About the Talk
A buoyancy based device, dubbed the LavaAmp, is able to perform PCR faster than regular thermocyclers, for extremely low cost, and is easily of manufactured and operated. The LavaAmp will also be portable and battery or USB powered, programmable, and able to communicate with smartphones and computers. The LavaAmp hardware will be as open as possible, completely customizable and hackable, so it can be adapted to new purposes and suit the needs of its users. Currently, the detection of the amplified DNA has to be done by conventional agarose gels, however, a variety of methods could be used for in situ detection for the next versions of the LavaAmp. The coupling of DNA detection in a handheld device means quick, effective and even automatic detection of plant and cattle pathogens, food-borne bacteria and diagnostic of antibiotic resistant infections with no need of cumbersome culture tests, not always available. Such a device would allow better surveillance of emerging pandemics in risky areas.
This would improve our collective reaction time against pandemics and extend the reach of the PCR for solving needs currently unmet because of cost and portability. Portable Personal PCR can be attractive for diagnosing neglected diseases in a clinical setting or used by hobbyists and schools: Is this sandfly infected with leishmaniasis? Do you want to teach your kids the real science behind CSI? Do you want to perform your own paternity tests? The LavaAmp can solve these problems and answer these questions, it is an extraordinary tool harnessing the power of PCR and taking it outside the lab, allowing anyone to become a citizen scientist.
About the Speaker
I am a computational biologist from Venezuela, interested in developing inexpensive methods for detecting neglected diseases.
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