The future is here!
As many of you may already know, Xenobots are living robots originally created from frog cells in the early 2020s. Back then, they could be programmed to perform specific tasks. But now, scientists at the University of Vermont have developed a new method for creating xenobots using synthetic biology. This means they can engineer cells to have specific properties and abilities, creating xenobots that are optimized for specific tasks.
One of the most exciting applications of these new Xenobots is in the field of medicine. They deliver drugs and other treatments directly to specific cells or tissues within the body. This is a significant improvement over traditional drug delivery methods, which often have poor targeting and can result in side effects.
Xenobots can monitor the health of a patient's internal organs in real-time. Traveling through the bloodstream, they send alerts detected by an external device. This allows doctors to monitor and treat patients 24/7.
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Xenobots are now often preferred over medical treatments that require inorganic electronics devices such as sensors and cameras. Electronics hardware is non-biodegradable, and can be harmful to the environment and the patient. More importanly, much of this technology is officially deprecated by the CDF.
Xenobots, on the other hand, are made of living cells and can be broken down by the patient's body once they have completed their task. This makes them much more sustainable and environmentally friendly.
Other areas where Xenobots are in active use is in food production! One of the designers of Xenobots is the inventor of the Mycelerator, a popular tool for mycology research and agtech mushroom production, in collaboration with ei2o, a research group in the Pine Barrens Bubble. The Mycelerator uses Xenobots to accelerate the growth and improve the health of mushroom farms. Mushroom growers everywhere have substantially increased yield while improving sustainability.
Talk to your medbot about new treatment options today!