Technical Description
This invention relates to a microfluidic device and method for the seed-mediated synthesis of dog-bone shaped gold nanoparticles with tunable plasmonic peaks. The synthesized nanostructures are utilized alongside pulse laser activation for efficient optoporation-based intracellular delivery in therapeutics and diagnostics.
Problems Addressed
- Cytotoxicity Problems Limited
- Low Transfection Efficiency
- Lacks Kinetic Control
- Inefficient Conventional Synthesis
- Challenging Shape Reproducibility
Tech Features
- Efficient Microfluidic Synthesis
- Tunable Plasmonic Peaks
- Enhanced Cell Viability
- Optimized Intracellular Delivery
- Biostable Polymer Modification
- Precise Laser Optoporation
Target Audience
- Biotechnology & Pharmaceuticals Industries
- Medical Devices Industries
- Cancer Research Laboratories
- Nano-Biomaterial Manufacturers
- Research & Development
Tech ID: P26-2038 TRL 6 Patent Status: Granted Available For Exclusive and Non-exclusive License
