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Nanobots can enhance the effectiveness of CRISPR technology by providing a more precise and localized delivery system for the CRISPR components. They can be designed to travel through the circulatory system and deliver the CRISPR components directly to the targeted cells or organs. This can increase the efficiency of the CRISPR technology by reducing off-target effects and improving the overall success rate of the gene editing process. Additionally, nanobots can also be used in CRISPR-based approaches to detect and treat diseases such as sepsis, as they can be programmed to respond to specific biochemical signals associated with the disease.
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The next microbot medical frontier will be tiny biohybrid robots, remote-controlled to perform high-precision biochemical operations. They'll be no bigger than a biological cell, or even smaller, to travel through the circulatory system, the ideal delivery route. Biohybrid nanobots could eventually remove blood clots from the brain without surgery, deliver drugs directly to organs, or assist with fertilization. Nanomedicine is particularly focused on localized therapies to combat cancer, and plenty of progress has been made. Scientists most recently tested magnets to deliver cancer-killing microbots directly to tumors. Nanobots could eventually enhance CRISPR too. Recent funding for CRISPR-based approaches to detect and treat sepsis included hybrid bio-inorganic nanobot applications. There's even a proof of concept microbot that could bioprint healthy cells directly inside the human body, where we need them to grow or heal - like to repair gastric wounds. It's currently believed that b...
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What are nanobots? We cover how small robots work and what they can do, and then cover the most incredible opportunities that are about to be unlocked...
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