Applications | Microscoop Spatial Protein Purification

In the video "Exploring Applications of Microscoop Technology," six diverse studies leveraging the Microscoop system are discussed. The technology's applications are showcased in several key areas:

• Primary Cilia: Analysis was conducted on both cells and FFPE tissues, highlighting the role of primary cilia in various biological processes.

• Stress Granules: The system was utilized to study these cellular structures that form in response to stress, providing insights into their protein composition and dynamics.

• T Cell-Cancer Cell Interface: The Microscoop technology was applied to investigate the interactions at the interface between T cells and cancer cells, crucial for understanding immune responses in cancer.

• Beta-Amyloid Plaques: The system helped in identifying and characterizing these plaques, which are associated with Alzheimer's disease.

• Mossy Fiber Boutons: Research using fresh frozen tissues focused on these synaptic structures in the brain, contributing to the understanding of neural connectivity.

• Lipid Droplet-Mitochondria Contact Sites: The platform was used to explore the interactions between lipid droplets and mitochondria, important for studying metabolic diseases.

These examples demonstrate the versatility and precision of the Microscoop system in advancing the understanding of complex biological phenomena.

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