A new type of productive force uses innovation as the main driver. It does not follow old economic growth models or old ways of developing productivity. It has three key features: high technology, high efficiency and high quality. It fits the new development idea. It shows technological innovation in the form of productivity. It means a big jump and great change in productivity.
Let’s start with technological innovation.
Synthetic biology uses advanced gene-editing tools. One example is CRISPR-Cas9. These tools let scientists change biological genes with great accuracy. Old biological technologies cannot do this.
For example, CRISPR-Cas9 can quickly change the gene order of microorganisms. This lets them make certain high-value chemicals. Biofuels and bioplastics are two examples. This accurate control at the gene level creates totally new ways to make things. It is like opening a “black box” in biological manufacturing. It lets people design and make biological functions as they want. This is a big jump in productivity technology.
Synthetic biology treats biological parts (like genes and proteins) as small building blocks. People can use these blocks to make completely new biological systems.
Take artificial yeast chromosome synthesis as an example. Scientists design and make new chromosomes. These chromosomes create yeast strains with special functions. This is like building a new “bio-factory” from nothing. This factory can make substances that are rare. It can even make substances that do not exist in nature. This creative design and building of biological systems is the key part of synthetic biology innovation. It gives a totally new way to develop productivity through innovation.
Look at changes in production methods.
First, it uses green and long-lasting production ways. Synthetic biology helps change production into green and long-lasting ways. Compared with old chemical industry production, it mainly uses renewable biological materials (like biomass materials) and biological processes (like microbial fermentation) to make products.
For example, scientists change microorganisms. These changed microorganisms use agricultural waste (like straw) to make bio-based chemicals. This reduces the need for non-renewable resources (like fossil fuels). It also cuts down greenhouse gas emissions. This production way fits the green development needs of the new development idea. It changes old production ways that cause much pollution and use much energy. It means productivity is becoming more environment-friendly and long-lasting.
Second, production processes are efficient and accurate. Synthetic biology uses the metabolic systems and accurate control systems of living things. This makes production more efficient and accurate. In biological production, gene control and metabolic engineering let people control the process steps, output and quality with great accuracy.
For example, in biopharmaceuticals, cell factories are changed using synthetic biology. These cell factories can make high-purity drug molecules. These molecules have specific medicinal effects. This method is more efficient and accurate than old chemical synthesis and extraction methods. It changes production from rough to detailed and accurate. It improves the quality and efficiency of productivity.
Why is synthetic biology so popular? Let’s look at product innovation.
First, it can make new biological products. Synthetic biology can create new biological products. These products have special features and uses. In materials, synthetic biology can make biodegradable plastics. Compared with old plastics, these new plastics are much better for the environment. They break down faster in nature. They reduce white pollution.
In medicine, synthetic biology can make new things. Gene therapy vectors and personalized medicines are examples. These products give new ways to treat diseases. These new biological products widen the scope of industries. They bring new energy to economic growth. They show innovation and great changes in productivity at the product level.
Second, it can expand where products are used. It not only makes new products. It also lets existing products be used in more areas.
For example, in agriculture, synthetic biology can change plant genes. This makes plants better at fighting pests and diseases. It also makes plants more nutritious. These changed plant products can be used in many areas. Food, feed and bioenergy are three examples. This expands where agricultural products can be used. It improves the value and efficiency of agricultural productivity. This is another important way synthetic biology acts as a new type of productive force in product applications.
About Ferbio
Ferbio promotes the intelligence of bioreactors, builds a big model for biological reactions and an end-to-end platform for synthetic biology covering “strain-to-industrial production”, and establishes a big data cloud platform for precision fermentation. It gathers massive reaction data, real-time monitors, analyzes and predicts fermentation parameters and substance changes, improves the efficiency and accuracy of synthetic biology R&D, and drives the intelligent, efficient and sustainable development of the biological industry.