The CD BioSciences-GreenChemistry green pharma biotechnology platform makes us able to forge the future of eco-friendly pharmaceutical manufacturing. The platform integrates genetic engineering, microbial fermentation, and enzyme engineering, facilitating the ecological synthesis of complex pharmaceutical materials. This model decreases reliance on environmentally harmful processes.
Sustainable bioengineering's feature of creating advanced biological systems for mass production use. With this, genetic engineering aids in the creation of therapeutic compounds, microbial fermentation supports the creation of biopharmaceuticals with high productivity, and chemical processes that are harsh are replaced by selective and efficient biocatalysis using enzymes. The goal of the platform for green pharma biotechnology is to create a system for producing medications that are economical, environmentally friendly, and sustainable.
Genetic and enzyme engineering, together with microbial fermentation, have been integrated into this system, strengthening the combined system, and enabling competitive advantage and energy efficiency towards minimizing harm to the environment.
Genetic Engineering Technology for Green Pharma
This technology is based upon genetic modification and seeks to achieve more efficient pathways to produce therapeutic compounds. This allows the development of high-value drugs using engineered microorganisms or cells which reduces the dependence on traditional resource-intensive processes.
Microbial Fermentation Technology for Green Pharma
This technology assists in the development of biopharmaceuticals, enzymes, and many other products with the help of microorganisms. There is an assurance of environmental safety as well as high-yield products due to sustainability in biomanufacturing.
Enzyme Engineering Technology for Green Pharma
This technology offers enzyme design and engineering approaches targeting molecules as highly selective biocatalysts. Such biocatalysts promote green chemical reactions in the process of drug synthesis of chiral drugs and other intricate molecules in place of severe chemical processes.
We seek to promote sustainability in pharmaceutical R&D and manufacturing. We combine advanced engineering, biotechnology, and chemical processes to make eco-friendly, effective technologies. Our mission is to assist industries in generating the best possible outcomes while mitigating their environmental damage.
Our products and services are for research use only and cannot be used for any clinical purposes.