| 1. | Clinical study of two kinds of sino - subdermal implant
型皮下埋植剂的临床应用研究 |
| 2. | Analysis about demand for reproductive health care of reproductive women received subdermal contraceptive implants
农村育龄妇女皮下埋植术后生殖保健需求分析 |
| 3. | Biological evaluation of dental materials . unit2 : biological evaluation method of dental materials . bone implant test
口腔材料生物学评价.第2单元:口腔材料生物试验方法.骨埋植试验 |
| 4. | Scanning electron microscopy observation of super - rigidity slices on the implant - bone interface remodeling of submerged and nonsubmerged dental implant in beagle dogs
埋植型与非埋植型种植体周围骨改建的扫描电镜观察 |
| 5. | Investigation of tissue compatibility of collagen - chitosan spongy membrane . ( 1 ) subcutaneous embedding of collagen - chitosan spongy membrane on rabbit . twelve healthy rabbits were divided into four groups randomly
胶原一壳聚糖多孔膜的动物皮下埋植实验：以健康家兔12只作为实验动物，随机分成4组，每组3只。 |
| 6. | However , such a complex system requires a mechanistically based model in order to provide a quantitative understanding of the many molecular events and processes that are essential for the rational development of millirod implants
然而，这种包合系统需要一个机械理论模型来对各种分子间的相互作用和过程提供一种量化解释，这对微囊埋植剂的合理发展是必要的。 |
| 7. | There are three types of collagen - chitosan membrane : non cross - linked type , dry heat cross - linked type and glutaraldehyde cross - linked type . each type of membrane was embedded subcutaneously on dorsal surface of rabbit ear . four of each type were implanted in every group
将： a 、未交联型； b 、干热交联型； c 、戊二醛交联型三种胶原一壳聚糖多孔膜于各组内交叉埋植入兔耳背皮下，每个兔耳背埋植2处，即每种多孔膜于各组内分别埋植4处。 |
| 8. | In this paper the methods of chronically implanting microelectrodes , combined electrophysiology with behavioral learning in vivo , were used to study the effects of low frequency stimulation ( lfs ) of the dorsal norepinephrine bundle ( dneb ) on the learning - dependent long - term potentiation ( ld - ltp ) at the hippocampal mossy fiber synapses onto ca3 pyramidal neurons . paired - pulse technique at the intervals of 75 - ms , 150 - ms and 300 - ms was used as the test stimulation . the results showed as follows : 1
本实验运用慢性微电极埋植技术和电生理学结合行为学的在体研究方法，以配对脉冲检测(间隔分别为75ms ， 150ms ， 300ms )为检测手段，探查了低频( 1hz ， 5hz )刺激去甲肾上腺素背束( dorsalnorepinephrinebundle ， dneb )对大鼠苔藓纤维- ca3 ( mf - ca3 )突触上习得性长时程增强( learning - dependentlong - termpotentiation ， ld - ltp )及动物行为习得的影响。 |
