Single Molecule Imaging

We use advanced optics to view the individual molecules in a sample.

With this, we can detect, count, and quantify molecules and their interactions.

To do this, we developed a benchtop instrument that automates imaging and analysis.

How it works

Summaries

Read more on how our technology can impact your research area

News

SMi summarises how the study and use of enzymes can be enhanced by single molecule imaging

SMi summarises the potential for single molecule imaging in Ab discovery and vaccine development

SMi reveals how it has aligned risk processes for its RUO and IVD platforms

SMi highlights the importance of advanced algorithms to detect and analyse single molecules

SMi discusses how single molecule imaging could impact drug development

SMi describes the experiments that inspired development of its platform

SMi provides its perspective on single molecule imaging

News

SMi summarises how the study and use of enzymes can be enhanced by single molecule imaging

SMi summarises the potential for single molecule imaging in Ab discovery and vaccine development

SMi reveals how it has aligned risk processes for its RUO and IVD platforms

SMi highlights the importance of advanced algorithms to detect and analyse single molecules

SMi discusses how single molecule imaging could impact drug development

SMi describes the experiments that inspired development of its platform

SMi provides its perspective on single molecule imaging

Our Technology

SMi has developed a platform that consists of an instrument, consumables and software. These are integrated into a single system to provide an automated workflow.

Consumables are provided in standard 96 well formats and allow multiple molecular types to be detected and quantified in each of the individual wells.

Instruments provide a super-resolution detection of samples across an extremely large field of view. This allows the behaviour of hundreds of thousands of molecules to be simultaneous analysis.

Dedicated software automates the process so that users can focus on the data outputs rather than the means of achieving them.