gene engineering的例句大全

Breeding of insect resistant cotton with gene engineering is one of the popular field of cotton biotechnology that bring hope for the prevention and control of cotton pests.

抗虫转基因棉花的培育是近年来棉花生物技术研究的热点，它为棉杜虫害的防治展示了希望。

we can use a genetic engineering technique to isolate the responsible gene.

我们可以运用一种基因工程技术来分离出相关基因。

Plant aneuploids, such as monosomic, trisomic, tetrasomic et al, are the important basic materials for genetic study and chromosome engineering breeding, and in the physic orientation of gene loci or molecular markers or linkage groups, their function is without substitution.

植物单体、三体、缺失体等非整倍体是遗传研究和染色体工程育种的重要基础材料，在基因及分子标记的物理定位、确定连锁群与染色体的对应关系上具有不可替代的作用。

Bone marrow mesenchymal stem cell is characterized by easily materializing, potentiality of multiple tissue differentiation, stable genetic background, non-rejection in implant button and high proliferation. All properties determine that it will be a useful thing in cell and gene therapy as well as tissue engineering.

骨髓间充质干细胞具有易于取材、多组织分化潜能、遗传背景稳定、植入体内无排斥反应、高增殖的特性，决定了其将会成为细胞、基因治疗以及组织工程中十分有用的工具。

This article reviews the research progress of limb allograft briefly from tissue matching, cryopreservation, immune suppression, gene therapy, tissue engineering and so on.

本文从组织配型、冷冻保存、免疫抑制、基因治疗、组织工程等方面对肢体移植的研究进展简要综述。

High-purity muscle-derived stem cells can be obtained through primary culture, and immunohistochemical technique can identify muscle-derived and specific characteristics of stem cells, so it has a broad application perspective in tissue engineering and gene therapy.

高纯度的肌原性干细胞可通过体外原代培养获取，免疫组化技术可鉴定其肌源性和干细胞特性，在组织工程和基因治疗中具有广泛的应用前景。

Study on the Conditions of High Density Fermentation for the Engineering Bacterial Strain with RGD Spider Silk Protein Gene

RGD蛛丝蛋白基因工程菌高密度发酵条件的研究

Southern blot and Slot blot hybridization methods were used in this research to detect the copy numbers of pro-urokinase ( pro-UK) gene in pro-UK-expression engineering cell line ( 11G cell line).

采用DNA印迹和狭线印迹（Slot Blot）的方法，对高效表达人尿激酶原（Pro-UK）的工程细胞11G含有的pro-UK基因拷贝数进行了测定。

In its simplest form, genetic engineering involves snipping a gene out of one organism and pasting it into the DNA of another.

基因工程最简单的形式是从一个有机体内提取出一个基因，将它植入另一个有机物的DNA中。

Construction of ACK Gene Deletion Engineering Bacteria of Veillonella Parvula and Its Characterization

小韦荣球菌ACK基因缺失工程菌的构建及特性分析

The future of gene targeting's application is bright and its appearance is a revolution in genetic engineering.

基因打靶技术的应用前景广阔，它的产生是遗传工程领域的一次革命。

The method of Product Gene reverse transcription based on product Reverse Engineering is proposed.

本文提出基于产品逆向工程的产品基因获取方法。

Plant disease resistance gene ( R gene) is one of the hot spots in the field of molecular plaint pathology and plant genetic engineering. Cloning and functional analysis of R gene provide the basis for revealing the mechanisms of resistance and controlling the plaint disease.

植物抗病基因（R基因）是分子植物病理学和植物基因工程研究的热点之一，R基因的克隆及其在抗病反应中的功能研究为揭示植物抗病反应机制和有效一控制植物病害奠定了基础。

Experiments of Mammalian Genetic Engineering Experiment 11 Construction of Mammalian Genomic Gene Library

实验11哺乳类基因组基因文库的构建

Objective To study the diagnosis of ZFY gene on human Y chromosome and its application in tissue engineering.

目的探讨人的Y染色体ZFY基因诊断在组织工程中的应用。

Fast and accurate new "gene editing," which cuts and pastes DNA at exactly the right place in the target genome, is about to replace the slower hit-and-miss methods of genetic engineering used for the past 40 years.

快速、准确的新型“基因编辑”——剪切DNA并精确地将其粘贴在目标基因组的正确位置上——将取代过去40年里使用的那种碰运气式的基因工程方法。

The breakthrough will add to excitement over the fast-emerging field of gene-editing-a type of genetic engineering in which DNA is inserted, replaced or removed from genes to fix faults or fight disease.

这次突破将令人对基因编辑这一快速发展的新兴领域感到更加兴奋。基因编辑是基因工程的一种，向基因中插入DNA，替换或取下其中的DNA，从而修复缺陷或战胜疾病。

We can use genetic engineering techniques to isolate the gene that is responsible

我们可以使用基因工程技术把相关基因分离出来。

The progress in catalytic mechanism of IFS enzyme, cloning and functional characterization of IFS, and expression and regulation of IFS genes was introduced. The significance of metabolic engineering of IFS gene expression and regulation to increase isoflavone biosynthesis was discussed.

介绍了IFS的催化机理、基因克隆与表达调控的研究进展，讨论了开展IFS代谢工程研究对提高植物抗病虫害能力和改善农作物营养保健功效的意义。

Plant transformation is an important approach in genetic engineering breeding and identification of gene function.

植物转化是开展基因工程育种和鉴定基因功能的重要途径。