tibia
简明释义
n. 胫骨；[昆] 胫节（昆虫）
复 数 t i b i a e 或 t i b i a s
英英释义
The tibia is the inner and typically larger of the two bones between the knee and the ankle in vertebrates, commonly known as the shinbone. | 胫骨是脊椎动物膝盖和脚踝之间的两根骨头中内侧的、通常较大的那根，通常被称为胫骨。 |
单词用法
胫骨骨折 | |
前胫动脉 | |
胫骨平台 | |
胫骨和腓骨 | |
胫骨近端 | |
胫骨远端 |
同义词
| 胫骨 | 胫骨是小腿两根骨头中较大的一根。 | ||
| 腿骨 | Injuries to the shinbone can be quite painful and require medical attention. | 胫骨受伤可能非常疼痛，需要医疗处理。 |
反义词
| 腓骨 | 腓骨位于小腿的腓骨旁边。 |
例句
1.Methods 107 cases of open tibia fracture were treated with compressive external fixation.
方法107例胫骨开放性骨折骨外固定加压治疗。
2.Objective: to look for a new method to treat defects or nonunion of tibia fracture.
目的：探讨胫骨骨不连、骨缺损新的外科治疗方法。
3.Unilateral external fixation was used to treat 73 cases of fracture of tibia and fibula, and the efficiency was satisfactory.
采用单臂外固定支架治疗胫腓骨骨折73例，取得满意疗效。
4.Pain over thedistal tibiofibular syndesmosis when the examiner squeezes the tibia and fibulaat the mid calf is a positive result.
当小腿中部的胫骨和腓骨处受到挤压时，下胫腓联合出现痛感说明受试者出现胫腓联合受损。
5.Objective To investigate the effects of the treatment of open tibia fracture with compressive external fixation.
目的评估骨外固定治疗胫骨开放性骨折的疗效。
6.Objective: To study the effect of three methods for treatment of closed fracture of the distal tibia.
目的：探讨闭合性胫腓骨下段骨折治疗方法的选择及其对预后的影响。
7.Conclusions: ESWT is a feasible treatment modality for tibia nonunion.
结论：ESWT是治疗胫骨不愈合可行的方法。
8.Physical therapy helped strengthen the muscles around my tibia.
物理治疗帮助增强了我胫骨周围的肌肉。
9.During the marathon, I felt a sharp pain in my tibia.
在马拉松中，我感到我的胫骨有剧烈的疼痛。
10.The doctor explained that the fracture was located in the tibia.
医生解释说骨折位于胫骨。
11.A common injury among runners is a stress fracture in the tibia.
跑步者常见的伤害是胫骨的应力性骨折。
12.The tibia connects the knee to the ankle.
胫骨连接膝盖和脚踝。
作文
The human body is a remarkable machine, composed of various bones, muscles, and organs that work together to facilitate movement and maintain overall health. Among the many bones in the body, the tibia plays a critical role. The tibia, also known as the shinbone, is the larger and stronger of the two bones in the lower leg. It is located medially and is essential for weight-bearing activities, making it a vital component of our skeletal system.The tibia connects the knee joint to the ankle joint, providing stability and support during walking, running, and jumping. When we take a step, the tibia bears the weight of our body and helps to absorb the impact on our joints. This makes it crucial for athletes and active individuals who engage in high-impact sports. Injuries to the tibia, such as fractures or stress injuries, can significantly affect mobility and require extensive rehabilitation.In addition to its mechanical functions, the tibia also serves as an attachment point for various muscles and ligaments. These connections enable the lower leg to perform complex movements, such as flexion and extension. For instance, the muscles that control the movement of the foot and ankle originate from the tibia and its surrounding structures. Without the tibia, our ability to walk and run would be severely compromised.The tibia is not just important from a functional perspective; it also has significant implications for our overall health. Conditions such as osteoporosis can weaken the tibia and increase the risk of fractures. Therefore, maintaining bone health through proper nutrition, exercise, and lifestyle choices is essential. Weight-bearing exercises, in particular, are beneficial for strengthening the tibia and other bones in the body.Moreover, understanding the anatomy of the tibia can be invaluable for medical professionals. Knowledge of its structure and function aids in diagnosing and treating injuries and conditions related to the lower leg. For example, a common injury known as a tibial plateau fracture occurs at the upper part of the tibia near the knee, often resulting from falls or direct impacts. Such injuries require careful assessment and intervention to ensure proper healing and recovery.In conclusion, the tibia is a fundamental bone in the human body that contributes to our ability to move and engage in daily activities. Its significance extends beyond mere support; it plays a vital role in our overall health and well-being. By understanding the importance of the tibia, we can appreciate the complexities of our body and the need to care for our bones. Whether we are athletes pushing our limits or individuals simply walking to the store, the tibia is always there, quietly supporting us every step of the way.
人体是一个非凡的机器，由各种骨骼、肌肉和器官组成，它们共同工作以促进运动并维持整体健康。在身体众多的骨骼中，胫骨扮演着重要角色。胫骨，也称为小腿骨，是下肢两根骨骼中较大且更强的一根。它位于内侧，对于承重活动至关重要，使其成为我们骨骼系统的重要组成部分。胫骨连接膝关节和踝关节，在走路、跑步和跳跃时提供稳定性和支持。当我们迈出一步时，胫骨承受着我们身体的重量，并帮助吸收关节的冲击。这使得它对运动员和参与高强度运动的活跃个体至关重要。胫骨的损伤，例如骨折或应力损伤，可能会显著影响活动能力，并需要广泛的康复。除了机械功能外，胫骨还作为各种肌肉和韧带的附着点。这些连接使下肢能够执行复杂的运动，例如屈伸。例如，控制脚和踝部运动的肌肉起源于胫骨及其周围结构。如果没有胫骨，我们的行走和奔跑能力将受到严重影响。从功能角度来看，胫骨不仅重要；它对我们的整体健康也有重大影响。诸如骨质疏松症等疾病可能会削弱胫骨，增加骨折的风险。因此，通过适当的营养、锻炼和生活方式选择来维持骨骼健康至关重要。尤其是负重运动，对增强胫骨和身体其他骨骼非常有益。此外，了解胫骨的解剖结构对于医疗专业人员来说是无价的。了解其结构和功能有助于诊断和治疗与下肢相关的损伤和疾病。例如，一种常见的损伤称为胫骨平台骨折，发生在靠近膝盖的胫骨上部，通常是由于跌倒或直接撞击造成的。这类损伤需要仔细评估和干预，以确保正确愈合和恢复。总之，胫骨是人体中的一根基础骨骼，对我们的移动能力和日常活动参与至关重要。它的重要性不仅限于支持；它在我们的整体健康和福祉中发挥着重要作用。通过理解胫骨的重要性，我们可以欣赏到我们身体的复杂性以及照顾我们骨骼的必要性。无论我们是极限运动的运动员，还是只是走到商店的人，胫骨始终在那里，默默支持着我们每一步。
