5.Provide healthy foods.
MycoTechnology, a startup in the state of Colorado, USA has developed technology that uses fungal molecules not seen in food that can block the user’s perception of sweetness. This allows to reduce the amount of sugar in the product while preserving the sweetness.
The ability to regulate flavors naturally without the use of added sugar will change the food industry as well as the way many Americans eat and may reduce the incidence of many diseases such as obesity and diabetes. type II and cardiovascular disease.
6. Improvement of medical equipment.
Scientists at Trinity College, Dublin are using elastic, stretchy, separate silicon-based plastic (Silly Putty) combined with graphene (an allotropic form of carbon), to create produce a flexible, electrically conductive material that is also very sensitive to pressure. Graphene is used to make high-performance transistors, sensors and composites, and experts believe that when the materials are combined, they will create devices that measure heart rate and heart rate. blood pressure when we touch the artery alone.
7. Targeted treatment of infectious diseases.
Scientists at Harvard University, the Empa research group and the Merkle Adolphe Institute have combined research to create antibodies coated with iron nanoparticles that attach to disease-causing bacteria through blood and body fluids.
Combined with magnets and a dialysis machine, the scientists eliminated these bacteria by pulling both antibodies and bacteria out of the body.
Efforts to develop synthetic antibodies that target specific cells give researchers a deeper understanding of the immune system, so that targeted therapy can become a reality for many diseases: severe reactions, infections (bacteremia) and even cancer.
8. Personalization and automation of healthcare.
While the future of the healthcare industry will depend more on technology, it will also become more personalized. Thanks to 3D printing technology, doctors have been able to quickly and economically create identical copies of human structures from the person’s stem cells. This makes it easier for physicians to personalize treatment.
Advances in genomic analysis and access to data will help doctors tailor treatment plans based on a patient’s specific health conditions, such as a unique characteristic of a tumor or dementia. Intelligence is related to a certain function of the brain. Science is constantly evolving to make it possible for patients to access more affordable technologies, improve quality of life as well as prolong life. .
The healthcare industry is shifting towards disease prevention and targeted treatment of specific diseases, so the pharmaceutical community needs to adapt to these changing treatment methods. While scientific and technological progress may change people’s long-winded cognitive pathways, these technological trends will lead to a healthier community.