遺傳畸形 的英文怎麼說

中文拼音 [yízhuànjīxíng]
遺傳畸形 英文
genetic abnormality
  • 遺 : 遺動詞[書面語] （贈與） offer as a gift; make a present of sth : 遺之千金 present sb with a gener...
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 畸 : Ⅰ形容詞1 （偏） lopsided; unbalanced2 （不正常的; 不規則的）irregular; abnormalⅡ名詞[書面語] （零...
  • 遺傳 : [生物學] heredity; hereditary; inheritance; inherit
  • 畸形 : deformity; dysmorphia; dysmorphosis; malformation; dysgenesis; monstrosity; monstrousness; un sha...
  1. Effects of factors genetic and environmental on cleft palate

    遺傳因素及環境因素對唇齶裂畸形發生的影響
  2. Complex vertebral malformation ( cvm ), a lethal autosomal recessive inherited defect in holstein breed, was newly reported in demark

    摘要荷斯坦奶牛脊柱畸形綜合征是近年新發現的一種常染色體隱性遺傳病，該病對純合子胎兒是致死性的。
  3. According to genetic analysis, this disease is caused by autosomal dominant inheritance

    經過遺傳分析，認為該畸形屬常染色體顯性遺傳。
  4. Arrangement and analysis of genetic malformation signs inspective data derived from omim maimed persons

    殘疾人群體遺傳性畸形望診資料的整理分析
  5. Aflatoxin can cause both acute and chronic toxicity in animals. effects such as acute liver damage, liver cirrhosis, induction of tumours and teratogenic and other genetic effects are well documented

    黃麴黴毒素可引致動物急性及慢性中毒，其影響包括急性肝臟受損肝硬化引起腫瘤形成畸胎及其他遺傳影響。
  6. Abstract : as the medicine science develops and improves, some human acquired diseases have been controlled on the whole. but the incidence of genetic diseases and congenital malformation rises gradually and the importance of their treatments appears by degree. to improve population quality, it is necessary to begin with controlling and changing genetic factor. that is, we should understand the classification of the genetic diseases and their incidence mechanism before we use various new technologies to find out and propose the ways of treatment such as antenatal diagnosis and gene project. thus we can achieve our goal of taking precautions against and curing genetic diseases

    文摘:由於醫學科學的發展和進步，一些人類後天的疾病基本上得以控制，而遺傳病和先天畸形的發病率則逐漸提高，並逐漸顯示出其重要性，要想提高人口素質，就要從控制和改變遺傳因素的方面做起，了解遺傳病的種類，發病原理，再利用現代的各種高新技術，找到和提出治療的方法，如產前診斷、遺傳工程等，從而達到預防和治療遺傳病的目的。
  7. Result the occurrence of fetal abnormalities was much more higher in the group with family history and inheritance history

    結果有遺傳史、家族史的病例，其胎兒畸形的發病率明顯增高。
  8. Method to categorize the 39 fetal abnormalities, and analyse the family history 、 inheritance history and other occasion

    方法對39例胎兒畸形進行分類，並作家族史、遺傳史及其它誘因分析。
  9. Some genetic disorders are evident at birth ( i. e. are congenital ), particularly those resulting in abnormalities of physical development

    一些遺傳病在出生時已很明顯（即先天性的） ，特別是那些導致身體發育畸形的遺傳病。
  10. The laboratory animal studies on tcdd and ra exposure indicated high incidences of congenital developmental malformations. in our previously study, we analyzed gene expression profile in igf gene family of tcdd - and ra - reduced fetal rats as well as cells and found antiestrogenic effect of tcdd and ra on igf genes

    我們應用ra對不同發育時期的胎鼠進行誘導，構建骨骼發育畸形大鼠動物模型，研究遺傳因素決定的先天畸形個體間對環境因素作用的易感性，闡明igfs家族成員在骨骼發育畸形大鼠中的作用。
  11. There s no definitive reason why such deformities happen, said cliff thompson, a retired professor of genetics at the university of pittsburgh at johnstown

    約翰斯頓市匹茲堡大學現已退休的遺傳學教授克里夫湯姆森表示，導致這種畸形雞出現的原因還不得而知。
  12. There ' s no definitive reason why such deformities happen, said cliff thompson, a retired professor of genetics at the university of pittsburgh at johnstown

    約翰斯頓市匹茲堡大學現已退休的遺傳學教授克里夫湯姆森表示，導致這種畸形雞出現的原因還不得而知。
  13. There ‘ s no definitive reason why such deformities happen, said cliff thompson, a retired professor of genetics at the university of pittsburgh at johnstown

    約翰斯頓市匹茲堡大學現已退休的遺傳學教授克里夫?湯姆森表示，導致這種畸形雞出現的原因還不得而知。
  14. Abstract : in this paper, we report a rare karyotype of complex translocation : 46, xx, t ( 1 ; 14 ; 10 ). based on sufficient published data, we discussed and analyzed the genetic effect of complex translocation and general balanced translocation on phenotype and fertilization. the results show that general balanced translocation caused 3. 57 % low intelligence and multi - deformation while complex translocation caused 21. 73 % low intelligence and 17. 39 % multi - deformation respectively. these results sugget that there is a higher incedence of low intelligence and multi - deformation caused by complex translocation than that caused by general balanced translocation

    摘要本文報道一例罕見復雜易位核型: 46 ， xx ， t （ 1 ; 14 ; 10 ） .並結合以往資料，探討和分析復雜易位和一般平衡易位對表型及生育的遺傳效應.結果顯示，一般易位導致智能低下和多發畸形的頻率各為3 . 57 % ;復雜易位所致智能低下頻率為21 . 73 % ，多發畸形的頻率為17 . 39 % .提示復雜易位所致智能低下和畸形頻率明顯高於一般易位。
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