appeared at random thereafter./ 미리보기
저자
Williams, Mathew
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
40.
서명
Basic Science - Nitric Oxide Mediates the Change of Proteoglycan Synthesis in the Human Lumbar Intervertebral Disc in Response To Hydrostatic Pressure - Effects of hydrostatic pressure on proteoglycan (PG) synthesis and nitric oxide (NO) production in lumbar discs were studied. Nitric Oxide appears to be a constituent of the mechano-transduction pathways that influence PG synthesis. Mechanisms of NO are involved in regulation of disc cell metabolism under stress and in the process of disc degeneration./ 미리보기
저자
Liu, Gen-Zhe
발행처
Lippincott Co., [etc.]
원문제공시작년
2001
자료유형
저널기사 저널기사 원문복사 신청
원문제공마감년
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