双上身畸形英文解释翻译、双上身畸形的近义词、反义词、例句
英语翻译:
【医】 anterior dichotomy
分词翻译:
双的英语翻译:
both; double; even; twin; two; twofold
【化】 dyad
【医】 amb-; ambi-; ambo-; bi-; bis-; di-; diplo-; par
上的英语翻译:
ascending; go to; go up; previous; submit; superior; upper
【医】 ept-; hyper-; super-; supra-; sur-
身的英语翻译:
body; life; one's conduct; oneself
畸形的英语翻译:
anamorphosis; deformation; deformity; malformation; misshape; monstrosity
【医】 allomorphosis; cacogenesis; cacomorphosis; deformation; deformity
dysgenesis; dysmorphia; dysmorphosis; malformation; monstrositas
monstrosity; teratism; teratismus; terato-; teratosis
vitium conformationis
网络扩展解释
双上身畸形
双上身畸形(shuāng shàngshēn jīxíng)是指人体上半身异常发育的一种疾病。该疾病在医学上也被称为上半身畸形或者复合体畸形,是一种罕见的先天性畸形。
这种疾病通常表现为患者的上半身部分器官数量、大小或位置的异常。患者可能出现胸部、肩部、颈部、头部等部位的变形,导致整个上半身的外观异常。病因尚不清楚,可能与胚胎发育过程中的某些因素有关。
双上身畸形
Double Upper Body Malformation
[ˈdʌbəl] [ˈʌpər] [ˈbɒdi] [ˌmæl.fɔːˈmeɪ.ʃən]
The term "double upper body malformation" refers to a condition where the upper part of the human body develops abnormally. It is also known as upper body malformation or complex body malformation in medical terminology. This is a rare congenital condition.
This condition is typically characterized by abnormal number, size, or position of organs in the upper body. Patients may experience deformities in areas such as the chest, shoulders, neck, and head, resulting in an abnormal appearance of the entire upper body. The exact cause of this condition is still unknown, but it may be related to certain factors during embryonic development.
双上身畸形
[dʌbl] [ˈʌpər] [ˈbɒdi] [ˌmæl.fɔːˈmeɪ.ʃən]
英文读音:[ˈdʌbəl] [ˈʌpər] [ˈbɒdi] [ˌmæl.fɔːˈmeɪ.ʃən]
英文用法:这个短语通常用作医学学术论文、研究和专业医学文献中的术语,用于描述一种罕见的先天性上半身异常发育的情况。
双上身畸形
英文例句:The patient was diagnosed with double upper body malformation, resulting in asymmetrical development of the chest and shoulder areas.(患者被诊断为双上身畸形,导致胸部和肩膀区域发育不对称。)
双上身畸形
英文近义词:upper body malformation, complex body malformation
英文反义词:normal upper body development
中文解释:近义词指的是与双上身畸形相似的先天性上半身异常发育情况,反义词指的是正常的上半身发育。
双上身畸形
英文单词常用度:由于双上身畸形是一种罕见的疾病,因此在日常英语中并不常见。它主要在医学和科学研究领域使用。