ScopeSys - Enabling and easy-to-use: visualize and control single molecules with high statistics, without handles. Advance applications in nanomaterials, biologics, pharmaceuticals.

Details:

Details about ScopeSys - Enabling and easy-to-use: visualize and control single molecules with high statistics, without handles. Advance applications in nanomaterials, biologics, pharmaceuticals.

CLiC Platform ScopeSys is bringing new insights to nanomedicines through innovations in high-resolution microscopy. This platform is based on Dr. Sabrina Leslieâ€™s Convex Lens-induced Confinement (CLiC) patented technology which combines high-throughput measurements with single-molecule & single-cell resolution, operating in physiological conditions. No linking chemistry needed, CLiC confines molecules in nano-geometries which we customize to match

Employees:

Employees at ScopeSys - Enabling and easy-to-use: visualize and control single molecules with high statistics, without handles. Advance applications in nanomaterials, biologics, pharmaceuticals.

Dylan Gunn

Director, UBC Engineering Physics Project Lab at ScopeSys - Enabling and easy-to-use: visualize and control single molecules with high statistics, without handles. Advance applications in nanomaterials, biologics, pharmaceuticals.

Daniel Berard

Co-Founder and Engineering Lead at ScopeSys - Enabling and easy-to-use: visualize and control single molecules with high statistics, without handles. Advance applications in nanomaterials, biologics, pharmaceuticals.