Gleaming success of the Biotechnological plants
Gleaming success of the Biotechnological plants
Pharmaceutical industries are using the concept of biotechnology since long. Till now, the ideas of this technology were confined to microbial world and organisms belonging to animal origin for drug development. But now the scenario has completely changed. Now, the Biotechnological plants are concentrating more and more on using genetically engineered plants instead of other living organisms for the manufacture of medicines.
Genetically engineered plants are developed by introduction of genes of host organism into the target and then applying the gene expression method. The genes that are introduced into the target organism can be implied to develop the required substance. In the midst of numerous organisms that can be used for the production of biopharmaceuticals, Escherichia coli are the most important. The first human insulin was produced by this bacterium only and several other therapeutic proteins can also be produced. Almost 60% of drugs manufactured by biotechnological plants use this bacterium. This is a very potential way of drug development.
Rapid growth of PMPs is going on in various countries. PMPs are the plants that can be used to produce effective and reliable drugs. These plants are named as first, second and third generation plants. The plants that are already used in biotechnological plants to produce effective medicines are termed as first generation plants. The plants that are vigorously used and have filled their initial criteria are termed as second generation plants. The plants that are still undergoing research process and are at their initial stages are termed as third generation plants.
Many countries are now using food crops like soya and maize and non-food crops like tobacco for production of medicines. It should be taken care that genetically engineered plants should not mix with other eatables and crops. Out of 100 pharmaceutical products sold in market, nearly 20 are the result of biotechnological industries. By this fact, it can be concluded that it has emerged as a very successful technology and its future is very gleaming.
For more information on Pharmaceutical engineering and the benefits of Pharmaceutical manufacturing, Biotechnological plants please visit the mentioned website
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Biotechnological Plants
Biotechnological Plants
Biotechnology is a new and emerging technology developed from the combination of various aspects of science like agriculture, medicine, biology and food science. It mainly deals with the cell culture and tissue culture that is known as Genetic Engineering. It also derives knowledge from other streams of science including microbiology, biochemistry, molecular biology, embryology, genetics and cell-biology. The concepts are used for the development and alteration of living creatures to serve the varied purposes of the mankind. Some of the major processes include domestication of animals and cultivation of useful plants. Numerous varieties of plants can be cultivated by the biotechnological plants applying hybridization, breeding and artificial selection.
Biotechnological plants are mainly engaged in the development of active medicines and medical products. Biotechnology has contributed much to the manufacture of cheaper medicines using easy and simple methods. It has enabled the manufacture of efficient medicines for the treatment of human diseases using the concepts of genetic engineering. Due to the outstanding achievements made by the biotechnological plants, the world has been able to achieve a breakthrough in innovative medical therapies for deadly diseases like cancers, Hepatitis C, Arthritis, Hepatitis B, Haemophilia, Multiple Sclerosis, and cardiovascular disorders.
In the area of agriculture and nutrition, Biotechnological plants have achieved enormous success. It has developed new and improved varieties of food products and commercial crops. Besides the increasing of the crop yield, several efforts have been made to produce the crops that can withstand the abiotic and biotic stress and contain more nutritional qualities. The spoilage process of fruits has been reduced to a maximum extent and the ripening period enhanced. These plants have contributed a lot to the pharmaceutical engineering and the medical world and are still thriving hard to make this world disease-free.
For more information on Pharmaceutical engineering and the benefits of Biotechnological plants please visit the mentioned website
Categories: Medicinal Plant Biotechnology Tags: abiotic and biotic, agriculture, artificial selection, biochemistry, biochemistry molecular biology, Biology, Biotechnological, biotic stress, cardiovascular disorders, Cell, cell biology, cell culture, Combination, commercial crops, Crop, cultivation, deadly diseases, engineering, food, Hepatitis, hepatitis b, hepatitis c, human diseases, Information, mankind, manufacture, Maximum, maximum extent, medical therapies, Medicine, medicine biology, new and emerging technology, nutrition, nutritional qualities, period, Pharmaceutical, pharmaceutical engineering, Plants, Science, Sclerosis, spoilage, Stress, Technology, treatment, useful plants, visit, Web, yield
Biotechnological Plants using the latest technologies
Biotechnological Plants using the latest technologies
Biotechnology is a new and emerging technology developed from the combination of various aspects of science like agriculture, medicine, biology and food science. It mainly deals with the cell culture and tissue culture that is known as Genetic Engineering. It also derives knowledge from other streams of science including microbiology, biochemistry, molecular biology, embryology, genetics and cell-biology. The concepts are used for the development and alteration of living creatures to serve the varied purposes of the mankind. Some of the major processes include domestication of animals and cultivation of useful plants. Numerous varieties of plants can be cultivated by the biotechnological plants applying hybridization, breeding and artificial selection.
Biotechnological plants are mainly engaged in the development of active medicines and medical products. Biotechnology has contributed much to the manufacture of cheaper medicines using easy and simple methods. It has enabled the manufacture of efficient medicines for the treatment of human diseases using the concepts of genetic engineering. Due to the outstanding achievements made by the biotechnological plants, the world has been able to achieve a breakthrough in innovative medical therapies for deadly diseases like cancers, Hepatitis C, Arthritis, Hepatitis B, Haemophilia, Multiple Sclerosis, and cardiovascular disorders.
In the area of agriculture and nutrition, Biotechnological plants have achieved enormous success. It has developed new and improved varieties of food products and commercial crops. Besides the increasing of the crop yield, several efforts have been made to produce the crops that can withstand the abiotic and biotic stress and contain more nutritional qualities. The spoilage process of fruits has been reduced to a maximum extent and the ripening period enhanced. These plants have contributed a lot to the pharmaceutical engineering and the medical world and are still thriving hard to make this world disease-free.
For more information on Pharmaceutical engineering and the benefits of Pharmaceutical manufacturing and Biotechnological plants please visit the mentioned website
Categories: Medicinal Plant Biotechnology Tags: abiotic and biotic, agriculture, artificial selection, biochemistry, biochemistry molecular biology, Biology, Biotechnological, biotic stress, cardiovascular disorders, Cell, cell biology, cell culture, Combination, commercial crops, Crop, cultivation, deadly diseases, food, food science, Hepatitis, hepatitis b, hepatitis c, human diseases, Information, Latest, mankind, manufacture, manufacturing, Maximum, maximum extent, medical therapies, Medicine, medicine biology, Multiple Sclerosis, new and emerging technology, nutrition, nutritional qualities, period, Pharmaceutical, Plants, Science, Sclerosis, singapore water distillers dealers, spoilage, Stress, Technologies, Technology, treatment, useful plants, using, visit, Web, yield
