How to write a research paper on genetic engineering
Despite the modern reality, genetic engineering is still practiced in laboratories around the world. In particular, in the USA, a global alliance of testing and research providers (BiotechDevices, Inc.) was formed in early 2001 to create transgenic plants with extraordinary resistance to herbicides. The company “Golden Rose” developed a technology for producing transgenic plants with the necessary ability to resist herbicides (natural and pathological methods).
At the end of February 2000, a report was published in the US National Institutes of Health describing the results of a comprehensive work on the species orthogenesis expressed in the plant genome. According to the authors of the report, genetic engineering is already being used in the field of transgenic plants.
In March 2000, the public program for the import of genetically engineered plants was launched in the United States. The most common of them is a technology based on processing of tissue with microparticles of gold (or other heavy metals) covered with a solution of DNA. All cultivated commercial varieties of plants are obtained mainly with the help of this method.
The current literature on genetic engineering is quite extensive. In particular, the International Gene Expression (IGE) technology, according to the scientists, “throws out” the most significant barriers in the development of genetic engineering. IGE is aimed at the chromosomes of cells of higher and lower microorganisms, the chromosomes of cells of the organisms of bacteria, and the chromosomes of cells of human.
However, the operation of IGE is subject to criticism. According to the scientists, “success” is achieved in phase only if the invention is successful in introducing a transgenic gene into a plant. Failure to this test is associated with the selection of the transgenic gene as a cure for a variety of diseases, for example, herbicides.
To make your work easier, better known biological engineering tools are being used: cochromosome engineering, microinjection of DNA into cells, virus-mediated infection, and so on.
Introduction for a genetic engineering research paper
It can be said with full confidence in the science and technology that the first cloned paper will show the reader that the methods of genetic engineering are applicable and that the user of the first synthetic genome is ready to start growing plants.
Science and technology are focused on the chromosomes of cells of higher and lower microorganisms (prokaryotes, eukaryotes). Mention in a genetic engineering essay that, in the future, it may be possible to use this data in plants.
Prior to the development of DNA technology, plants were obtained only by genetic engineering of a few species, and the ultimate goal of plant genetic engineering was to create a plant with a given genome. Naturally, this process was able to take the form of a clone of the plant.
In some countries, it is still believed that cloning of plants is possible. But there are serious obstacles. The fact is that the most popular varieties of plants are protected from damage due to genetic engineering.
Examples of such protection are integrated into the commercial line of agriculture: the use of hormone is effective, the use of progesterone is modern, effective, and many other improvements. In addition, due to the individual characteristics of plants, the formation of plants is more resistant to pesticides, herbicides, and other harmful elements.
So, it is quite reasonable to consider marijuana as a species with known adaptation mechanisms. Indeed, some aspects of the technology necessary for the production of these plants have already been mastered, but many still exist.
How to write on genetic engineering essay topics?
Despite the modern pace of life, genetic engineering remains an area of intensive scientific and technological activity. In the next few decades, the opportunities of using cloning technology in agriculture are to increase. The engineers have created a program for the establishment of transgenic plants with many useful features, such as the ability to self-reproduce, increased resistance to herbicides, insecticides, etc.
Scientists developed several methods for cloning high-level genes. Science has realized a complex and voluminous process. The pipeline of the next decade begins with the production of such chromosomes, and the first chromosomes will be formed.
Organizations work in the field of alternative sources of income, generate large amount of DNA, and solve the problems of accessing, retrieving, converting to the new species.
With the help of genetic engineering, a unique opportunity is opened up for the supply of valuable biologically active proteins. The scientists turn to this method for solving the problems of pharmacology, physiology, medicine, partly in the process of these inventions.
In the future, when utilizing the technology of recombinant DNA (researchers), it may be possible to obtain recombinant DNA probes. With their help, researchers study the structure of the proteins and the activity of the enzymes.