For this, it requires integrated use of biochemistry, microbiology and engineering science. There are various different federations that work for biotechnology and help promote use of this new innovated field for public benefit and its environment. Focusing on this new emerging field of biotechnology can help our environment and focus on many unanswered questions yet at the same time the complexity such as bioethical issues, safety, bioterrorism remains fast-paced throughout our country in fact in the entire world.
On genetically modified food, there is a great controversy, because on one side there are scientists changing a particular food in order to address the socioeconomic needs, while on the other side there are environmentalists who believe that th... ... middle of paper ... ...ility of using recombinant DNA technology to produce products with practical application.” Science heroes such as Ereky, Lobban, Cohen and Boyer provided a basis for the transformation of the biotechnology field, engaging popular audiences and the attention of the government. Across the globe biotechnology has been a defining and enduring feature of humanity. Biotechnology has transformed human civilization, economic activity, and transformed the lives of many human beings on the planet. Recombinant DNA technology is a fledging science that provides a prospect the humanity has to discover treatments and cures to the most deadly of diseases such as cancer and AIDS. Studies are needed to establish possible harm that its use may initiate around the world but it is fascinating how the use of this technology has changed the course of history within the last fifty years.
Biomedical Technology Introduction For the biotechnology industry, the future is now. Biotech companies are producing new and improved drugs, mapping the genome, and creating artificial organs and body parts. The advent of these new products will increase the quality of life for those who have access to them. Advancements in the biotechnology field have received a lot attention by the press and publications. They have given the impression that it is almost imperative to learn about this fairly new field of study.
Conclusion: I believe that genetic engineering can be regarded as biotechnology if you believe in science. It is a way of trying better people’s lives using cells/organisms. Agriculture medicine could benefit a lot when/if genetic engineering is deemed safe enough and over comes the risks and controversial issues. It uses technology and biological processes to enhance organisms to form useful products. In this way biotechnology and genetic engineering are linked.
Whereas modern biotechnology are related manipulation of genes, cells and living tissue with controlled manner to make any changes in the genetic make-up of an organism. Other modern biotechnology involves protein or enzyme manipulation and manipulation of reproduction process. Biotechnology are aiming to improve the quality of lives. In the recent years, modern biotechnology industries are growing at a fast pace and more biotechnology products are being produce and used, especially in medical industry. With the advancement of modern biotechnology, more medicines and vaccines were produced to help in life saving.
These firms can form alliances for better innovation, combine their abilities or core competencies and develop faster and more efficiently. Similarities between firms foster mutual trust and co-identification which leads to the formation of alliances. Biotech firms also consider the level of technology the external firm possesses. If the technology is state of the art and if it is equal to or better than their own equipment. Some other ways through which biotech companies choose their partners is by conducting a PESTLE analysis or by a Porter’s five forces or even a SWOT analysis.
Transgenic technology is one of the important areas of life science. It has changed our life gradually. It let us to develop new varieties of products through the extraction and recombination of genes, some of them can provide us more balanced nutrition. Through the cultivation of genetically modified drugs, it is full of medicinal protein, it benefits the patient’s condition a lot, and improve the efficiency of the medicine on the human body. 2.
With molecular cloning, we can impart resistance in plants against diseases that ravish them – thus increasing the yield for our consumption. Cell cloning can be used to solve transplantation problems with donated organs or tissues. Animal cloning can be used to increase the amount of food, create healthier food or eliminate extinction of a species. Cloning presents many options to the many problems we now face and the advances being made offer us an exciting future.
A rapidly changing healthcare industry requires researchers to explore various possibilities in the attempt to develop effective treatment options. The human genome is a complex organism that is vulnerable to invading pathogens and environmental changes. Advancements in human health directly require treatment of the human body on a cellular level. Rigorous examination and experimentation of microorganisms revealed encouraging scientific discoveries. An efficient mechanism promising vast improvements to healthcare is the development of gene manipulation.
It is implied that India should collaborate with other countries that have strength in knowledge in regards to biotechnology for the purpose of sharing information. One of the liberal economic concepts that encompass the use of a network for economic growth is called the catch-up theory. A product of this theory is the National System of Innovation (NSI), a practical framework for developing countries to implement in their government policy in regards to emerging fields such as biotechnology. NSI is fairly new since there is a need for more empirical data to gauge its effectiveness in knowledge production. It is also implied in the Reid article that knowledge that may help a developing country, such as India, to grow economically, must be freely available.