| Biotechnology has left remarkable foot prints in its | | | | The techniques such as artificial selection, breeding |
| different fields of application such as agriculture, food | | | | and hybridization are employed to produce quality |
| addictive industries, etc. But its active involvement in | | | | plants and animals, which can facilitate the improved |
| the spheres of medical science has led dramatic | | | | qualities of pharmaceutical productions. |
| changes in the pharmaceutical world. It has made | | | | The active biotechnologically developed |
| possible to deal with inadvertent situations raised due | | | | pharmaceuticals and drug products occupy a big |
| to the lack of medical incentives and enabled | | | | volume of pharmaceutical market. As they use |
| healthcare facilities to provide assistance to patients | | | | natural resources and involve easy methods to |
| suffering from health disorders. | | | | prepare drugs, the medicines are cost-effective and |
| Biotechnological plants involve biological process of | | | | affordable to poor people. Their significant |
| synthesis and, drugs are extracted from animal and | | | | contributions to the drug discovery has made possible |
| plant species. They are believed to be safe with | | | | for mankind to save lives from deadly diseases such |
| respect to side-effects of usage of their medications. | | | | as cancer, multiple sclerosis, hemophilia, arthritis, |
| They employ emerging technologies like genetic | | | | hepatitis and cardiovascular disorders. |
| engineering, genomics, plant and animal cell-tissue | | | | Biotechnological plants are potent for unlimited drug |
| culture, etc. and various sophisticated tools in their | | | | production. With the advent of new technologies in |
| manufacturing processes. | | | | pathogenesis, these plants are constantly achieving |
| These plants address and combine knowledge from | | | | success to solve health disorders and increase the life |
| several branches of medical science including cell | | | | expectancy of mankind. Though, these require long |
| biology, genetics, microbiology, embryology, | | | | time to develop medications and huge initial |
| biochemistry and molecular biology. The acquired | | | | investments, but they facilitate incentives with which |
| comprehensive knowledge and concepts on these | | | | all diseases and defects may be treated out |
| fields are utilized in the drug development process. | | | | successfully. |