| 1. | Mucopolysaccharides are gelatinous, slimy, or sticky molecules composed of units or that are related to hexoses .
粘多糖是一种胶质粘稠的分子，其单体分子与己糖有关。 |
| 2. | Amps acid mucopolysaccharide
酸性粘多糖 |
| 3. | The results showed that the density of mucopolysaccharide rose in the initial stage of induced arthritis , and decreased progressively in the later stage
结果显示黏多醣类分布的密度在关节炎诱发早期有上升的趋势，随后逐渐下降。 |
| 4. | Though the specific in citing agent remains unclear ， the earliest histopathologic change in osteoarthritic joints is loss of mucopolysaccharide ground substance in the outermost layers of articular cartilage
虽然特异性刺激因素尚不清楚，但是在骨关节炎关节中最早的组织病理学变化是在关节软骨的最外层中丧失粘液多糖基质。 |
| 5. | Hyaluronic acid , as acid mucopolysaccharide , fulfils important tasks in the connective tissue ; it plays an essential role in the regulation of water binding capacity , supports the regulation of the distribution of plasma proteins and promotes wound healing
透明质酸，作为一种粘多糖酸，在结缔组织中有着非常重要的作用，它是调节组织水合能力的关键，同时改善血浆蛋白的运输和促进伤口愈合。 |
| 6. | In conclusion , therapeutic ultrasound enhances mucopolysaccharide synthesis of arthritic cartilage , and results in the repair of arthritic cartilage in the early stage of induced arthritis and the prevention of deteriorative changes in later stages
结论，治疗性超音波将促进关节炎软骨中黏多醣类之合成并因而促进早期大白鼠诱发性关节炎中关节软骨的修护，同时可阻止晚期关节炎中关节软骨的恶化。 |
| 7. | The histopathological changes were evaluated through light microscope after disarticulation sections ( h . e . stain ) , and the changes in mucopolysaccharide density in cartilage matrix were measured using a optimas scanner analyzer after alcian blue staining
黏多醣类分布的变化则将切片经硷性蓝染色后以欧帝玛扫瞄仪加以分析，并将其对严重度指标的改变及组织病理学上的变化上的相关性作进一步探讨。 |
| 8. | The density of mucopolysaccharide increased upon complete sonication more for the treated rats than for the controls , and this was closely related with the improvement in histopatho - logical findings , but inversely with the changes in arthritic severity
在治疗组中黏多醣类的密度在超音波治疗前后及和控制组比较均有明显的上升，而且于超音波治疗结束时之黏多醣类密度与组织病理学上的修护有密切相关；同时黏多醣类密度的变化与严重度指标的改变成负相关。 |
