Study Design. Prospective, randomized, double-blind study.
研究设计：前瞻性、随机化、双盲研究。
Study Design. Retrospective functional and radiographic analysis.
研究设计：回顾性功能和放射学分析。
Piewen helped with study design, translation and interpretation of results.
李先生帮助我们进行了研究的设置，承担了翻译和记录实验结果的工作。
Study Design. Comparative study of differing durations of antibiotics for spinal surgery.
研究设计：比较研究脊柱手术后患者使用抗生素的不同时间。
Study Design. Prospective clinical series with comparison to retrospectively collected data.
研究设计：与回顾性收集数据对比的前瞻性临床序列。
Study Design. A review and synopsis of recent literature pertinent to allograft bone healing.
研究设计：对最近的同种异体骨愈合相关文献进行回顾。
Study Design. A randomized controlled trial with multivariable analyses of prognostic factors.
研究设计：预后因素多变量分析的随机对照试验。
Should qualitative and quantitative data and associated methods be linked during study design?
在研究设计中是否应该将定性和定量数据以及相关方法联系起来？
Study Design. Experimental and intraoperative evaluation of the efficiency of a novel technique.
研究设计：一项新技术有效性实验的术中评估。
Study Design. Retrospective case review of children with eosinophilic granuloma of the cervical spine.
研究设计：回顾性研究小儿颈椎嗜酸性肉芽肿病例。
Study Design. Dynamic triaxial biomechanical testing of immature and mature ovine spine motion segments.
研究设计：动态三维生物力学方法测试幼年和成年羊的脊柱运动节段。
Boffetta explains that this aspect of the study design could "be an explanation of the weak effect we found."
Boffetta解释这一方面的研究设计也“可能解释我们所发现的微弱的效果。”
Study Design. A prospective, randomized, multicenter study of surgical treatment of cervical disc disease.
研究设计：对颈间盘疾病手术方法的前瞻性、随机、多中心研究。
Study Design. A retrospective study of patients undergoing palliative surgery for metastatic spinal tumors.
研究设计：回顾性研究接受姑息手术的转移性脊柱肿瘤的患者。
The Committee found the conclusions made by the authors unconvincing due to the study design, and the data source.
GACVS发现，这两项研究的作者所得出的结论不能令人信服，因为研究设计和资料来源都存在缺陷。
Study Design. In vitro evaluation of a chemical, injectable intervention for discectomy induced destabilization.
研究设计：在体外的化学评价，注射干预椎间盘切除术引起的不稳定。
The study design may also have blurred the lines between real and fake acupuncture, muting the effects of the real thing.
这项研究设计也可能模糊了真假针灸之间的界限，掩盖了真针灸的效果。
Study Design. Prospective and randomized experimental study with anterior lumbar interbody fusion in a porcine model.
研究设计：前瞻性随机实验研究，一猪模型腰椎前路椎体间融合实验研究。
Study Design. A clinicopathologic study of synovial cysts in the ligamentum flavum (LF) in patients with spinal stenosis.
研究设计：椎管狭窄症患者中黄韧带内滑膜囊肿的临床病理学研究。
However, because this entity is uncommon, the retrospective study design and the small study population were unavoidable.
但是，由于这个病种较罕见，因此不可避免的要进行回顾性研究设计，并且研究人群少。
Study Design. A retrospective study of microsurgical treatment of intramedullary spinal cord tumors (IMSCT) was conducted.
试验设计。进行显微手术治疗脊髓髓内肿瘤(IMSCT)的回顾性研究。
Limitations of this study include study design precluding valid statistical comparisons between the treatment groups at week 54.
这项研究的缺陷除了两个治疗组54周的有效数据比较，还包括研究设计。
Study Design. A retrospective study to review patients with acute thoracolumbar burst fractures who were conservatively treated.
研究设计。回顾保守治疗急性胸腰椎爆裂性骨折病人的回顾性研究。
Study Design. A retrospective review of 34 patients with juvenile idiopathic scoliosis (JIS) treated with a nighttime bending brace.
研究设计：对34个儿童特发性脊椎侧突病人夜间弯曲型支具治疗的回顾性调查。
Study Design. A prospective 10-year follow-up study of patients with whiplash-associated disorders (WAD) and asymptomatic volunteers.
研究设计：一项对于挥鞭样相关疾病和无症状志愿者的10年前瞻性随访。
Study Design. A biomechanical study using ex vivo bovine spinal cord and dura, and a synthetic surrogate spinal cord with bovine dura.
研究设计：利用体外牛脊髓和硬脑膜以及牛硬脑膜合成替代脊髓的生物力学研究。
Study Design. A case of acute celiac artery compression syndrome after spinal fusion in a patient with Scheuermann kyphosis is reported.
研究设计：报道一例患有脊柱软骨病的患者脊柱融合术后的急性腹腔动脉压迫综合征。
Study Design. An intertester reliability study of the questions and tests recommended in guidelines for the management of low back pain (LBP).
研究设计：对一些指南所推荐的治疗下腰痛（LBP）的临床试验和问卷调查，研究检测者之间的可信度。
Using live brain scanning techniques and an innovative study design, researchers have discovered how the brain controls food intake in humans.
采用活体大脑扫描技术及一项创新性的研究设计，研究者们发现了大脑控制我们饮食量的机制。
Using live brain scanning techniques and an innovative study design, researchers have discovered how the brain controls food intake in humans.
采用活体大脑扫描技术及一项创新性的研究设计，研究者们发现了大脑控制我们饮食量的机制。
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