Fabrication and BioMEMS

Lesson 1:  Methods for Creating Microfluidic and LOC Devices

Lesson 2:  Photolithography and Soft Lithography

Lesson 3:  Micro-Machining and Etching Techniques

Lesson 4:  Integration of Microfluidic Channels into LOC

Lesson 5:  Standard vs. Advanced Fabrication Methods

Lesson 6:  Material Selection for Device Durability

Lesson 7:  Troubleshooting Fabrication Challenges

Lesson 1:  Integration of Biosensors and MEMS with LOC Systems

Lesson 2:  MEMS Sensors in LOC Devices

Lesson 3:  BioMEMS for On-chip Sensing and Actuation

Lesson 4:  Micro-electromechanical Integration with LOC

Lesson 5:  Applications of BioMEMS in Genetic Engineering

Lesson 1:  Selecting Materials for LOC Devices

Lesson 2:  Polymers and Silicon for LOC Fabrication

Lesson 3:  Biocompatible Materials for Genetic Engineering

Lesson 4:  Material Durability and Compatibility

Lesson 5:  Optimizing Performance of LOC Devices

Lesson 6:  Enhancing Sensitivity and Specificity of LOC Devices

Lesson 7:  Fluid Flow Optimization in Microfluidics

Lesson 8:  Real-time Performance Monitoring and Feedback

Lesson 1:  Reviewing Successful LOC Applications in Industry

Lesson 2:  Case Study of LOC in Cancer Diagnostics

Lesson 3:  LOC Devices for Infectious Disease Detection

Lesson 4:  LOC-Based Point-of-Care Testing Systems

Lesson 5:  Case Studies of LOC in Biomedical Devices

Lesson 6:  LOC Integration in Wearable Health Devices

Lesson 7:  Microfluidic Systems in Personalized Medicine

Lesson 8:  Commercial Success Stories in LOC Technology