CHEM-ENG590E Wiki Textbook:Microcontact Printing: Difference between revisions

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'''Biosensors<sup>[11]</sup>'''
'''Biosensors<sup>[11]</sup>'''
Microcontact printing has also been employed in biosensor fabrication. Salomon et al. demonstrated precise printing of an antibody IgG and an antifouling compound BSA on a nanocantilever structure array. Cantilevers are a common structure used in biosensors, and an array of nanocantilevers allows for high selectivity and precise detection. The IgG was printed on the nanocantilevers, while the BSA was printed underneath and around the nanocantilevers.
Fabricated nanocantilever array.png


==Challenges of Microcontact Printing==
==Challenges of Microcontact Printing==

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