reinnervated

简明释义

英[riːˈɪnəveɪtɪd]美[riˈɪnərˌveɪtɪd]

神经支配恢复的

英英释义

单词用法

同义词

反义词

例句

1.Several patients underwent surgery to reroute their motor nerves to different muscles, but in the process the sensory nerves reinnervated themselves too, attaching themselves to the skin receptors.

一些病人接受手术，医生把他们的运动神经重连到了不同的肌肉里，但是同时也把感受神经重连了——把感受神经连到了皮肤感受器上。

2.Several patients underwent surgery to reroute their motor nerves to different muscles, but in the process the sensory nerves reinnervated themselves too, attaching themselves to the skin receptors.

一些病人接受手术，医生把他们的运动神经重连到了不同的肌肉里，但是同时也把感受神经重连了——把感受神经连到了皮肤感受器上。

3.Multisensory devices have already been developed and tested on reinnervated amputees, relaying sensations of contact, pressure, vibration, shear force and temperature.

多重感受装置已经研制出来并在经过神经移植的截肢患者身上测试，转换接触、压力、震动、剪切力和温度的感觉。

4.But enabling patients to sense things will mean developing sensors to go on prosthetic limbs, and corresponding devices to stimulate the reinnervated skin.

但是要使病人能感受事物意味着要研制感受器让假肢能够感受，还要研制相应的装置去刺激经过神经移植的皮肤。

5.Conclusion:The denervated pectoralis major myoflap can be reinnervated by hypoglossal-genioglossus muscle neuromuscular pedicle transplantation.

结论：舌下神经颏舌肌蒂植入能使失神经胸大肌瓣重新获得良好的神经再支配。

6.This means sensors in a prosthetic limb could, in theory, stimulate the reinnervated skin to cause realistic sensations.

这意味着在理论上说，一个假肢里的感受器可以刺激经过神经移植的皮肤产生真实的感觉。

7.After the nerve injury, the muscle was successfully reinnervated by a graft, allowing it to regain function.

在神经损伤后，肌肉成功地被再神经支配，使其恢复了功能。

8.Research shows that reinnervated tissues can often recover their original strength over time.

研究表明，被再神经支配的组织通常可以随着时间的推移恢复其原有的强度。

9.The patient underwent surgery to have his damaged nerves reinnervated after the accident.

事故后，患者接受手术以使受损的神经再神经支配。

10.In the study, scientists found that reinnervated areas of the brain showed improved connectivity.

在这项研究中，科学家发现被再神经支配的大脑区域显示出改善的连通性。

11.Therapists believe that consistent rehabilitation can help reinnervated muscles regain their strength more quickly.

治疗师认为，持续的康复训练可以帮助再神经支配的肌肉更快地恢复力量。

作文

The concept of neural regeneration has been a topic of great interest in the fields of medicine and neuroscience. One of the most fascinating processes involved in this area is known as reinnervated, which refers to the restoration of nerve supply to a tissue or organ that has lost its innervation due to injury or disease. Understanding this process is crucial for developing effective treatments for conditions such as spinal cord injuries, stroke, and peripheral nerve damage. When a nerve is damaged, it may lead to loss of function in the associated muscles or organs. The term reinnervated describes the complex biological response that occurs when nerves begin to regenerate and reconnect with their target tissues. This phenomenon is not just about the physical reconnection of nerve fibers; it also involves the re-establishment of functional communication between the nervous system and the affected tissues. Research has shown that after an injury, certain factors can influence the success of reinnervated nerves. For instance, the age of the patient, the type of injury, and the time elapsed before treatment can all play significant roles. Younger patients often have more successful outcomes because their nervous systems are generally more plastic, meaning they can adapt and reorganize more effectively than those of older individuals. Moreover, advancements in surgical techniques and rehabilitation practices have significantly improved the prospects of achieving successful reinnervated connections. Surgeons can now perform nerve grafts or transfers to bridge gaps created by injury, while physical therapy helps in retraining the muscles to respond to the newly reconnected nerves. This multidisciplinary approach enhances the likelihood of restoring function to the affected areas. In addition to surgical interventions, researchers are exploring the role of biomaterials and growth factors in promoting reinnervated pathways. These innovations aim to create an optimal environment for nerve regeneration, encouraging the growth of new nerve fibers and supporting the healing process. For example, certain scaffolds made from biocompatible materials can provide structural support for regenerating nerves, while specific growth factors can stimulate cellular activity necessary for nerve repair. The implications of successful reinnervated nerve connections extend beyond individual patients. The ability to restore nerve function can lead to improved quality of life, reduced healthcare costs, and increased independence for those affected by nerve injuries. As research continues to advance, the hope is that more effective therapies will emerge, offering new possibilities for recovery and rehabilitation. In conclusion, the process of reinnervated nerves is a vital area of study within the medical community. By understanding how nerves can regenerate and reconnect, we can develop better strategies to treat nerve injuries and diseases. The journey towards effective nerve regeneration is filled with challenges, but the potential benefits for patients make it a worthwhile pursuit. As we continue to explore the intricacies of the nervous system, the dream of fully restoring function to those who have suffered nerve damage becomes increasingly attainable.

神经再生的概念在医学和神经科学领域引起了极大的兴趣。涉及这一领域的一个最迷人的过程被称为reinnervated，它指的是恢复失去神经支配的组织或器官的神经供应，这种失去通常是由于损伤或疾病造成的。理解这一过程对于开发有效的治疗方法至关重要，例如脊髓损伤、中风和周围神经损伤等病症。 当神经受损时，可能会导致相关肌肉或器官功能丧失。术语reinnervated描述了在损伤后神经开始再生并与其目标组织重新连接时发生的复杂生物反应。这种现象不仅仅是神经纤维的物理重连；它还涉及神经系统与受影响组织之间功能性交流的重新建立。 研究表明，损伤后某些因素可以影响reinnervated神经的成功率。例如，患者的年龄、损伤的类型以及治疗前经过的时间都可能发挥重要作用。年轻患者通常有更成功的结果，因为他们的神经系统通常更具可塑性，这意味着他们能够比老年人更有效地适应和重组。 此外，外科技术和康复实践的进步显著改善了实现成功reinnervated连接的前景。外科医生现在可以进行神经移植或转移，以桥接因损伤而产生的间隙，而物理治疗则有助于重新训练肌肉以响应新连接的神经。这种多学科的方法增强了恢复受影响区域功能的可能性。 除了外科干预，研究人员正在探索生物材料和生长因子在促进reinnervated通路中的作用。这些创新旨在为神经再生创造最佳环境，鼓励新的神经纤维生长并支持愈合过程。例如，某些由生物相容材料制成的支架可以为再生神经提供结构支持，而特定的生长因子可以刺激神经修复所需的细胞活动。 成功的reinnervated神经连接的影响超越了个体患者。恢复神经功能的能力可以改善生活质量、降低医疗成本，并增加受神经损伤者的独立性。随着研究的不断推进，期望能出现更有效的治疗方法，为康复和恢复提供新的可能性。 总之，reinnervated神经的过程是医学界研究的重要领域。通过理解神经如何再生和重新连接，我们可以开发更好的策略来治疗神经损伤和疾病。实现有效神经再生的旅程充满挑战，但对患者的潜在好处使其成为值得追求的目标。随着我们继续探索神经系统的复杂性，完全恢复那些遭受神经损伤者功能的梦想变得越来越可实现。