New technologies, like machine learning analysis and biotechnological research, are bringing us new products every day. These innovations could increase productivity, create jobs, and provide a better quality of life for people everywhere. We expect these inventions of the 2000s to meet the needs of an exploding global population in food, medicine, fuel. Read this post to find out more about the recent innovations. Some of them need public perception, changing of the legislation systems, and investments.
Zero-waste bioprocessing is a new reality
With non-waste bioprocessing, the environment will be saved, and an era of clean energy and fuel will be upon us. Non-waste modern companies integrate biomass conversion processes to turn industrial waste into chemicals and fuels, making this zero-waste bioprocessing facility a reality. To answer the growing needs in recycling growth volumes of garbage, this technology is looking for more investments.
GMO for increasing the volume of food production
Genetically modified organisms (GMOs) are the solution which can help the agricultural industry to solve the growing world’s food crisis. Although controversial, this field can solve our problem of growing population, with increasing demands for food. GMOs can improve the organism resistance to disease and stabilize the fat/nutrition value of the agricultural plants. Research shows that GMO seeds are more effective at growing food in extreme environments, such as drought-stricken areas.
Making substantial changes to the food industry will be difficult. This requires updates to the national and local laws, prescriptions for the classifications, and labelling of modified food to be done by the producers, and more research for the aftereffects.
Using seawater to grow fuel
More than 70 percent of the Earth’s surface is covered by water, and it is the most abundant water source available on the planet. Seawater bioprocesses could potentially provide an energy solution to produce the fuel. We are only just starting to tap into its potential. We now have a way to turn certain types of seaweed grown in the ocean into biofuels. This biofuel could be an alternative to the damage, which we cause to our planet with oil extraction and coal-mining. The main action needed: investment for more scientific research for this new biotech field.
In the last 100 years, humans have used half of the world’s fossil fuel reserves. These resources are non-renewable and took more than 600 million years to build, but their extraction and burning is a major cause of greenhouse gases and global warming. Artificial biosynthesis is often considered the most promising solution when it comes to sustainability.
Research and production of medicine and vaccines
The biotechnology revolution has broadened the scope of medicine and medical treatment. Biotech developers are able to manufacture products that treat and prevent diseases. Manufacturing of medicine and vaccines are just a few ways that biotech has improved the health of many people. The next step is browning the artificial organs on the cellulose cells. Such successful experiments are already represented by several bio labs on different continents.
The future of the medical world
By the words of biotech authorities, personalized medicine is the future of the medical world. We should all expect that as technology becomes cheaper, faster, and we grasp a better understanding of the inner workings of the human genome, biopharmaceutical companies will offer complete customization of diagnoses and treatments tailored to individual body chemistry. Diagnoses could be formulated to interact with the individual body chemistry, allowing for immediate detection of issues and immediate solution. We need to support this innovation with public eye, investment and be prepared with the legislative and regulatory acts.