Exciting Opportunities Await! Dr. Snehan Peshin is seeking collaborators for a groundbreaking special issue:
📝 Summary: The world of micro and nanofluidics is evolving, and we’re at the forefront of something incredible! These technologies have revolutionized biomedical devices, making cost-effective diagnostics and single-cell analysis a reality. But, there’s still untapped potential. We’re diving into analyte flow through porous media to improve dwell time, sample volume, and output signals like fluorescence.
🔍 Porous Media – the possibilities are vast! Hydrogels, silica, paper, porous polymers, microfabricated structures—they’re our canvas for innovation. This special issue aims to gather research addressing the challenges and opportunities of these materials, shaping the future of low-cost, point-of-care biomedical devices.
🔬 Topics of Interest:
Device Product Development and Optimization
Novel Assay Chemistries and Mobile Phases in Porous Media
Advanced Analysis Strategies (e.g., Differential Adsorption, Partition, Surface Reaction)
Innovative Strategies for Test Line Deposition
New Approaches for Signal Generation and Collection
Sample Preparation and Storage in Porous Media
Pre-concentration and Post-concentration Techniques
Flow Control Methods
Applications in Diagnostics, Point-of-Care Testing, At-Home Tests, Environmental Monitoring, and Workplace Monitoring
Our mission: Affordable, user-friendly, versatile, ultra-sensitive analytical information for all!
Join Dr. Snehan Peshin in this exciting endeavor. If you’re a Senior or Junior researcher passionate about pushing boundaries and shaping the future of biomedical analysis, connect today. Let’s make history together! 🚀 #BiomedicalAnalysis#MicroNanofluidics#PorousMedia#EditorialOpportunity#linkedinnetworking
📝 Summary: The world of micro and nanofluidics is evolving, and we’re at the forefront of something incredible! These technologies have revolutionized biomedical devices, making cost-effective diagnostics and single-cell analysis a reality. But, there’s still untapped potential. We’re diving into analyte flow through porous media to improve dwell time, sample volume, and output signals like fluorescence.
🔍 Porous Media – the possibilities are vast! Hydrogels, silica, paper, porous polymers, microfabricated structures—they’re our canvas for innovation. This special issue aims to gather research addressing the challenges and opportunities of these materials, shaping the future of low-cost, point-of-care biomedical devices.
🔬 Topics of Interest:
Device Product Development and Optimization
Novel Assay Chemistries and Mobile Phases in Porous Media
Advanced Analysis Strategies (e.g., Differential Adsorption, Partition, Surface Reaction)
Innovative Strategies for Test Line Deposition
New Approaches for Signal Generation and Collection
Sample Preparation and Storage in Porous Media
Pre-concentration and Post-concentration Techniques
Flow Control Methods
Applications in Diagnostics, Point-of-Care Testing, At-Home Tests, Environmental Monitoring, and Workplace Monitoring
Our mission: Affordable, user-friendly, versatile, ultra-sensitive analytical information for all!
Join Dr. Snehan Peshin in this exciting endeavor. If you’re a Senior or Junior researcher passionate about pushing boundaries and shaping the future of biomedical analysis, connect today. Let’s make history together! 🚀 #BiomedicalAnalysis #MicroNanofluidics #PorousMedia #EditorialOpportunity #linkedinnetworking