How to write a production plan?
The production plan is a kind of “engineering-testing”, a flexible internal document that can be adjusted and supplemented. Its main task is to show the author’s ability to negotiate the particular with the environment.
The literature on environmental problems is very rich. The books even talk about the adaptation of the environment to the production of certain products. But the ability to explain these problems and to create favourable conditions for the neighbor is a key to success.
The most important thing to add to your production plan is a description of the workplace. To create a good business plan, you need to plan everything related to the project, find out what you will do in the process of the project, assess its effectiveness, look for ways out of the crisis.
The perfect workplace is a well-defined system, in which different employees are work. The advantages of this type of organization are obvious, but sometimes it is difficult to follow them. The structure of the company is often threatened by turnover, which, in turn, negatively affects the earnings of employees. So, it is necessary to carefully analyze both the workplace and the management system in order to create effective measures to combat this problem.
How to write an income inequality essay?
The subject of the paper is income inequality, which is one of the main problems in the economies of the developing countries of the world. In the last fifteen years, there has been a rapid release of transgenic plants with new useful features to the market. In 1996, in the US, transgenic plants occupied an area of 3 million acres. In 1997, the area increased to 15 million acres, in 1998 – to 60 million acres, and in 2000 – to 80 million acres.
The pace of expansion simply amazes with its speed. Since the main transgenic forms of corn, soybean, cotton with resistance to herbicides and insects have proven themselves well, it is not difficult to guess that the area for genetically engineered plants increased by about 4-5 times in 2001.
In April 1998, there was the following percentage of transgenic forms of plants in agriculture: corn – 6%; soybean – 12%; cotton – 15%; tomatoes – 1%.
Since the number of people has increased from 1.5 to 6.5 billion in the last century, and by 2030, it is expected to grow to 9 billion, there is a serious problem facing humanity – the huge increase in food production. Despite the fact that production has increased by 2.5 times over the past 40 years, it is still not enough.
Another problem is connected with medical treatment. Despite the enormous achievements of modern medicine, today’s medicines are so expensive that a part of the population of the earth relies entirely on traditional pre-scientific methods, first of all, on untreated remedies of plant origin.
In developed countries, by 25%, medicines consist of natural substances obtained from plants. The discoveries of recent years indicate that plants will continue to be a source of useful biologically active substances (BTS) for a long time, and that the plant cell’s ability to synthesize complex BTS still far exceeds the synthetic ability of a chemical engineer. Stress in a genetic engineering argumentative essay that scientists focused on the problem of creating transgenic plants due to this reason.
The history of genetic engineering of plants is usually counted from 1982, when genetically transformed plants were first obtained. One of the most common methods of transformation 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. Today, a range of transformation methods is quite wide: the bean is transformed into a chaste Bean, the cow – into a calf, the okamoto is turned into a character, the doll is inserted into a vagina, the lion into a zodiac sign, and so on.
The method of transformation also includes such steps as the introduction of gene into the plant genome (gene is moved into the cell), rooting, cloning of cells, etc. The activity of such genes is explained in detail in textbooks on genetic engineering.
Recently, a gene has been introduced into plant genome to make it possible to produce transgenic plants that do not contain the active parts of the hormone. Soybean, a transgenic plant, was sold in Japan. The gene was introduced into the plant cell. So, you may note in a genetic engineering essay introduction that it is successfully used in the production of many crops.
History of genetic engineering of plants is usually counted from 1982, when genetically transformed plants were first obtained. One of the most common methods of transformation 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.