Authors » Abstract Categories

  1. Fluidics
    1.01 Acoustofluidics
    1.02 Capillary
    1.03 Centrifugal
    1.04 Digital
    1.05 Droplet
    1.06 Electrokinetic
    1.07 Magneto
    1.08 Nanofluidics
    1.09 Wettability, Interfacial Phenomena and Open Channel Microfluidics
    1.10 Modelling, Numerical Simulation (and AI)
    1.11 Paper Microfluidics
    1.12 Flow Instabilities & Transport Phenomena
    1.13 AI Enhancements and Applications
    1.14 Others

  2. Sensors and Actuators
    2.01 Artificial Muscles and Nanobots
    2.02 Micropumps, Valves and Dispensers
    2.03 Physical Sensors/Detectors
    2.04 Chemical, Nanoparticle based Sensors/Detectors
    2.05 Optical Sensors/Detectors
    2.06 Optofluidics
    2.07 Micro and Nanophotonics
    2.08 MEMS and NEMS
    2.09 Imaging technologies
    2.10 Communication and Control
    2.11 Autonomous Systems
    2.12 Plasmonics & resonance systems
    2.13 Nanophotonic materials
    2.14 Quantum-enabled microdevices and technology
    2.15 Integrated photonic sensing
    2.16 Optical manipulation & trapping
    2.17 Others

  3. Education, Outreach, and Commercialization
    3.01 Standardization
    3.02 Connectivity, Cloud Data Sharing and Security
    3.03 Design for Manufacturing
    3.04 IP and Market Analysis
    3.05 Regulatory Compliance
    3.06 Citizen Science
    3.07 Education
    3.08 Art and Games
    3.09 Others

  4. Device Fabrication
    4.01 Microfabrication
    4.02 Nanofabrication
    4.03 Modular & Hybrid Microfluidic Architectures
    4.04 Flow Routing & Control Strategies
    4.05 Micropumps, Valves and Dispensers
    4.06 Reagent Storage
    4.07 Bonding, Sealing & Packaging
    4.08 Materials, Smart Materials Integration
    4.09 Biomimetic & Bioinspired Materials and Devices
    4.10 Surface Engineering
    4.11 Additive (3D Printing)
    4.12 Subtractive Manufacturing (Milling/Ablation)
    4.13 Replication (Injection Molding, Hot Embossing, Roll to Roll, etc.)
    4.14 3D Bioprinting
    4.15 Reagent Integration (Including Lyophilization)
    4.16 World to Chip Interfacing (Fluidic and Electrical)
    4.17 Bioelectronics
    4.18 Others

  5. Biochemical Assays and Diagnostics
    5.01 Sample Preparation, Processing, Preconcentration & Preservation
    5.02 Sampling Air and Exhalate
    5.03 Surface Functionalization
    5.04 Liquid and Tissue Biopsy
    5.05 Biosensing for Biomarkers, Metabolites & Proteins
    5.06 Separation, Particles and Cells
    5.07 Biomarkers/Metabolomics
    5.08 Nucleic Acids/Genomics
    5.09 Extracellular Vesicles and Nanoparticles
    5.10 Single Cell Analysis
    5.11 Tissue Analysis and Spatial Omics
    5.12 Cell-based Analysis and Diagnostics
    5.13 Integrated Biosensing in Cell Culture
    5.14 Others

  6. Wearables and Ingestibles
    6.01 Wearable Physiological Monitoring of Human Biofluids
    6.02 Animal and Plant Wearable Sensors
    6.03 Microneedles
    6.04 Hand-held & Point-of-need Diagnostics
    6.05 Wearable Physical Sensing
    6.06 Wearable Chemical and Biochemical Sensing
    6.07 Integration, Power and Data Transmission
    6.08 Adhesion and Rejection
    6.09 Drug Delivery
    6.10 Implantable & Ingestible Sensors
    6.11 Bioelectronics & smart devices
    6.12 Others

  7. Chemical Assays and Diagnostics
    7.01 Sample Preparation, Processing, Preconcentration & Preservation
    7.02 Sampling Air and Exhalate
    7.03 Surface Functionalization
    7.04 Pollution (Chemicals, Micro- and nanoparticles)
    7.05 Integrated Analytical Workflows
    7.06 Separation/Chromatography
    7.07 Others

  8. Resources, Energy and Environment
    8.01 Oil, Gas, and Mining
    8.02 Hydrogen
    8.03 Renewable Energy
    8.04 Fuel Cells and Electrolyzers
    8.05 Carbon Capture, Conversion Utilization and Storage
    8.06 CO2 Removal
    8.07 Batteries and Energy Storage
    8.08 Sustainable Materials, Processes, and Reagents
    8.09 Lifecycle Analysis and Secondary Processing (Recycling)
    8.10 Self-regulated/Self-powered Systems
    8.11 Energy Harvesting in Microdevices
    8.12 Resource-limited & Low-cost Microfluidics
    8.13 Harsh/remote Environments
    8.14 Sustainable materials
    8.15 Others

  9. Microreators and On-Chip Manufacturing
    9.01 Chemical Synthesis & Flow Chemistry
    9.02 (Nano)particle/fiber/material Synthesis
    9.03 Fiber Synthesis
    9.04 Liposomes, Lipid Nanoparticles, Engineered Vesicles, and Aggregates
    9.05 Cell-based Therapeutics
    9.06 Artificial Meat
    9.07 Separation, Extraction, and Purification
    9.08 Numbering-Up/Scale Out
    9.09 Others

  10. Extreme and Remote Environments
    10.01 Global Health
    10.02 Forensics, Archaeology, and Paleontology
    10.03 Space and Space Travel
    10.04 Security and Defense
    10.05 Terrestrial
    10.06 Aquatic (Oceans, Lakes, and Rivers)
    10.07 Soils and Plants
    10.08 Agriculture, Farming & Food
    10.09 Others

  11. Cell & Tissue Microphysiological Systems, Secretomics & Organoids
    11.01 Mammalian Cell Culture
    11.02 Organ on a Chip
    11.03 Organoids & Spheroids
    11.04 Vascularization & Perfusion Strategies
    11.05 Non-Mammalian Vertebrates and Invertebrates
    11.06 Cell Migration & Interaction
    11.07 Cell Secretion Analysis and Cell Signaling
    11.08 Cell Functional Assays
    11.09 Integrated Biosensing in Cell Culture
    11.10 Cell-material Interface Engineering
    11.11 Neurobiology and Neuroscience
    11.12 Immune System and Immunology
    11.13 Cancer
    11.14 Disease Modelling
    11.15 Biomaterial and Printing
    11.16 Drug Screening, High Throughput & therapeutic testing
    11.17 Integrated sensing in MPS
    11.18 Microbiology
    11.19 IVF and Reproductive Health
    11.20 Others

  12. Microorganisms and Artificial Cells
    12.01 Invertebrates
    12.02 Eukaryotes not Listed Elsewhere (Fungi, Plants)
    12.03 Prokaryotes
    12.04 Engineered Microbes
    12.05 Artificial Cells and Synthetic Biology
    12.06 Others


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