The Biological properties of titanium implant depend on its surface oxide film.
钛植入体的生物学性能取决于其表面氧化膜的表征。
Conclusion: The HA coated titanium implant can be used as orthopedic anchorage.
结论：HA涂层种植体在短期内受矫形力作用下稳定，可用做正畸矫形支抗。
Objective: To make up and study the cutting liquid for medical pure titanium implant.
目的：提高医用纯钛植入体的加工质量，研究采用了一种专用切削液作医用纯钛加工。
Cranioplasty was undergone in 13 cases with individual prefabricated titanium implant.
应用个性化钛修复体对13例大面积颅骨缺损进行修复。
Conclusion: the reticular titanium implant is better than the other kinds of internal fixation.
结论：钛制网状接骨板比其它类型内固定有优越之处。
Surface microstructure is a research focus in the area of titanium implant surface modification.
钛种植体表面形貌是钛种植体表面改性的研究热点之一。
It can achieve osseointegration one month ahead of time compared with the pure titanium implant.
与裸钛种植体相比，可提前一个月实现骨性结合。
Objectives: To study the oxide film of pure titanium implant material treated by anodic oxidation .
目的：研究阳极氧化对纯钛种植材料氧化膜的影响。
There is no need to fill up the space between HA-coated titanium implant and suitable hole in the bone with HAG.
笔者认为，当种植体与种植孔大小适当、在种植孔中能保持稳定的位置时，羟基磷灰石涂层的钛种植体与孔之间没有必要再填充HAG。
Abstract: Objective: To compare the efficiency of two methods in detecting the osseointegration on titanium implant surface.
摘要目的：探讨最佳反映牙种植体表面骨结合情况的检测方法。
TA2 pure titanium implant material could possess abundant color by anodic oxidation in sodium glucoheptonate electrolyte, which would enhance its decoration and functionality.
TA2型纯钛植入材料在葡萄糖酸钠电解液中阳极氧化可得到丰富的色彩，增强了钛植入体的美观性和功能性。
Twelve weeks after surgery, pure screw titanium implants were placed in the proximal metaphyses of the tibiae of rats in both groups. The rats were killed at 4 and 12 weeks after implant surgery.
术后12周于大鼠胫骨处植入纯钛螺纹状种植体，并于种植术后4周及12周分两批处死大鼠；
Objective To evaluate the corrosion behavior of Gold alloy, Titanium alloy, Ni-Cr alloy and ti implant abutment in vitro.
目的评价金合金、钛合金、镍铬合金和钛种植体基台在体外的腐蚀性能。
Objective to estimate the clinical effect of autologous red bone marrow tissue engineering complex combine with bouche decompression and implant of hollow titanium screws for the treatment of ANFH.
目的研究自体红骨髓组织工程复合物联合髓芯减压、空心钛钉植入治疗早期股骨头坏死临床应用的疗效。
Conclusion: titanium membrane have ideal effect of guided bone regeneration using of the titanium can promote implant osseointegration.
结论：医用钛膜在种植术中应用有较好的引导骨再生作用，有利于种植术后骨融合期新骨的形成。
AIM To study the tarnish induced by Porphyromonas gingivalis 381 on implant denture surface of titanium and ti 75 alloy.
目的研究牙龈卟啉菌381对纯钛及钛75合金种植体表面失泽腐蚀。
Conclusion the pure titanium screw-type implant can form a good osseointegration with the part-blood-supplied rabbit tibia, but the time of osseointegration is prolonged.
结论纯钛螺旋式种植体能与部分血供的兔胫骨形成良好的骨结合，但形成骨结合的时间晚于完全血供组。
The porous titanium coating with the graded apatite is expected to be applied in clinical orthopedics to enhance bone implant bonding strength.
具有表面梯度磷灰石涂层的多孔钛有望用于临床矫形，以提高种植体的生物活性和骨结合强度。
OBJECTIVE: to prepare a bioactive coating on the surface of the titanium alloy implant, and to evaluate one promising strategy to enhance osseointegration.
目的：在钛合金种植体表面制备生物活性涂层，寻找一种有效促进骨整合的方法。
Background Medical grade titanium has been a world-wide application as an implant material of human body in the field of medicine due to its excellent physiochemical properties and histocompatibility.
研究背景医用生物钛以其优良的理化性能以及组织相容性成为医学领域应用最为广泛的人体植入性金属材料。
In recent years, titanium and its alloys have been used as a metal for removable partial denture frame works, complete denture bases, implant denture, fixed bridge and crown in dental prosthesis.
近年来，在口腔修复领域，钛及钛合金主要用于可摘局部义齿支架、全口义齿、种植义齿、固定冠桥修复。
Conclusion: The lower elastic modulus Titanium alloys is more feasible biomechanical compatibility for implant materials.
结论：低弹性模量的钛合金材料作为种植材料时具有更好的生物力学相容性。
Objective: To discuss the mechanism of titanium-coated bone implant in bone fracture treatment.
目的：探讨钛涂层接骨板松质骨螺钉治疗骨折的机制。
Methods The titanium porous surfaced implant was made by plasma spray with ti powder. It's ti coated porous surfaced was observed analysed and tested.
方法选用等离子喷涂方法，将纯钛粉喷涂到纯钛桩表面，形成表面多孔种植体，并对涂层成份进行分析，力学测试粘接强度及扫描电镜观察表面形态。
With the advent of dental materials and technology, we can replace a broken tooth root with a titanium root analogue, that is, dental implant.
随着物料和技术不断进步，我们已经可以利用钛金属制物质代替已坏死的牙根，这便是义齿种植了。
Objective To introduce the laser-welded titanium frameworks used in implant-supported complete overdenture, and to tell the difference between the whole-casted and the laser-welded.
目的介绍种植体支持激光焊接杆式附着体覆盖义齿的临床应用，比较传统整体铸造和激光焊接杆式附着体的差别；
Objective To introduce the laser-welded titanium frameworks used in implant-supported complete overdenture, and to tell the difference between the whole-casted and the laser-welded.
目的介绍种植体支持激光焊接杆式附着体覆盖义齿的临床应用，比较传统整体铸造和激光焊接杆式附着体的差别；
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