如果水样中有霍乱毒素，霍乱毒素将会附着在葡萄聚糖上，因为葡萄聚糖的化学结构与死于霍乱的死者肠道细胞表面上发现的霍乱毒素受体(神经节苷脂gm1)很相似。
If the cholera toxin is present, the toxin binds to the dextran because its chemical structure is similar to the cholera toxin receptor (GM1) found on the surface of cells in a victim's gut.
目的介绍壳聚糖在修复外周神经损伤中的研究现状。
Purpose To introduce the advances of chitosan in the repair of peripheral nerve injury.
如果修复被压垮的壳聚糖膜，然后脊髓组织将不染，但如果没有壳聚糖，脊髓神经细胞会被淹没的荧光染料。
If the chitosan repaired the crushed membranes then the spinal cord tissue would be unstained, but if the chitosan had failed, the spinal cord neurons would be flooded with the fluorescent dye.
目的探讨生物降解材料壳聚糖与神经干细胞的生物相容性。
Objective to explore the biocompatibility of biodegradable material of chitosan and neural stem cells.
结果壳聚糖的细胞亲和性和修复外周神经损伤等方面的研究都有新的进展。
Results Great progress was made about chitosan in cell affinity and peripheral nerve regeneration.
目的探讨丝素-壳聚糖混合膜用于面神经缺损修复的可能。
Objective to evaluate the feasibility of using silk fibroin-chitosan blend (SFCS) as nerve conduit for facial nerve regeneration.
目的探讨利用双桥接技术和几丁聚糖—胶原再生室修复兔面神经长段缺损的可行性。
Objective To evaluate the feasibility of repairing the long defects in rabbits by double-bridging technique and chitosan-collagen chambers.
壳聚糖是制作神经导管的良好材料。
Chitosan is an ideal biomaterial for preparing nerve conduits.
目的观察大鼠神经鞘瘤细胞(rt4)中肌营养不良蛋白聚糖复合物的表达状况。
Objective To examine the expression of dystroglycan complex in the membrane of rat's schwannoma cell (RT4).
HA修饰的壳聚糖复合支架在神经组织工程应用中更具有研发前景。
The HA modified chitosan scaffolds has the value of research and development prospect in nervous tissue engineering.
脑损伤后，神经蛋白聚糖在胶质瘢痕中的表达明显增加，据认为可阻止轴突再生。
After brain damage, the expression of neurocan obviously increases again in the glial scar. It is considered that neurocan can prevent the regeneration of axon.
摘要目的：探讨纤维蛋白胶联合几丁聚糖-胶原导管修复兔面神经损伤的效果。
Abstract: Objective: This study was designed to assess the regeneration outcome of fibrin glue with chitosan-collagen conduit in peripheral nerve repair.
摘要目的：探讨纤维蛋白胶联合几丁聚糖-胶原导管修复兔面神经损伤的效果。
Abstract: Objective: This study was designed to assess the regeneration outcome of fibrin glue with chitosan-collagen conduit in peripheral nerve repair.
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