pelvimetry

简明释义

英[pelˈvɪmɪtri]美[pelˈvɪmətri]

n. [妇产] 骨盆测量；[妇产] 骨盘测量法

英英释义

单词用法

同义词

反义词

例句

1.Objective: to survey the normal values of pelvic inclination of external pelvimetry and to provide evidence so as to estimate dystocia risk index for antenatal care.

目的：测量骨盆倾斜度外测量正常值，为产前检查估计难产风险指数提供依据。

2.Objective: to survey the normal values of pelvic inclination of external pelvimetry and to provide evidence so as to estimate dystocia risk index for antenatal care.

目的：测量骨盆倾斜度外测量正常值，为产前检查估计难产风险指数提供依据。

3.The current pelvimetry approaches were reviewed to analyze the relationship between pelvic dimension and technical difficulty in rectal surgeries.

回顾当前各种骨盆测量手段，分析骨盆径线与直肠癌手术难度的关系。

4.Clinical pelvimetry can only be useful to qualitatively identify the general architectural features of the pelvis.

临床骨盆测量仅仅在判断骨盆的大体结构特征时有意义。

5.Magnetic resonance-based serial pelvimetry: Do maternal pelvic dimensions change during pregnancy?

磁共振为基础的系列骨盆测量：孕期母体骨盆尺寸有变化吗？

6.The doctor recommended a pelvimetry 骨盆测量 to assess the size of the mother's pelvis before delivery.

医生建议进行一次pelvimetry 骨盆测量，以评估母亲产前骨盆的大小。

7.During the prenatal visit, the midwife explained the importance of pelvimetry 骨盆测量 for planning the birth.

在产前检查中，助产士解释了pelvimetry 骨盆测量在分娩计划中的重要性。

8.After the pelvimetry 骨盆测量, the obstetrician discussed the potential risks of a narrow pelvis.

在完成pelvimetry 骨盆测量后，产科医生讨论了狭窄骨盆的潜在风险。

9.The results of the pelvimetry 骨盆测量 indicated that a cesarean section might be necessary.

pelvimetry 骨盆测量的结果表明可能需要剖宫产。

10.Understanding pelvimetry 骨盆测量 can help expectant parents make informed decisions about childbirth.

了解pelvimetry 骨盆测量可以帮助准父母做出关于分娩的明智决策。

作文

Pelvimetry is a term that refers to the measurement of the dimensions of the pelvis, which is particularly important in obstetrics and gynecology. The process of pelvimetry (骨盆测量) is essential for assessing whether a woman can safely deliver a baby through the vaginal canal. Understanding the anatomy and measurements of the pelvis can help healthcare providers make informed decisions regarding delivery methods, especially in cases where there may be concerns about the size of the baby or the shape of the mother's pelvis. Historically, pelvimetry (骨盆测量) was performed using physical examination techniques, where doctors would manually assess the pelvic structure. However, advancements in medical technology have allowed for more accurate and less invasive methods of measuring the pelvis. Today, imaging techniques such as ultrasound and MRI are commonly used to obtain precise measurements of the pelvic dimensions. The importance of pelvimetry (骨盆测量) cannot be overstated, especially in high-risk pregnancies. For instance, if a woman's pelvis is deemed too narrow, it may indicate that a cesarean section is necessary to prevent complications during delivery. Conversely, if the pelvis is adequately sized, it may encourage the option for a natural birth, which is often preferred by many women for various reasons, including quicker recovery times and a lower risk of infection. In addition to its role in childbirth, pelvimetry (骨盆测量) has applications in other areas of medicine. For example, understanding pelvic dimensions can be crucial in diagnosing conditions such as pelvic organ prolapse or in planning surgical interventions. Surgeons often need to consider the size and shape of the pelvis when performing procedures that involve the reproductive organs or the urinary tract. Moreover, pelvimetry (骨盆测量) can also play a role in physical therapy and rehabilitation. Pelvic floor health is integral to overall well-being, and therapists may use pelvic measurements to tailor their treatment plans for patients experiencing issues such as incontinence or pelvic pain. By understanding the unique anatomical features of each patient, therapists can provide more effective interventions. As we continue to advance our knowledge in the field of obstetrics and gynecology, the role of pelvimetry (骨盆测量) will likely evolve. Research is ongoing to refine measurement techniques and to better understand how pelvic dimensions impact not only childbirth but also women's health more broadly. Educating expectant mothers about the importance of pelvimetry (骨盆测量) can empower them to engage in discussions with their healthcare providers about their delivery options and any potential risks involved. In conclusion, pelvimetry (骨盆测量) is a vital tool in modern medicine, particularly within the fields of obstetrics and gynecology. It aids in ensuring safer deliveries and contributes to better health outcomes for women. As technology continues to advance, the future of pelvimetry (骨盆测量) looks promising, with the potential for even greater accuracy and application in various medical fields.