However, just as technologies are disrupting healthcare, the reverse can be said to hold true. Long-term R&D in this space is geared toward the development of 3D printed organs, which truly represent the next frontier in healthcare advancement. The rising incidence of chronic and lifestyle disorders, along with the difficulty of finding donors, has led to research in printing live tissue, currently used in pharma for toxicology testing. The success of optogenetics in vision recovery has provided an impetus for funding in this space. Another hot technology area revolutionizing neuroscience is optogenetics, which attempts to rewire the brain through the use of optics and genetics. The increasing occurrence of auto-immune disorders has spurred research interest in microbiome therapies, which focus on using the body's own microbiota as a defense against pathogens. Precision medicine has also driven the development of targeted drug delivery, which improves the efficacy of drugs, while reducing side effects. There is an increasing trend toward personalized and precise medical treatments, such as personalized genomics, which provide outputs at a much lower cost and at a faster speed than has ever been possible. Technological advancements are disrupting the healthcare industry.
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