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Understanding cell engineering in all aspects

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Understanding cell engineering in all aspects

Date of release:2017-12-14 Author: Click:

        Cell engineering is an important aspect of bioengineering. Generally speaking, it is based on the theory and method of cell biology and molecular biology, according to people's design blueprint, to carry out genetic manipulation at the cell level and large-scale cell and tissue culture. At present, the main technical fields involved in cell engineering are cell culture, cell fusion, cell disassembly, chromosome manipulation and gene transfer. Through cell engineering, useful biological products or valuable plants can be produced, and new species or strains can be produced. cell engineering(Living cells


Living cells


Cell engineering refers to the application of modern theories and methods of cell biology, developmental biology, genetics and molecular biology, according to people's needs and designs, genetic manipulation at the cellular level, the reorganization of cell structure and inclusion, in order to change the structure and function of organisms, namely, through cell fusion, nuclear-cytoplasmic transplantation, staining. Bioengineering techniques, such as body or gene transplantation, tissue and cell culture, can be used to rapidly propagate and cultivate new species.

Cell engineering and genetic engineering represent the latest development frontier of biotechnology. With the advent of test-tube plants, test-tube animals and transgenic bioreactors, cell engineering plays an increasingly important role in life science, agriculture, medicine, food, environmental protection and other fields.

With the development of synthetic biology in the 21st century, computer-aided design, DNA or gene synthesis techniques are used to artificially design cell signaling and gene expression regulatory networks, and even the whole genome and cell artificial design and synthesis, thus renovating genetic engineering and cell engineering techniques and bringing about biological computers and cells. Pharmaceutical and biorefinery technologies and industrial revolution.

The basic operation of cell engineering includes cell culture technology, cell fusion technology, cell splitting technology, chromosome and chromosome engineering technology, in vitro fertilization and embryo transfer technology. Cell engineering technology is widely used in food industry, such as cell culture technology, cell fusion technology and cell splitting technology.

As a means of scientific research, cell engineering has infiltrated into all aspects of bioengineering and become an indispensable supporting technology. In the fields of agriculture, forestry, horticulture and medicine, cell engineering is making great contributions to mankind.


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Key word:Cellanalysistechnology,Biotechnologycompany,Cellengineeringtechnology

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Living cells