3 research outputs found
Cellular Adhesion to Carbon Nanotubes-anchored Oligonucleotide: Electro-chemical Detection
In the study a new biosensor contained an oligonucleotide-carbon nanotubes-stearic acid monocrystalline
clusters in its sensitive coating has been developed. The electrochemical characteristics of sensors with
different coatings distinguishing by content of oligonucleotide and cerium ions have been measured. It was
found that the presence of Ce in the coating leads to decrease of sensor capacity changes at measurements
in mediums of different content. The oligonucleotides anchored in sensor coating attenuate cell nonantisense
adhesion to sensor surface.
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Quinone regulation of mitochondria functional activity
Comparative study of quinones influence on mitochondrial respiration activity and membrane potential changes have been carried out