LABONFOIL: A Portable Bond-Style Lab
Zothecula writes "A European project coordinated by Ikerlan and CIC microGUNE is developing a James Bond-style automated laboratory called 'LABoratory skin patches and smart cards based ON FOILs and compatible with a smartphone' (LABONFOIL). Using lab-on-a-chip technology and smart patches to detect a wide variety of substances and diagnose diseases, the goal of the project is to create a cheap, portable laboratory that can interact with smart devices."
That is not how acronyms work.
I'm going to go ahead and start writing it LabOnFoil now, and you can all join me when you realize how much more readable that is, okay?
As far as i know this is not the way aCRONYms work, Mate.
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To what is this referring?
The only area I can image this technology to be succesful in is surveillance. I really hate all the electronic snooping, sniffing and profiling. Can we please have a revolution?
So it will manufacture pen guns and 10 in 1 Rolex's?
Oh... it will only "detect a wide variety of substances and diagnose diseases"
Because we all know that Bond did forensics and cured the sick.
FYI: Bond was not a CSI type or a detective -- he was an assassin.
When can I 3D print one at home?
Someone's obviously never seen a James Bond film in their life.
...I think of counters ticking down to self-destruct, consoles erupting in pyrotechnics, and impossibly hot women trying desperately to escape. Pretty sure I don't want all of those in a portable form-factor.
I really, actually wanted a tricorder though.
For some reason, they really seem to be pretending that their title is some kind of acronym, but why? Do all the cool projects have acronyms? Maybe they just like writing it in all caps?
Have you tried turning it off and on again?
The story completely fails to elaborate on the contents of the box. If it's just an instant test for drugs, then there's little new. The idea that you could just replace a general analytical laboratory with a single gizmo is the product of a mind untrained in chemistry. A gas, liquid or ion chromatograph has a column, which must be of at least a certain length to produce good resolution, and ramping up the pressure would hardly be an option, since that would require heavier pressure-proof lines and pumps. How to set up a column oven inside a credit card is not obvious either. A mass spectrometer has a high-vacuum chamber (high vacuum = thick steel) and a strong magnet; the smallest are tabletop-size. Likewise, NMR spectrometers have a strong magnet, and have been miniaturized to a 1x1x1 ft cubes, but I don't see how, barring discovery of new elements, the magnets could be made smaller. (NQR might be an option, but that would then beg the question of how to miniaturize the radio transmitter and receiver. And no one has, as of yet, actually produced a working field NQR, ADE 651 not withstanding) For inorganic analysis, XRF is probably the closest, with handheld devices being the smallest. XPS or Auger is again high vacuum and involves vacuum tubes, so no luck here either. This equipment would cover much of the functionality of a 'James Bond' lab, and would still be useless without a trained analytical chemist.