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Single-molecule tracking refers to a class of non-invasive techniques that involve direct observation of the molecules that rely on high-resolution imaging of nanoscopic reporter attached to a biomolecule. It’s used across a wide range of applications in cells and molecular biology that monitor membrane interactions and offer solutions to number of biological problems. The SMT process helps with tracking and visualization of the fluorescence-labeled molecule by providing the molecule dynamics and interactions.
The increasing shift towards 3D imaging techniques that help with more precise tracking of the molecules expands the market for single molecule tracking. In addition, investments done in the fields of drug discovery and protein dynamics where SMT provides a significant role in molecular interactions and help researchers to analyze the drug candidate interactions in real-time. For instance, in June 2024, Mission Bio launched Tapestri single-cell multiple myeloma multiomics solutions that provide clonal and subclonal insights into disease evolution and the biology of single-cell.
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Stats ID: | 6528 |
Format: | Databook |
Published: | November 2024 |
Price | US$ 1550 |
Immediate Delivery
Stats ID: | 6528 |
Format: | Databook |
Published: | November 2024 |
Price | US$ 1550 |
Immediate Delivery
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