A team of scientist led by Joseph Wang, a professor of engineering at the University of California, San Diego, have created self-propelled microrockets that use their surrounding environment as fuel. Created are two types of organically self-propelled micromotors, explained Wei Gao, a graduate student in Wang’s lab. One motor is made of biocompatible zinc that reacts with hydrochloric acid in the stomach and levitra dosage releases a buy cialis stream of hydrogen gas bubbles to propel it forward. But Gao is even more excited about the second motor type the team created: an aluminum-alloy motor that uses water as fuel.
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By splitting the water, this motor generates hydrogen bubbles to propel itself forward — a finding that could have broad applications. “Seventy percent of the human body is water … so generic viagra if water can be used to propel the micro-motor, that would be a perfect choice of fuel,” according to Gao.
At Of Joseph PB&T we have placed this technology on our future-watch list and will be monitoring the progress of the work as it develops further since its quite clear to us that this team of scientist have some work ahead
of them. Whereas the earlier, hydrogen-peroxide-fueled motors could survive for long periods of time, the current version levitra reviews of Gao’s micromotor has a lifetime of about seven minutes, which is not long enough for many medical procedures; and therefore currently exhibit no clear path to monetization.