Titlebook: Microengineering in Biotechnology; Michael P. Hughes,Kai F. Hoettges Book 2010 Humana Press 2010 Electronic engineering.Lab on a chip devi

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Daniel B. Wolfe,Dong Qin,George M. Whitesidesgical choices.Presents contributions from a wide variety of This edited volume is the first to discuss the methodological implications of the ‘emotional?turn’ in International Relations. While emotions have become of increasing interest to IR theory,?methodological challenges have yet to receive pro

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上流社會(huì)

Gary W. Slater,Frédéric Tessier,Katerina Kopeckaentrepreneurship can be researched. Entrepreneurship is a phenomenon of tremendous societal importance. It is also an elusive phenomenon, which makes researching it fun, fascinating—and frustrating at times. In this fully updated edition, numerous real examples accompany the treatment of problems an

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jealousy

Shady Gawad,David Holmes,Giuseppe Benazzi,Philippe Renaud,Hywel Morgan phenomenon creates intriguing and interesting method challe.Entrepreneurship is a phenomenon of tremendous societal importance. It is also an elusive phenomenon, and researching entrepreneurship is therefore fun, fascinating and frustrating at times. In .Researching Entrepreneurship., Per Davidsson

exostosis

Kai F. Hoettgesitative”, and laboratory research as well as studies that rely on data from the real setting. Preferably, these different types of research should be combined in comprehensive programs. At least, it would be to the advantage of knowledge development if the different forms of research informed and in

水汽

Fatima H. Labeeditative”, and laboratory research as well as studies that rely on data from the real setting. Preferably, these different types of research should be combined in comprehensive programs. At least, it would be to the advantage of knowledge development if the different forms of research informed and in

有法律效應(yīng)

perpetual

Microfabrication Techniques for Biologists: A Primer on Building Micromachines,rication”). Principles laid down in the 1950s now form the basis of the semiconductor manufacturing industry; these principles are easily adaptable to the production of devices for biotechnological processing and analysis.

慷慨援助

The Application of Microfluidics in Biology,ems are already revolutionising the way we do science and have led to the development of a number of ultrasensitive bioanalytical devices capable of analysing complex biological samples. These devices have application in a number of diverse areas such as pollution monitoring, clinical diagnostics, d