- 更多网络例句与腱学相关的网络例句 [注：此内容来源于网络，仅供参考]
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Using proteomics techniques can reveal the mechanical signal transduction mechanisms of kinesiatrics promoting the AT healing in the high-throughput molecular level.
蛋白质组学技术便于从高通量的分子水平揭示运动疗法促进跟腱愈合的机制。
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Conclution High frequency ultrasound may be the first choice to diagnose trauma of tendo calcaneus.
结论高频超声可作为跟腱损伤的首选影像学检查方法。
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Results:(1) In clinical pathology, swelling, denatured, even necrosis and putrescence could be picked out; Collagen fibers in tendon remarkedly swelled, and tissue structure disarranged, and collagen even ruptured, broken and dissolved; Obvious denature, apoptosis and necrosis could be found in tendon cells. There appeared to be a big accumulation of inflammatory cells.
结果 （1）临床病理组织学观察发现：肌腱组织肿胀、变性、甚者坏死、腐败；肌腱内胶原纤维肿胀明显、组织结构紊乱，失去正常排列，甚者出现胶原断裂、破碎、溶解等现象；腱细胞可见明显的变性、凋亡和坏死；病变部位可见大量炎性细胞聚集。
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Methods Transformed human embryonic tendon cells labelled by Brdu of 5×106/0. 4 ml and 1×107/0. 4 ml were injected subcutaneously to the right fore-limb subaxillary region of the nude mice,and 5×106/0. 4 ml tongue cancer cell (Tca 8113) as control group.
方法采用不同梯度细胞密度(5×106/0.4ml、5×107/0.4ml)，并用Brdu标记转化人胚腱细胞接种于裸鼠右前肢腋下，用舌癌细胞(5×106/0.4ml)与之对照，定时取材进行组织学观察。
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The end of supraspinatus tendon attached to the cortical bone was finished with a grater until the fresh bone surface was seen.
分别在术后第4、8、12周三个时间点取材，进行放射学、大体形态和组织切片检查，观察冈上肌腱的腱-骨愈合情况及骨锚钉的组织学转归。
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OBJECTIVE: To establish continuous passive motion models following repairing acute rupture of supraspinatus tendon, to observe the effect of CPM on histological changes of tendon-bone, and to explore the role of CPM in the postoperative rehabilitation following acute rotator cuff injury .
目的：通过建立兔冈上肌腱急性断裂术后被动应力刺激训练实验动物模型，观察被动应力刺激对其腱-骨界面组织学变化的影响，探讨被动应力刺激在肩袖损伤术后康复中的作用。
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Cortical bone anchors were slowly implanted into the prepared holes and supraspinatus tendon was sutured onto the fresh bone with sutures in anchors.
结果 术后第12周固定处冈上肌腱与骨面形成牢固的腱骨愈合，放射学显示骨锚钉在各个时间点逐步与周围骨质融合。
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Three weeks afer the allografting,there was no significant difference between the two al lografting groups in maximum load(P＞0.05),Eight weeks later,the maximum load of the group that was preserved by liquid nitrogen after program freezing(76.60±4.67)N was better than the group that was preserved by －80℃ deepfrozen(75.99±4.20) and similar with the autografting group(76.72±2.55).4.The healing process and histological behavior of the two deepfrozen groups are similar with the autografting group,and the program freezing group is better.
结果 a经程序冷冻液氮保存方法处理后，髌腱的最大载荷无明显下降，细胞活性得到了较好的保存，组织学观察冷冻损伤较－80℃深低温保存方法轻微；b程序冷冻液氮保存处理的移植物在术后未表现明显的排斥反应，且免疫反应随时间的推移而下降；c移植后3周，各组移植物的最大载荷无显著差异(P＞0.05)，移植后8周，程序冷冻液氮保存组移植物的最大载荷(55.87±1.86)N优于－80℃深低温保存组(52.14±2.79)，而和自体移植组相近(57.70±2.76)N；d从组织学观察看，－80℃深低温保存组和程序冷冻液氮保存组移植后的愈合过程均和自体移植组相似，而程序冷冻液氮保存组的愈合过程和组织学行为更接近于自体移植组。
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Results 1.After treated by:program freezing,the maximum load of the allografts has no evident decrease and the cell activity of allografts was preserved well,the frozen hurt after program freezing was more slight than －80℃ deepfrozen,2.No evident reject reaction can be seen during the healing process after deep frozen and the reject reaction declined as the time pass by.3.Three weeks afer the allografting,there was no significant difference between the two al lografting groups in maximum load(P＞0.05),Eight weeks later,the maximum load of the group that was preserved by liquid nitrogen after program freezing(76.60±4.67)N was better than the group that was preserved by －80℃ deepfrozen(75.99±4.20) and similar with the autografting group(76.72±2.55).4.The healing process and histological behavior of the two deepfrozen groups are similar with the autografting group,and the program freezing group is better.
结果 a经程序冷冻液氮保存方法处理后，髌腱的最大载荷无明显下降，细胞活性得到了较好的保存，组织学观察冷冻损伤较－80℃深低温保存方法轻微；b程序冷冻液氮保存处理的移植物在术后未表现明显的排斥反应，且免疫反应随时间的推移而下降；c移植后3周，各组移植物的最大载荷无显著差异(P＞0.05)，移植后8周，程序冷冻液氮保存组移植物的最大载荷(55.87±1.86)N优于－80℃深低温保存组(52.14±2.79)，而和自体移植组相近(57.70±2.76)N；d从组织学观察看，－80℃深低温保存组和程序冷冻液氮保存组移植后的愈合过程均和自体移植组相似，而程序冷冻液氮保存组的愈合过程和组织学行为更接近于自体移植组。
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OBJECTIVE: To make a comparative study on the biomechanical properties and histological differences of 3 tendon suturing methods.
每只大鼠的双后肢跟腱为实验组，右后肢跟腱作生物力学测试，左后肢跟腱作组织学检测。
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