The world has witnessed extraordinary advances in science over the last few decades. Biotechnology - one such area of growth - is an umbrella term covering a broad spectrum of scientific applications used in many sectors, such as health and agriculture. It involves the use of living organisms, or parts of living organisms, to provide new methods of production and make new products. From new vaccines to prevent disease to genetically modified plants with resistance to pests; from replacement heart valves that are better accepted by the body to treatments for human infertility; and from bacteria capable of cleaning up oil spills to environmentally friendly biofuels - biotechnology (sometimes also referred to as life sciences, genetic modification, or genomics), like any new technology, offers us potential benefits and potential risks.
•Leather
In the past, the process of tanning hides into useable leather involved the use of many harmful chemicals. Enzyme technology has advanced such that some of these chemicals can be replaced and the process is actually faster and more efficient. There are enzymes that can be applied to the first steps of the process where fat and hair are removed from the hides. Enzymes are also used during cleaning, and keratin and pigment removal, and to enhance the softness of the hide. They also help stabilize the leather during the tanning process to prevent it from rotting.
•Bioethanol
Bioethanol is a http://wiki.answers.com/b/a/000021.htmthat has already met with widespread public acceptance. You might already be using bioethanol when you add fuel to your vehicle. Bioethanol can be produced from starchy plant materials using enzymes capable of efficiently making the conversion. At present, corn is a widely used source of starch, however increasing interest in bioethanol is raising concerns as corn prices rise and corn as a food supply is being threatened. Other plants including wheat, bamboo, or other grasses are possible candidate sources of starch for bioethanol production.
It is debatable whether the cost of making bioethanol is less than for the consumption of fossil fuels, in terms of greenhouse emissions. Bioethanol production (growing crops, shipping, manufacturing) still requires a large input of non-renewable resources. Technological research and manipulation of enzymes to make the process more efficient, thus requiring less plant material or consuming less fossil fuels, are in the works, to improve on this area of biotechnology.
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Biotechnology Products: Bt cotton Round-up Ready corn Enbrel and other drugs Aspartame Genetically engineered papaya
Traditional biotechnology uses old methods of using living organisms to change a product. Fermentation is a good example of traditional biotechnology. It uses yeast to change grapes into wine. Using yeast to rise bread dough is another example of traditional biotechnology.Some other products would be:vinegarbeersoy saucecheeseyogurt
Old biotechnology examples include selective breeding of plants and animals, fermentation for food production, and traditional plant breeding techniques. New biotechnology examples include gene editing technologies like CRISPR, genetically modified organisms (GMOs), and synthetic biology for creating new biological systems.
Types of biotechnology include: Medical biotechnology - involves the use of living cells and cell materials to research and produce pharmaceutical and diagnostic products (e.g. genetically engineered drugs, gene therapy). Agricultural biotechnology - involves applying scientific tools and techniques to alter living organisms or parts of organisms to improve plants, animals, and microorganisms used in agriculture (e.g. genetically modified crops). Industrial biotechnology - focuses on the use of biological systems and organisms to develop products and processes (e.g. biofuels, bioplastics). Environmental biotechnology - involves the use of biological systems to address environmental issues such as pollution control and waste management (e.g. bioremediation).
Traditional biotechnology involves using living organisms or their products to make products, while modern biotechnology involves using genetic engineering and advanced technologies to manipulate the genetic makeup of organisms for specific purposes. Traditional biotechnology has been used for centuries, while modern biotechnology is a more recent development. Traditional biotechnology often relies on natural selection and breeding, while modern biotechnology allows for more precise and targeted genetic modifications.
marine biotechnology, animal biotechnology, post-harvest biotechnology, plant biotechnology, fungal biotechnology, algae biotechnology, bioprocess technology,... while you study physiology and molecular techniques with them (if you choose it as a major).
soy sauce,medicine tablets, chips,cookies
the three examples of classification of technology ! are biotechnology , gmo (genetically modified organisms ) and bioremediation ...
Biotechnology is the use of cells or products of these cells for the service of human. while industrial biotechnology deals with the production of these products on industrial level.
Biotechnology Products: Bt cotton Round-up Ready corn Enbrel and other drugs Aspartame Genetically engineered papaya
Traditional biotechnology uses old methods of using living organisms to change a product. Fermentation is a good example of traditional biotechnology. It uses yeast to change grapes into wine. Using yeast to rise bread dough is another example of traditional biotechnology.Some other products would be:vinegarbeersoy saucecheeseyogurt
Give Examples Of Products Of Science
bORN
Genetically engineered crops, like corn and soybeans, are examples of biotechnology.
Give two examples of products being exclusively distributed in the market along with the reason for selected examples?
Ancient biotechnology refers to fermentation and brewing and the products created through these processes
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