胎盤功能 的英文怎麼說

中文拼音 [tāipángōngnéng]
胎盤功能 英文
placental function
  • 胎 : 名詞1 （幼體） foetus; embryo 2 （懷孕或生育的次數） birth 3 （衣服、被褥等的面子和裡子之間的襯物...
  • 盤 : Ⅰ名詞1 （盤子） tray; plate; dish 2 （形狀或功用像盤的東西） sth shaped like or used as a tray pl...
  • 功 : 名詞1 （功勞） exploit; merit; meritorious service [deed]: 戰功 military exploits; 立功 render me...
  • 能 : 能名詞（姓氏） a surname
  • 胎盤 : maza; placents; placenta胎盤球蛋白 placental globulin; 胎盤絨毛 placental villi; 胎盤胎膜 after b...
  1. In the united kingdom, half of maternal deaths from hemorrhage are due to postpartum events ( superscript [ 1 ] ) uterine atony, degrees of retained placenta and genital tract lacerations account for most cases of postpartum hemorrhage

    造成產后大出血的原因包括產道裂傷、胎盤滯留、子宮收縮無力及孕婦本身凝血功能異常。
  2. When postpartum hemorrhage occurs, the possibility of retained placental fragments, genital tract trauma and coagulopathy must be ruled out first

    在排除孕婦本身凝血功能異常、產道裂傷、胎盤滯留後，我們常以按摩子宮及藥物治療子宮收縮無力。
  3. Human trophoblast cells express both egf and egfr, and that egf plays a major role in placental implantation, growth and differentiation. an alteration of egfr biological activity directly interferes with the differentiated function and proliferation of trophoblast and the fetoplacental development

    Egfr的表達異常伴隨著胎盤滋養層細胞的分化增殖以及功能的改變，本研究目的旨在直接闡述egfr在滋養層細胞分化發育中的作用，以及與妊高征、絨毛膜癌發病的關系。
  4. Placenta occupies a unique position as the site of production of both protein and steroid hormones and plays a central role in the endocrinology of pregnancy

    妊娠期胎盤是行使代謝與內分泌功能的獨特器官，可產生糖蛋白及甾體等多種激素，滋養層細胞發揮著重要作用。
  5. Now the human placenta is considered as endocrine organ that is a rich source of hormones ^ growth factors and cytokin et al

    如今胎盤已作為一個富含激素、生長因子和細胞因子的功能復雜的內分泌器官而廣泛被接受。
  6. The team suggests that homocysteine may have effects on brain structure and function or lead to subtle damage to the placental vasculature that compromises oxygen delivery to the fetus

    研究者還推測同型半胱氨酸可能改變腦組織結構和功能，或對胎盤血管產生小的破壞引起胎兒氧供減少。
  7. More intriguingly, in hippocampus, 11 - hsd1 and gr were found to co - exist in the same neuron ; and 11 - hsd1 can convert biologically inert 11 - keto gc metabolites into biologically active gc. gc regeneration by 11 - hsd1 will concentrate gc locally to enable its interaction with the low - affinity gr

    而11 - hsd1具有氧化還原酶的雙重催化作用，廣泛存在於糖皮質激素的靶器官，如肝臟、神經系統、胎盤和胎膜，其催化方向取決于組織類型和功能狀態。
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