| abstract |
The present invention is directed to creating a highly versatile, high throughput, and convenient platform for interrogating migration phenotypes of GB cells in the context of diverse environmental parameters. Specifically, engineered substrates are employed to mimic the mechanical signals of natural ECM topography, and combine these tools with chemical cues presented in soluble and immobilized forms (PDGF and laminin, respectively). This platform achieves far greater resolution and sensitivity in migration analyses than do commonly used methods. More importantly, it can provide highly informative, patient specific results regarding tumor progression in vivo. Furthermore these capabilities strongly convey the immense clinical, prognostic potential of this simple test. |