Cell Signaling and Cancer Therapy

• Advancing technologies to detect and differentiate disease states and treatment responses (i.e., biomarkers) rapidly and precisely
• Developing low-cost sensors that detect subtle, early changes in health status, allowing for more rapid, effective interventions
• Synthesizing injectable microstructure biomaterials to reduce functionally debilitating scarring
• Creating methods and devices to deliver drugs across biological barriers, and to precisely target therapies to specific tissues and cells
• Building and miniaturizing fully implantable, bio artificial devices to carry out the natural functions of failed organs
• Building a solution for kidney failure
• Drug delivery for a leading cause of blindness
• Speeding genetic analysis of individual cells for disease biomarkers
• Delivering targeted, personalized cancer therapy to metastatic tumours
• Developing metabolic imaging technologies to detect cancer biomarkers
• Using microstructures to reduce debilitating scars after heart attacks

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