- A
- Acknowledgments
- Acoustic Streaming
- Applications of PALM Micro Beam
- Array Fabrication
- B
- Back to the Future
- C
- Cartridge Reporting
- Color Plates
- Contents
- Contributors
- Controlled Agitation During Hybridization
- Design of Oligonucleotide Capture Probes
- Development and Proliferation of Ligase Based Detection Strategies
- Direct Hybridization of Biotinylated PCR Amplification Products to the Multiplexed Probe Coupled Microsphere Sets
- DNA Extraction
- Downstream Applications
- Fluorescence Analysis
- Genotyping
- Inherited Thrombophilia Risk Factors
- Instrumentation
- Interpretation of Results
- Introduction - 2 3 4 5
- Lovisa Lovmar and Ann Christine Syvanen
- Materials - 2 3 4 5 6
- Maurizio Ferrari Laura Cremonesi Pierangelo Bonini Barbara Foglieni and Stefania Stenirri
- Methods
- Microarray
- Microarray Hybridization
- Microchip Addressing
- Molecular Diagnostic Testing for Inherited Thrombophilia Using Invader
- Notes - 2
- Oligonucleotide Design
- PCRLDRArray Hybridization
- Preface
- Preparation of Microarrays
- Preparation of Reusable Silicon Rubber Grid
- Reagents and Consumables
- References - 2 3
- Results and Data Analysis
- Reyna Favis Norman P Gerry YuWei Cheng and Francis Barany
- Sample Preparation
- SAWDriven Agitation of Hybridization Assays
- Sherry A Dunbar and James W Jacobson Summary
- Specimen Preparation
- SubstrateJ
- Summary
- The Force of Focal Light
- The Future of Molecular Medicine
- Verification of Microsphere Coupling by Hybridization to Biotinylated Reverse Complementary Oligonucleotide Targets