Abstract
A novel procedure for nanostructuring on carbon surfaces by depositing buffer droplets containing a unique protein (MspA porin from Mycobacterium smegmatis) and a PMMA prepolymer, followed by thermal curing and high vacuum treatment, was developed. The formation of protein/PMMA nanostructures on carbon surfaces depended on the amount of protein/prepolymer deposited and the temperature during and after the deposition process. The nanostructures were analyzed quantitativly using computer-supported high-resolution transmission electron micrography (TEM).
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