reimplantation

简明释义

英[/ˌriːɪmˈplænteɪʃən/]美[/ˌriːɪmˈplænˌteɪʃən/]

n. 再植术；复植法；再植入术

英英释义

单词用法

同义词

反义词

例句

1.Objective: to analyze the related factors that affect successful reimplantation of traumatic anterior teeth in old people, and find regularity to guide the clinic therapy.

目的：对影响老年人前牙再植成功的各种因素进行分析，以找出规律，指导临床。

2.A new technic in an effort to save the limb by reimplantation of tumor-bearing bone segment devitalized by bolting was performed on 16 patients with malignant tumor of bone.

用煮沸灭活的方法治疗恶性骨肿瘤16例，即将截除的瘤段煮沸灭活，然后再植回原位达到保肢的目的。

3.At present the operation of inactived reimplantation is a new treatment for malignant tumor of limb bones.

灭活再植手术是目前治疗肢体恶性肿瘤的一种新方法。

4.Reimplantation should be the goal, the team advises, but in it was attempted in only 6 patients in this series and was successful in 2.

研究小组人员提倡再次植入应为治疗的目标，但在这些病例中仅有6例行再次植入而成功2例。

5.Delaying reimplantation till at least 6 months after resection.

再次植入应在切除术后至少6个月。

6.Conclusions: Delayed reimplantation of avulsion ventral root can enhance motoneuron survival and regeneration.

结论：前根撕脱延期再植回能促进脊髓前角运动神经元的存活与再生。

7.A new technic in an effort to save the limb by reimplantation of tumor-bearing bone segment devitalized by bolting was performed on 16 patients with malignant tumor of bone.

用煮沸灭活的方法治疗恶性骨肿瘤16例，即将截除的瘤段煮沸灭活，然后再植回原位达到保肢的目的。

8.The dentist explained that after the accident, a reimplantation 再植 procedure would be necessary for my tooth.

牙医解释说，在事故发生后，我的牙齿需要进行一次再植手术。

9.The veterinary clinic specializes in reimplantation 再植 for injured pets.

这家兽医诊所专门为受伤的宠物提供再植服务。

10.The surgeon performed a successful reimplantation 再植 of the severed limb.

外科医生成功地进行了截肢的再植手术。

11.After the injury, the quick reimplantation 再植 of the toe was crucial for recovery.

受伤后，快速的再植脚趾对于康复至关重要。

12.In cases of severe trauma, reimplantation 再植 of fingers can restore functionality.

在严重创伤的情况下，手指的再植可以恢复功能。

作文

In the field of medicine, particularly in the realm of transplantation and surgical procedures, the term reimplantation refers to the process of surgically placing a previously removed organ or tissue back into its original position within the body. This practice is crucial in various medical situations, especially when dealing with traumatic injuries or conditions that necessitate the removal of certain body parts. Understanding reimplantation not only sheds light on advanced surgical techniques but also emphasizes the body's remarkable ability to heal and adapt. The concept of reimplantation can be illustrated through several medical scenarios. For instance, consider a patient who suffers from a severe hand injury where fingers are amputated due to an accident. In such cases, skilled surgeons may attempt to perform a reimplantation of the severed fingers. This complex procedure involves meticulously reconnecting bones, tendons, nerves, and blood vessels to restore function and appearance. The success of reimplantation largely depends on the time elapsed since the amputation, the condition of the severed part, and the overall health of the patient. Another significant area where reimplantation plays a vital role is in the treatment of certain cancers. When tumors are removed, surgeons may need to reimplant healthy tissues or organs to ensure that the patient's body maintains its functionality. For example, during a kidney transplant, if one kidney is removed due to cancer, the surgeon may perform a reimplantation of the remaining healthy kidney to ensure the patient's body continues to function properly. Moreover, reimplantation is not limited to human medicine; it also extends to veterinary practices. Animals, like humans, can suffer from traumatic injuries that may require similar surgical interventions. Veterinarians often face the challenge of reimplantation when treating pets that have lost limbs or suffered severe injuries. The techniques used in veterinary reimplantation mirror those in human medicine, showcasing the universality of this surgical practice across species. The advancements in technology and surgical techniques have significantly improved the outcomes of reimplantation procedures. Innovations such as microsurgery, which allows for the intricate repair of small structures like nerves and blood vessels, have revolutionized the field. Additionally, the use of imaging technologies helps surgeons plan and execute reimplantation more effectively, minimizing risks and enhancing recovery times. Despite the promising nature of reimplantation, it is essential to acknowledge the challenges associated with these procedures. Not all reimplantation attempts are successful, and complications such as infection, rejection of the reimplanted tissue, and inadequate blood supply can arise. Therefore, thorough preoperative assessments and postoperative care are critical to increasing the chances of a successful outcome. In conclusion, reimplantation is a profound testament to the capabilities of modern medicine. It encapsulates the intricate relationship between surgical skill, patient care, and the body's resilience. As research and technology continue to evolve, the potential for successful reimplantation will undoubtedly expand, offering hope to countless individuals facing the challenges of injury and illness. Understanding this term enriches our knowledge of medical practices and highlights the importance of continuous learning in the field of healthcare.

在医学领域，特别是在移植和外科手术的领域中，术语reimplantation指的是将先前切除的器官或组织外科手术地放回身体原位的过程。这种做法在各种医疗情况下至关重要，尤其是在处理创伤性损伤或需要去除某些身体部位的情况时。理解reimplantation不仅揭示了先进的外科技术，还强调了身体惊人的自我愈合和适应能力。 reimplantation的概念可以通过几个医疗场景来说明。例如，考虑一个因事故而受到严重手部伤害的患者，他的手指被截肢。在这种情况下，熟练的外科医生可能会尝试对截肢的手指进行reimplantation。这个复杂的过程涉及到仔细地重新连接骨头、肌腱、神经和血管，以恢复功能和外观。reimplantation的成功很大程度上取决于截肢后经过的时间、被截肢部分的状况以及患者的整体健康状况。 另一个reimplantation发挥重要作用的领域是某些癌症的治疗。当肿瘤被切除时，外科医生可能需要重新植入健康的组织或器官，以确保患者的身体保持功能。例如，在肾脏移植过程中，如果由于癌症而切除了一个肾脏，外科医生可能会对剩余的健康肾脏进行reimplantation，以确保患者的身体继续正常运作。 此外，reimplantation不仅限于人类医学；它还扩展到兽医实践。动物和人类一样，可能会遭受创伤性伤害，需要类似的外科干预。兽医在治疗失去四肢或遭受严重伤害的宠物时，常常面临reimplantation的挑战。兽医在进行兽医reimplantation时所采用的技术与人类医学中的技术相似，展示了这一外科实践在不同物种之间的普遍性。 科技和外科技术的进步显著改善了reimplantation程序的结果。微创手术等创新使得对神经和血管等小结构的精细修复成为可能，彻底改变了这一领域。此外，成像技术的使用帮助外科医生更有效地规划和执行reimplantation，从而减少风险并提高恢复时间。 尽管reimplantation的前景乐观，但必须承认与这些程序相关的挑战，并非所有的reimplantation尝试都是成功的，感染、再植组织的排斥和血液供应不足等并发症可能会出现。因此，全面的术前评估和术后护理对于提高成功结果的几率至关重要。 总之，reimplantation是现代医学能力的深刻见证。它概括了外科技能、患者护理和身体韧性之间的复杂关系。随着研究和技术的不断发展，成功reimplantation的潜力无疑将扩大，为无数面临伤害和疾病挑战的人们带来希望。理解这个术语丰富了我们对医疗实践的认识，并突出了在医疗保健领域持续学习的重要性。