Biopharmaceutical plants mainly deals with the development of essential medicines especially salutary proteins derived from the animal tissues. The salutary proteins derived from the animal tissues have great therapeutic abilities and can be used to fight against innumerable deadliest diseases but the problem is that these therapeutic proteins derived from the animal tissues are not sufficient to meet the growing requirements of medicines. Lots of side effects is also caused by these medicines. Hence, proper substitutes for the animal tissues are mandatory to be found out. This article is all about the heavy usage of botanical sources in the biopharmaceutical industries
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Biotechnology has found out efficient solutions to this major problem. This technology has found the alternatives for the animal tissues. Therapeutic proteins can also be extracted from plant sources. Plants have great potential for large scale production of therapeutic proteins for industrial and pharmaceutical uses. The medicines developed from these restorative proteins are cost-effective also. Genetically altered plants can be effectively used to develop curative proteins like blood product substitutes, hormones, mammalian antibodies, vaccines, cytokines and large number of other salutary proteins.
Biopharmaceutical plants mainly use the concepts of Genomics and Genetic Engineering to develop essential medicines. Genomics require proper selection of proper host plant and gene expression system. Genomics process mainly includes the introduction of DNA of the target plant into the proper host plant. This process reproduces the target molecule during its growth in the host. For purification and recovery procedures also, restorative proteins are extracted from the plant sources. Numerous reports say that this production system is highly proficient and commercially attractive.
Biopharmaceutical plants are relying heavily on the plant resources for the production of efficient and cost effective medicines. This idea has provided lots of success to these plants in the medical world.
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Biotechnology has found out efficient solutions to this major problem. This technology has found the alternatives for the animal tissues. Therapeutic proteins can also be extracted from plant sources. Plants have great potential for large scale production of therapeutic proteins for industrial and pharmaceutical uses. The medicines developed from these restorative proteins are cost-effective also. Genetically altered plants can be effectively used to develop curative proteins like blood product substitutes, hormones, mammalian antibodies, vaccines, cytokines and large number of other salutary proteins.
Biopharmaceutical plants mainly use the concepts of Genomics and Genetic Engineering to develop essential medicines. Genomics require proper selection of proper host plant and gene expression system. Genomics process mainly includes the introduction of DNA of the target plant into the proper host plant. This process reproduces the target molecule during its growth in the host. For purification and recovery procedures also, restorative proteins are extracted from the plant sources. Numerous reports say that this production system is highly proficient and commercially attractive.
Biopharmaceutical plants are relying heavily on the plant resources for the production of efficient and cost effective medicines. This idea has provided lots of success to these plants in the medical world.
For more information on Pharmaceutical engineering and the benefits of Biopharmaceutical plants please visit the mentioned website Article Source: http://ezinearticles.com/?expert=Anjali_Goswami |
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