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2014年3月13日 Nature) \/ X" D+ d% v( ]6 E3 u- E
7 p1 e) @; U: Z! h, T; {
5 P1 D8 Z2 \" Y+ D6 i" S$ l! `8 D% hMicrofluidics exploits the properties of fluids trapped in submillimetre-scale spaces — the physics behind inkjet printing, DNA microarrays, lab-on-a-chip chemistry and much else — to useful practical effect. In the past decade microfluidic devices have shown considerable promise in diagnostics and primary research in the biological sciences. In a Review in this issue, Eric Sackmann, Anna Fulton and David Beebe analyse the progress seen in lab-on-a-chip microtechnologies in recent years and discuss the clinical and research areas in which they have made — and may make — the greatest impact. Cover: Jasiek Krzysztofiak/Nature+ f4 _2 u8 y" [5 m
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发表于 2014-3-14 22:59
