Design and modelling of a micro fluid filter for separating spermatogenic cells

Keyphrases

• Micro-electro-mechanical Systems 100%
• Spermatogenic Cells 100%
• Microfluid 100%
• Design Methodology 50%
• Reactive Ion Etching 50%
• Design Process 50%
• Systems-based 50%
• Clinical Setting 50%
• Selection Strategy 50%
• Biological Fluids 50%
• Filtration 50%
• Computational Fluid Dynamics Simulation 50%
• Deep Reactive Ion Etching 50%
• Micro-fabricated 50%
• Microdevice 50%
• Biomedical Engineering 50%
• Microfluidic System 50%
• Nanoliter 50%
• Mechatronic Device 50%
• Micromechatronics 50%
• Azoospermic Men 50%
• Urology 50%
• Micro-electro-mechanical Systems Technology 50%
• Non-obstructive 50%
• Dynamic Simulation Method 50%
• Testis Biopsy 50%
• Testicular Biopsy 50%
• Spermatozoa Selection 50%
• Cellular Tissue 50%

Engineering

• Micro-Electro-Mechanical System 100%
• Computational Fluid Dynamics 33%
• Selection Process 33%
• System Technology 33%
• Deep Reactive Ion Etching 33%
• Simulation Method 33%
• Etching Process 33%
• Clinical Environment 33%
• Biological Fluid 33%
• Biomedical Engineering 33%