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implant     
相关语句
  种植体
    Bioactive Modification Study of Multifactor Porcelainization on Titanium Dental Implant Surface
    钛基牙种植体表面多元陶瓷化的生物改性研究
短句来源
    Development of Bioactive Coated Implant Root and Its Biological Evaluation
    牙根种植体生物活性涂层的研制及其生物学性能评价
短句来源
    The Study on the Bioactive Ceramic-Titanium Composite Implant
    生物活性陶瓷-钛复合种植体研究
短句来源
    STUDY OF BIOACTIVE COATING ON SOFT MAGNETIC IMPLANT FOR FIXING OF FALSE TEETH
    口腔义齿固位用软磁种植体表面生物活性涂层的研究
短句来源
    Experimental study of hydroxyapatite coated Ti-75 alloy implant in dogs
    羟基磷灰石涂层的钛-75合金种植体的犬骨内种植实验
短句来源
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  种植
    Bioactive Modification Study of Multifactor Porcelainization on Titanium Dental Implant Surface
    钛基牙种植体表面多元陶瓷化的生物改性研究
短句来源
    Study of Constructing the Bioactive Graded Coating on Titanium Implant Material
    纯钛种植材料表面构建生物活性过渡层的研究
短句来源
    A STUDY OF PREPARAATION AND PROPERTIES OF BIOLOGICAL PIEZOELECTRIC CERAMIC COMPOSITE IMPLANT MATERIALS
    生物压电陶瓷复合种植材料的制备与性能研究
短句来源
    A study on a new type of composite implant material
    一种新型复合种植材料的研究──Ⅰ.材料的研制
短句来源
    Development of Bioactive Coated Implant Root and Its Biological Evaluation
    牙根种植体生物活性涂层的研制及其生物学性能评价
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  植入
    The Principle,Design and Fabrication of a 16-Channel Cochlear Implant Device
    16通道人工耳蜗植入装置的原理和研制
短句来源
    EH composite artificial bone implant research in animal
    EH型复合人工骨材料动物体内植入研究
短句来源
    Biological Evaluation of A New Titanium Alloy, TAMZ, as Surgical Implant Material
    外科植入TAMZ合金生物学评价
短句来源
    A Study on Surgical Implant Animal of The Medical Polyethylene
    新一代医用刚质聚合物外科植入动物实验研究
短句来源
    Experimental study of the implant of hydroxyapatite-coated titanium alloy
    羟磷灰石涂层钛合金植入材料的实验研究
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  植入物
    EXPERIMENTAL STUDY ON WEAR PARTICLE INDUCED ASEPTIC LOOSENING OF TITANIUM ALLOY IMPLANT
    人工关节磨损颗粒诱导钛合金植入物松动的实验研究
短句来源
    Research on New Medical Titanium Alloys for Implant
    外科植入物用第三代新型医用钛合金研究
短句来源
    Experimental study on ectopic osteogenesis of BMP/PLA implant
    BMP/PLA植入物异位成骨的实验研究
短句来源
    Phantom study of MRI of metallic implant
    金属植入物在体模状况下的MRI研究
短句来源
    Yield elastic displacement is 13. 63mm. The compressive bending stiffness is 62. 30N/mm, and the total yield displacement is 15. 15mm; the static tensile bending yield load of the general spinal implant is 1 240N.
    结果表明,通用脊椎植入物组件静态压缩弯曲屈服载荷850N,2%时屈服位移1.52mm,屈服弹性位移13.63mm,压弯刚度62.30N/mm,屈服时总位移15.15mm;
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      implant
    Magnesium alloys are potential to be developed as a new type of biodegradable implant material by use of their active corrosion behavior.
          
    In vivo study of degradable magnesium and magnesium alloy as bone implant
          
    Undecalcified cross-sections of implant were performed to observe bone-implant by scanning electron microscopy (SEM) and energy dispersive spectromicroscopy (EDS).
          
    The results indicate that magnesium is biocompatible, osteo-conductive and is a potential material for use as a degradable bone implant.
          
    Simulation of implant distribution with the inverse Fokker-Planck equation
          
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    Porous titanium is a kind of new biomaterial. After being implanted into the bone, the ingrowth of the bone was demonstrated. This ingrowth of bone tissuse was thought to be beneficial to fixation of a prosthesis and filling of a bone cavity.In this study, the porous sample was abtained from sintered amorphous titanium powder, with the mean size of pores larger than 150μ in diameter, and the porosity in the range of 45-47%. It was implanted into the femurs of rabbits and dogs, and specimons were...

    Porous titanium is a kind of new biomaterial. After being implanted into the bone, the ingrowth of the bone was demonstrated. This ingrowth of bone tissuse was thought to be beneficial to fixation of a prosthesis and filling of a bone cavity.In this study, the porous sample was abtained from sintered amorphous titanium powder, with the mean size of pores larger than 150μ in diameter, and the porosity in the range of 45-47%. It was implanted into the femurs of rabbits and dogs, and specimons were taken for examination 2, 4, 6 and 12 weeks after operation.It was shown that the shear strength of the samples at the implant bone surface was 7.51kg/cm2 2 weeks after surgery. It was demonstrated that bone tissue had begun to grow into the meshwork 2 weeks after surgery, and deeper penetration was seen after 4 weeks. Scanning electron microscopy was done to show the appearance of bony growth into the meshwork. Bony growth was verified by x-ray diffraction scan analysis for calcium. Bone ingrowth could be seen in the majority of the interstices of the meshwork 12 weeks after surgery. Bone lacuna and tubules could be seen when stained with silver nitrate. The deepest penetration of bone ingrowth was 1400μ. There was no obvious tissue reaction or formation of fibrous membrane.The use of the porous material may help to prevent loosening of a prosthesis. It is believed that porous titanium we used possesses the characteristics that a porous material should possess. Further research should be done to ascertain its clinical usefulness.

    本实验系将无定形粉末烧结体多孔钛植入兔和狗的股骨内,术后定期采取标本,测定骨质与多孔钛界面结合力,对骨磨片酸性复红染色进行光学显微镜检查及扫描电镜观察骨质长入情况。 结果试样与骨质界面结合力达7.51kg/cm~2,骨质长入孔隙,深度1,400μm,扫描电镜显示骨质长入,钙的K_αX线照象证实为钙化的骨质。未发现明显的组织反应和包膜形成。证明国产多孔钛生物相容性良好,具有多孔材料特点,可作为进一步研究应用的基础。

    During the life-saving of patients with left ventricular failure, one of the most promising methods may be left ventricular support utilizing the mechanical assist pump before the problems of implanting artificial heart have been solved.Three types (sac, straight-flow and vortex) of single blood pumps have been made by the artificial heart study group of Tianjing, and the dynamic parameters of these blood pumps determined on our mechanical systemic circulatory device. The primary dynamic parameters measured...

    During the life-saving of patients with left ventricular failure, one of the most promising methods may be left ventricular support utilizing the mechanical assist pump before the problems of implanting artificial heart have been solved.Three types (sac, straight-flow and vortex) of single blood pumps have been made by the artificial heart study group of Tianjing, and the dynamic parameters of these blood pumps determined on our mechanical systemic circulatory device. The primary dynamic parameters measured in vitro included the driving condition, e. g. the positive and negative driving pressure, the filling pressure and the-driving frequency effected on the output of blood pump and the arterial and venous pressure of the mechanical simulator. The wave forms of the arterial pressure were recorded respectively. From these data, the relation detween mean arterial pressure and flood pump output (-Q curve ) were obtained for each pump, and the stroke volume of three blood pumps were calculated in various driving pressure and their efficiency were compared.Results showed that the out function of blood pumps would possibly suffice the output necessity of left ventricular assist ( e. g. 1-5 1/min), and the operating optimal condition of each blood pump were determined. Through comparing the dynamic properties on mechanical simulator, these data provide guidance for the design and manufacture of blood pump.

    尽管在美国全植入式人工心脏已用于临床,但是还有许多问题尚待解决,因此利用左心室辅助血泵抢救心脏病处于危险状态的病人,仍是目前最有希望的一种方法。为此,天津市人工心脏协作组,参考有关国外资料,研制出三种类型的左心室辅助血泵(囊型、管型及涡型),并在研制的“体循环模拟台”上做了血液动力学参数的测定。主要测试了三种血泵的驱动压(正压与负压)、驱动频率(心率)、充盈压(回心压)对心排量、动脉压、静脉压的影响,并记录了上述各测定指标相应的动脉压力波形。并由测定结果算出每种血泵的—Q曲线(平均动脉压与心排量之间的关系)、每种血泵在不同驱动压下的每搏搏出量及其各种血泵的效率。从总的测定结果可以认为这三种血泵均能满足左心辅助心排量的需要,一般可达1—5升/分钟;另外,也找出了各种血泵最宜适的工作条件(指驱动压、驱动频率等);同时还比较了各种血泵彼此的优缺点,为改进血泵的设计制造提供了一些实验依据。

    The observation of the experimental goat with LVAD serviving 287 hours is described in the present paper. In the past 3 years we have implanted the BMI model LVAD which consisted of blood pump and electronic control Pneumatic Driving System of the A. H. in 28 experimental goats. The longest survival period of the experimental animals was 287 hours. During the survival period of the goat we had measured the ECG, heart rate, respiratory rate, temperature, blood pump output, central venous pressure, blood...

    The observation of the experimental goat with LVAD serviving 287 hours is described in the present paper. In the past 3 years we have implanted the BMI model LVAD which consisted of blood pump and electronic control Pneumatic Driving System of the A. H. in 28 experimental goats. The longest survival period of the experimental animals was 287 hours. During the survival period of the goat we had measured the ECG, heart rate, respiratory rate, temperature, blood pump output, central venous pressure, blood gas (Pco_2, Po_2)RBC and Hb. Only the amounts of RBC and Hb of the animal were reduced. The other parameters were maintained at normal levels. At autopsy thromboembclism was found to be the major cause of death.

    本文报告了左心室辅助人工心脏(LVAD)置入实验动物山羊存活287小时的观察情况。文中介绍了左心室辅助装置的结构,电控、气动人工心脏驱动系统的组成、驱动压力参数,手术置入方法、动物的理化学监测结果,和死后病理解剖的发现,并提出了今后改进人工心脏研究的意见。

     
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