genetic engineering vaccine 中文意思是什麼

genetic engineering vaccine 解釋
遺傳工程疫苗
  • genetic : adj. 1. 遺傳（學）上的。2. 發生的，發展的；創始的。adv. -ically
  • engineering : n. 1. 工程（技術），工程學。2. 開車技術。3. 土木工程，工事。4. 操縱，管理。
  • vaccine : adj. 牛痘的；預防疫苗的；種痘的。n. 1. 疫苗，牛痘苗；菌苗。2. 【計算機】免疫程序軟體，抗病毒軟體。
  1. Immunotherapy for swine cysticercosis with the genetic engineering vaccine

    豬囊尾蚴細胞疫苗的區域試驗研究
  2. Somatostatin is a neurohormone which p1ay mu1tilatera1 physio1ogic function in vertebra animal body ( including human ), to study ss genetic engineering vaccine is of great significance and have extensive appl ication potent ial

    生長抑制因子（ somatostatin ， ss ）是脊椎動物（包括人）機體中具有多種生理功能的神經激素。研究ss基因工程疫苗既具有理論意義，又有廣泛的應用前景。
  3. Field study of immunization against swine cysticercosis with the genetic engineering vaccine in an endemic area in china

    豬囊蟲病基因工程疫苗用於免疫治療的研究
  4. Research progress of molecular biology and genetic engineering vaccine of enterotoxic escherichia coli

    腸產毒性大腸桿菌分子生物學及基因工程疫苗的研究進展
  5. Because of gpv highly contagious, new genetic engineering vaccine and a rapid, special and simple diagnosis method is required to prevent and detect the infection

    由於本病傳播快、致死率高，開發研製新型的基因工程疫苗以及建立一種快速、簡便、特異的診斷方法非常必要。
  6. The results in this experiment are very important for further study on development of genetic engineering vaccine against rabies and on the investigation of molecular epidemiology of rabies virus

    實驗結果對狂犬病的分子流行病學、致病機理的研究及基因工程疫苗開發是十分重要的。
  7. This study provides the basis evidence and material basis for prv identification molecular epdiemiology investigation, research of diagnostic reagent and genetic engineering vaccine

    本研究為國內prv毒株鑒定、分子流行病學調查、分子診斷試劑的開發以及基因工程疫苗的研製提供了理論依據和物質基礎。
  8. Living vaccine and killed vaccine have some formidable drawback, so biological technology vaccine, for example, gene vaccine and genetic engineering vaccine, is under the circumstances

    現在使用的弱毒苗和滅活苗都存在著一些難以克服的缺點，基因免疫和基因工程疫苗等生物技術疫苗的研製已勢在必行。
  9. In this study, the recombinant fowl - poxvirus was transfected into expressing the vp3 gene of isolated gpv h1 strain into the cef cells with fpv - 017 by liposome, which have the lacz reporter gene, earlier / latter promoters lp2ep2 of fpv, promoters p7. 5 and p7. 1 of vaccinia virus, replication unnecessary region of fpv - 017. following 6 cycles screenings, clonings, purification of blue plaques, detection of pcr and dot - elisa, which verified the genetic stable vp3 - fowlpox virus recombinant constructed successfully. this study provided the theoretical and practical foundation for development of gpv recombinant fowl - poxvirus genetic engineering vaccine, as well as provided substance preparatory for prevention the high mortality gpv

    本研究採用脂質體轉染方法，將含有完整gpvh1分離株vp3基因、報告基因lacz 、禽痘病毒早晚期啟動子lp2ep2 、痘苗病毒啟動子p7 . 5 、 p11和fpv - 017復制非必須區的轉移載體質粒psy681vp3lacz與fpv - 017共轉染雞胚成纖維細胞，經6輪蝕斑克隆、篩選、表達， pcr鑒定和dot - elisa檢測，證明該重組病毒已構建成功，並獲得了遺傳性狀穩定的鵝細小病毒vp3基因的重組禽痘病毒。
  10. Vp3 gene of hl isolate of goose parvovirus derived from recombinant piasmid pproex htb - vp3 was subcloned into ecorl site of psy538, and the reporter gene lacz with promoter pll was cloned into smai site of recombinant piasmid. both vp3 gene and lacz gene were cloned into noti site of psy681, recombinan fpv transfer vector containing vp3 gene of gpv was obtained. the result is basis of construction of recombinant fpv expressing vp3 gene of gpv and gpv genetic engineering vaccine

    本研究另從含有gpvh1分離株主要結構蛋白vp3基因的重組質粒pproexhtb - vp3中切取gpvh1株vp3基因片段，將其亞克隆于psy538的ecori位點，然後將帶有痘苗病毒啟動子p11的lacz報告基因平端克隆于上述重組子的smai位點，再用noti切下同時含有vp3基因和lacz報告基因的片段，再亞克隆于psy681的noti位點，構建出含有vp3基因的重組禽痘病毒轉移載體，為構建表達vp3基因的重組禽痘病毒從而制備gpv基因工程疫苗奠定了基礎。
  11. Another project underway is the use of genetic engineering techniques to develop a vaccine for some diseases

    正在進行的另一個項目是利用遺傳工程技術研製某些疾病的疫苗。
  12. This study provides the basis evidence for the research of nucleotide sequence evolution relationship between domestic and exterior countries. it also establishes foundation for further research about developing gpv molecular diagnostic reagent and genetic engineering vaccine

    本研究為了解國內外鵝細小病毒核苷酸序列演化上的關系，為開發研製新型分子診斷試劑和抗鵝細小病毒感染的基因工程疫苗提供了理論依據。
  13. Prevention and cure of the derzsy ' s disease depended on vaccine and antiserum, antibodies of eggs. the vaccines includes goose embryo and duck embryo vaccines which were used 1n breed goose and goslings, and those vaccines have great effect in breeding goose, but the entire virion live vaccines and attenuated vaccines exist many deficiencies. such as preclinical infection, dissemination of virus, recovery of viru5, etc. those proplems can be sol / ed by producing genetic engineering " asclne

    目前使用的疫苗分為種鵝用和雛鵝用的鵝胚和鴨胚化疫苗，這些疫苗在實際生產中發揮巨大作用，因其為全毒苗或弱毒苗，存在著潛伏感染，排毒散毒，毒力返祖的缺陷，基因工程疫苗的研製可解決上述問題。
  14. In this study, we have constructed a new cea dna vaccine and a plasmid of il - 2 by using genetic - engineering technology, and designed the immunostimulatory dna sequence ( iss ). we hope enhance the quantity of cea and the anti ~ cea by using the various vector, cytokine and iss

    本文運用基因工程技術構建了cea的dna疫苗pc工cn ，白細胞介素七的真核表達質粒pci可l 《 ，設計合成了硫代修飾的免疫刺激序列門ss ） ，希望從載體、細胞因子和es方面提高cea的表達和抗ea的產生，從而達到對優a陽性腫瘤免疫防治的目的。
  15. This study provided the basis for the further research about gpv molecular biological properties and the physical, chemical character and biological activity of vpl. lt was prepared work for the development of diagnostic reagent and genetic engineering vaccine. and it also provided the evidence for taxonomy of gpv and its relationship in evolution

    本試驗為進一步研究gpv的分子生物學特性， vp1的理化特性、生物學活性奠定了基礎：為gpv的診斷試劑、基因工程疫苗的研製做了前期工作：同時為gpv的分類地位及其進化關系提供了佐證。
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