So far, Biotechnological Plants are totally dependent on resources of animals for the manufacture of medicines and various other products. Animal resources are unable to meet the growing demands and requirement of medicines. As such these industries are mainly focusing on alternate resource development. Various studies and researches have shown evidence that plant resource can be used in place of animal to manufacture therapeutic and recombinant proteins to produce effective medicines. These medicines are helpful in treating fatal diseases.
Genetic Engineering and genomics concepts are used to replace animal resources with plant resources. Genetically modified plants are grown in large quantities in many countries to produce required materials for the production of medicines and other health care production. These new techniques used by Biotechnological Plants in manufacturing various pharmaceutical products like antibodies, recombinant, vaccines, hormones, recombinant proteins etc. These products demonstrate high quality and help to cure deadly diseases.
Various standards and procedures are already in place to follow in production of reliable biopharmaceutical medicines. The process gives several safety and preventive measures that needs to be followed by all staff at Biotechnological Plants and manufacturing units to make sure complete safety of the staff. Many regulations and rules are to be followed for release of medicines in the market.
Many machines and tools are being used by pharmaceutical and biotechnological manufacturing units. Some of these machines are ultra filtration units, fermentors, storage tanks, stoppering and capping lines, bioreactors and buffer production systems etc. Which help in safe and hassle free environment to manufacture medicines, these machines are to be cleaned at regularly. Some steps of production can emission which can be dangerous to the workers. To avoid emission, clean-in place (CIP) technique is to be followed. Based on the above information, biotechnological industries are using current tools and latest techniques in the manufacture of high quality medicines.
