We take ideas from Nature and employ them as a means for controlling the dynamics of charge transfer.
explore the dynamics of fluorescence staining as an unprecedented
source of information about the phenotype of microorganisms.
(PAP) fabrication techniques, developed in our lab, allow for facile
and expedient prototyping of microdevices, providing venues for
broadening the accessibility to microfluidics technology.
We use multistep surface-chemistry procedure, along with
enzymatic kinetics, to ensure the preservation of the structural and
functional integrity of globular proteins when covalently attached to