高校问答星空战神txt全集下载:有没有生物医学专业人士能帮忙翻译医一段英文期刊
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学校要报告….懂的人麻烦帮帮忙
Bone formation inside the material interstices of e-PTFE membranes:a light microscopical and histochemical study in man
RESULTS
Many mesenchymal cells and few fibroblasts were
present in almost all membranes: in some cases it was
possible to observe newly formed bone near to the
outer surface of the membrane, and this bone was
surrounded by ALP-positive osteoblasts (Figure 2). No
inflammatory infiltrate was ever present.
In two cases out of ten, it was possible to observe,
inside the membranes, basic-fuchsin positive material
with the same staining features of bone (Figures 3 and
4). This newly formed bone had osteocyte lacunae
(Figure 5). With the histochemical staining for calcium
salts (Von Kossa), it was possible to see that
mineralized bone was present inside the nodes of the
membrane (Figures 6 and 7). In one of the specimens,
this tissue was present for about one-fifth of the
membrane length: it tended to be located in a central
position, and occupied almost the complete thickness
of the membrane material: this newly formed tissue
appeared to be only partially mineralized with Von
Kossa. In the other specimen the tissue was found in
all the membrane thickness, while only one-quarter of
the length of the e-PTFE material was filled: also in
this case the newly formed tissue tended to be located
in a central position (Figure 8). In some areas it was
possible to see that a not yet mineralized material was
interDosed between mineralized bone and the e-PTFE I
material (Figure 9). A few capillaries were present,
almost always in a peripheral location (Figure 10).
Bone formation inside the material interstices of e-PTFE membranes:a light microscopical and histochemical study in man
RESULTS
Many mesenchymal cells and few fibroblasts were
present in almost all membranes: in some cases it was
possible to observe newly formed bone near to the
outer surface of the membrane, and this bone was
surrounded by ALP-positive osteoblasts (Figure 2). No
inflammatory infiltrate was ever present.
In two cases out of ten, it was possible to observe,
inside the membranes, basic-fuchsin positive material
with the same staining features of bone (Figures 3 and
4). This newly formed bone had osteocyte lacunae
(Figure 5). With the histochemical staining for calcium
salts (Von Kossa), it was possible to see that
mineralized bone was present inside the nodes of the
membrane (Figures 6 and 7). In one of the specimens,
this tissue was present for about one-fifth of the
membrane length: it tended to be located in a central
position, and occupied almost the complete thickness
of the membrane material: this newly formed tissue
appeared to be only partially mineralized with Von
Kossa. In the other specimen the tissue was found in
all the membrane thickness, while only one-quarter of
the length of the e-PTFE material was filled: also in
this case the newly formed tissue tended to be located
in a central position (Figure 8). In some areas it was
possible to see that a not yet mineralized material was
interDosed between mineralized bone and the e-PTFE I
material (Figure 9). A few capillaries were present,
almost always in a peripheral location (Figure 10).
去骨形成在e-PTFE membranes:a 轻的微小和histochemical 研究里面物质空隙在人 收效许多mesenchymal 细胞并且少量成纤维细胞是存在在几乎所有膜里: 它在某些情况下是可能观察最近被形成的骨头近对膜的外表面, 并且这根骨头由阿尔卑斯正面osteoblasts (图2) 围拢了。激动不渗入曾经是存在。在二个案件丧失十, 它是可能观察, 在膜里面, 基本fuchsin 的正面材料以同样弄脏的特点骨头(图3 和4) 。这根最近被形成的骨头有osteocyte 空白(图5) 。以histochemical 弄脏为钙盐(冯Kossa), 它是可能看, 矿化的骨头是存在在膜里面(图6 和7) 的结。在标本的当中一个中, 这个组织是存在为膜长度的大约五分之一: 它倾向于位于强烈兴趣, 和几乎占领了膜材料的完全厚度: 这个最近被形成的组织看上去部份地只矿化与冯Kossa 。在另一标本组织被发现了在所有膜厚度, 当e-PTFE 材料的长度的只四分之一被填装了: 并且在这种情况下最近被形成的组织倾向于位于强烈兴趣(图8) 。在一些区域它是可能看, 不矿化的材料是interDosed 在矿化的骨头和e-PTFE I 材料(图9) 之间。几血丝几乎总是存在, 在一个周边地点(图10) 。
呵呵。。。想不花钱就只能得到楼上的这种了。找人花钱翻译去吧。