Executive Summary ....................................................................... p 25
Introduction
• Context, Introduction, Objectives
The Market of Point of Care Diagnostics ......................................... p 29
• The market of Point of Care
• POC positioning in the IV D market
• POC part in the microfluidic component market: Value and forecast in $M
• POC part in the microfluidic component market: Value and forecast in Munits
• Compound annual growth rates - CAGR 2006-2008 and 2009-2014
• Microfluidic devices for Point-of-Care
• Market analysis
• Key events
• Life & death
Point of Care Applications ............................................................... p 40
• Introduction to market segmentation
• Segmentation methodology
• Discriminating technical parameter: The sample
• 3 Types of Point of Care applications
• Selected examples of improved outcomes resulting from POC
• Market segmentation
• Segments description
• Market window 2010
• Market size
• Market of microfluidic devices, by POC application – in M$
• Market of microfluidic devices, by POC application – in Munits
• Focus on 2009 market
Point of Care technologies ............................................................. p 62
• Outlines
• Technology chart
• Microfluidic assets
• Chemical analysis and immunoassaybased technologies
o Chemical detection and immunoassays tables
o Products / market segment
• Cytometry
o Cytometry table
o Products / market segments matrix
o Technology descriptions
• DNA/RNA based analysis
o DNA/RNA based analysis tables
o Products / market segments matrix
o Technology descriptions
POC Challenges ............................................................................ p 113
• Issues
• POC Management is complex
• Which standards apply to POC
• Waived and non-waived tests
• Technical Challenges
o Technical requirements
o POC analysis steps
o Sample preparation
o Miniaturization, a main challenge
o Sample volume
o Product mapping
o Detection required sensitivity
o Sensitivity levels
o Achieved sensitivity levels
• Economic Challenges
o Economic requirements
o Diagnostics cost breakdown
o Microfluidic POC tests price ranges
o The cost of POC versus laboratory tests
o Insurance companies influence
Supply and Value Chains ............................................................... p 135
• Introduction
• Diagnostic market distribution
• Semicon industry needs partnership
• Examples of collaboration
• Industrial supply chain
• Materials by application
• Microfluidic prototyping and production
• Cost analysis case study
Conclusions .................................................................................. p 148
Summary and conclusions