Nanoplasmonic imaging has been a major breakthrough in the field of biomedicine. A recent study has demonstrated the potential of this technology to reveal real-time dynamics of protein interactions. This could be a crucial step in understanding the basic mechanisms of cellular processes and diseases. The study was conducted by a team of researchers at the University of Würzburg and published in the journal Nature Communications.

Scientists have long been searching for a way to observe dynamic protein interactions in real time. Nanoplasmonic imaging offers an unprecedented level of resolution and sensitivity, allowing researchers to observe nanoscale interactions between proteins with great accuracy. The team at the University of Würzburg used this method to observe the interactions of two types of proteins in human cells, revealing real-time changes in the proteins’ interactions. This technology could be used to gain new insight into the mechanisms of cellular processes and diseases.

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source: Phys.org