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![]() | Document Date: 2007-05-19 14:41:09Open Document File Size: 307,10 KBShare Result on FacebookCityWarsaw / Cambridge / /CompanySchaffner AE / Elsevier Ltd. / /CountryUnited States / / /FacilityPike CJ / Institute of Physical Chemistry / Dike LE / California Institute of Technology / Harvard University / /IndustryTermelectrical and optical systems / microfluidic device / stamps and other tools / non-living systems / pattern-forming tool / microfluidic systems / biotechnology / printing press / cells using microcontact printing / gold substrates using microcontact printing / sulfhydryl / chemical functionalities / indistinguishable systems / microfluidic devices / metal structures / paint / neuron culture applications / contact printing molecules / metal / chemical reactions / gradients in solution / printing / peptide chip / chemical moiety / regular networks / capillary network / fibronectin-treated microfluidic network / technology / relevant tools / electronic devices / saturated alkane chain / chemical treatment / e-beam / hippocampal neuronal networks / microcontact printing / embryonic patterning network / microfluidic networks / important biological applications / microfluidic network / using microcontact printing / /MedicalConditionMS / /OperatingSystemXP / /OrganizationCalifornia Institute of Technology / Harvard University / Institute of Physical Chemistry / Department of Chemistry and Chemical Biology / Polish Academy of Sciences / Foundation for Polish Science / / /PositionPoland Corresponding author / St John PM / representative / /ProductDV / /ProgrammingLanguageRC / DC / /ProvinceOrStateMassachusetts / /PublishedMediumCurrent Opinion / /RadioStationPerez AM / /TechnologyGenomics / neuroscience / Proteomics / peptide chip / Electrophoresis / X-ray / biotechnology / lithography / microfluidics / fuel cell / photolithography / laser / Biomaterials / tissue engineering / spectroscopy / electrochemistry / CAD / /URLwww.sciencedirect.com / /SocialTag |