结论：高免疫原性的抑制素表达质粒的构建为利用抑制素基因免疫技术诱导单胎动物生多胎奠定了基础。
Conclusion: the fusion gene expression vector was successfully constructed, and it set up the basis of inhibin gene immunization to induce multiple bear for single birth animals.
建立了筛选质粒表达文库和克隆免疫原基因的技术方法。
We established the techniques of screening the plasmid expression library and cloning the immunogen genes.
随着分子生物学及基因工程技术的出现及应用，肿瘤疫苗的研究已成为主动性免疫治疗的重要手段之一。
The research on tumor vaccine has been a key method of tumor active immunotherapy with the development and application of molecular biological and genetic engineering technology.
目前，市场上已有多家生物科技初创利用这项技术推出了新的治疗方法，并有可能治愈重大基因疾病和免疫疾病，甚至能让盲人重见光明。
A number of biotechnology startups have been leveraging the technology to bring new treatments to market that could solve devastating genetic diseases, autoimmune illnesses, and even blindness.
转基因动物技术已广泛渗透于分子生物学、免疫学、生物制药、畜牧育种以及器官移植等研究领域中。
Transgenic animal has been extended to various areas such as molecular biology, immunology, manufacture of pharmaceuticals and medicines, prologue breeding and organ transplantation.
基因治疗和基因免疫也是近年刚兴起的一个研究领域，质粒DNA的气溶胶化技术和呼吸道吸入后的转染及表达研究，是呼吸道粘膜免疫和疾病治疗的重点。
Therapeutic DNA molecules and gene immunity are a new research field. The technology for aerosolized DNA plasmid and transformation and expression after inhalation are of great interest.
介绍一些具体方案，包括建立异基因骨髓嵌合体、阻断T细胞活化第二信号和转基因技术诱导移植免疫耐受。
Some experimental protocols were introduced including mixed chimerism of allogeneic bone marrow, blockade of co-stimulation signal and transgene technology for transplantation tolerance induction.
介绍一些具体方案，包括建立异基因骨髓嵌合体、阻断T细胞活化第二信号和转基因技术诱导移植免疫耐受。
Some experimental protocols were introduced including mixed chimerism of allogeneic bone marrow, blockade of co-stimulation signal and transgene technology for transplantation tolerance induction.
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