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Technology |
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Nanotechnology in Life Science Applications
Publication Date October 2005
Publisher Business Communications Company
Product Type Strategic Report
Pages 167
ISBN Number not applicable
Product Code BCC015
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Summary
Life science applications could provide the first major success stories for nanotechnology, and in fact, there have been some early successes, such as nanoparticulate synthetic bone substitute and antimicrobial dressings, and nanocomposite packaging materials that enhance food products' shelf life. However, while many other nanotechnologies with life sciences applications are under development to date, relatively few have made the transition from the laboratory to the market place and this lack of a commercial track record makes it a challenge to assess the true commercial potential of nanotechnologies in the life sciences. But the potential is captivating the many practitioners of the technology and the .
This timely BCC report provides an overview of emerging nanotechnology applications in the life sciences, with a focus on those applications most likely to achieve significant commercial sales globally in the near to mid-term (2005-2010). The study generally avoids futuristic speculation about nanotechnology applications that might be possible 10 years or more into the future, focusing instead on applications that are expected make it to market before 2010. It further identifies market drivers, evaluates obstacles to their successful commercialization and projects sales of each application.
Scope Of Study
The report:
Addresses the global market for emerging nanotechnology applications in the life sciences, defined as all sciences that deal with living organisms, including
- basic research
- health care
- food sciences
- environmental monitoring and remediation
- - forensics Provides definitions of, and milestones in the development of nanotechnology applications for the life sciences
- Covers emerging and developmental applications with greatest commercial potential through 2010 with market forecasts
- Discusses factors that will influence longerterm development
- Contains vendor profiles.
Report Highlights
- The global market for nanotechnology applications in the life sciences is expected to exceed $910 million in 2005 and $3.4 billion by 2010, rising at an AAGR (average annual growth rate) of 30.3%.
- Nanodevice applications (chiefly nanosensors used in drug screening) were the largest technology segment in 2004, with more than 50% of the market. Nanoparticle applications accounted for 21.4%, nanostructured materials 18.4% and nanocomposites 5.1%.
- By 2010, nanoparticle applications will have surpassed nanodevices as the largest technology segment, with 39.6% of the market vs. 23.1%.
- Medical applications are expected to grow to 60.3% of the market by 2010. Life sciences research and environmental applications are expected to lose share while agrotechnology/food science increases its share from 5.1% to 13.4%.
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Content
- Introduction
- Study Background
- Study Goals And Objectives
- Intended Audience
- Scope And Format
- Methodology And Information Sources
- Analyst Credentials
- Related BCC, Inc. Research
- BCC Online Services
- Disclaimer
- Executive Summary
- Summary Table: Global Market For Nanotechnology Applications In The Life Sciences By Technology Type, Through 2010 ($ Million)
- Summary Figure: Global Market For Nanotechnology Applications In The Life Sciences By Technology Type, 2004-2010 ($ Million)
- Overview
- Definitions
- Nanotechnology
- Life Sciences
- History Of Nanotechnology Applications In The Life Sciences
- Types Of Nanotechnology With Applications In The Life Sciences
- Nanomaterials
- Solid Nanoparticles
- Hollow Nanoparticles
- Nanostructured Materials
- Nanocomposites
- Nanoengineered Materials
- Nanotools
- Nanodevices
- Nanoengineered Materials
- Nanotechnology Applications In The Life Sciences
- Solid Nanoparticles
- Inorganic Nanoparticles
- Calcium And Phosphate Nanoparticles
- Medical Devices Applications
- Synthetic Bone And Tooth Enamel
- Silver Nanoparticles
- Other Health Care Applications
- Antimicrobial Dressings
- Environmental Applications
- Alumina Nanoparticles
- Biomedical Research Applications
- Ultrafine Filters For Laboratory Separations
- Titanium Dioxide Nanoparticles
- Environmental Applications.
- Interior Air Purification Systems
- Food Processing And Packaging Applications
- Food Containers
- Silica Hydride Nanoparticles
- Pharmaceutical Applications
- Antioxidants
- Iron Oxide Nanoparticles
- Research Applications
- Magnetic Separations
- Medical Imaging Applications
- Mri Contrast Agents
- Polymer Nanoparticles
- Pharmaceutical Applications
- Drug Delivery Vehicles
- Dendrimers
- Genomics Applications
- Transfection Reagents
- Diagnostic Applications
- Cardiac Marker Detectors
- Pharmaceutical Applications
- Drug Discovery
- Drug Delivery
- Aptamers
- Proteomics Applications
- Aptamer Arrays
- Pharmaceutical Applications
- Age-Related Macular Degeneration Therapy
- Medical Imaging Applications
- Molecular Imaging Agents.
- Solid Lipid Nanoparticles
- Pharmaceutical Applications
- Drug Delivery Vehicles
- Nanotubes And Other Hollow Nanoparticles
- Carbon Nanotubes
- Biological Research Applications
- Scanning Probe Microscope Tips
- Medical Imaging Applications
- Field Emission Devices For X-Ray Imaging And Therapy
- Pharmaceutical Applications
- Delivery Vehicle For Gene Therapy
- Gene Therapy
- Fullerenes
- Pharmaceutical Applications
- Drug Delivery Devices
- Medical Imaging Applications
- Nanohorns
- Medical Devices Applications
- Batteries For Implantable Medical Devices
- Nanoshells
- Pharmaceutical Applications
- Drug Delivery Systems
- Diagnostic Applications
- Rapid Immunoassays
- Medical Imaging Applications
- Imaging Contrast Agents
- Other Medical Applications
- Thermal Therapy
- Nanocapsules
- Pharmaceutical Applications
- Drug Delivery Devices
- Agrotechnology Applications
- Agricultural Chemical Delivery Systems
- Nanostructured Materials
- Nanostructured Polymer Membranes
- Environmental Applications
- Nanoporous Membranes
- Nanostructured Titanium
- Medical Devices Applications
- High Strength Medical Implants
- Nanostructured Hydroxyapatite
- Medical Devices Applications
- Coated Stents
- Other Nanostructured Materials
- Pharmaceutical Applications
- Nanoporous Drug Delivery Systems
- Medical Device Applications
- Mri-Safe Coatings For Medical Devices
- Nanocomposites
- Polyhedral Oligomeric Silsesquioxanes (POSS)-Containing Plastics
- Other Health Care Applications
- Dental Adhesive
- Nylon/Clay Nanocomposites
- Food Processing And Packaging Applications
- Food Packaging Films
- Medical Device Applications
- Catheters And Other Medical Tubing
- Polyurethane Nanocomposites
- Medical Devices Applications
- Implantable Medical Devices
- Other Nanocomposites
- Medical Devices Applications
- Microlaparoscopy
- Nanoengineered Materials
- Asymmetric Catalysts
- Nanotools
- Scanning Probe Microscopes
- Atomic Force Microscope
- Nanolithography Tools
- Hot Embossing Lithography
- Dip-Pen Nanolithography
- Nanodevices
- Nanosensors
- Nano-Chemical Sensors
- Basic Research Applications
- Nano-High Performance Liquid Chromatography
- Patient Monitoring Applications
- Blood Gas Monitors
- Food Processing And Packaging Applications
- Process Monitoring
- Pathogen Detection
- Environmental Applications
- Motor Vehicle Nitrogen Oxide Emission Sensors
- Motor Vehicle Cabin Air Quality Sensors
- Portable And Personal Air Quality Monitors
- Nano-Biosensors
- Pharmaceuticals Applications
- High Throughput Drug Screening
- Medical Diagnostic Applications
- In Vitro Diagnostics
- Food Processing And Packaging Applications
- Food Safety Inspection
- Food Process Monitoring
- Environmental Applications
- Portable Soil And Water Quality Monitors
- Emissions Control
- Air Quality Monitoring
- Markers And Detection Aids
- Research Applications
- Bioassays
- Other Types Of Nanodevices
- Pharmaceuticals Applications
- Drug Production And Mixing Systems
- Market Size, Segmentation, And Growth Trends
- Summary
- Overall Market
- Nanotechnology Segments
- Application Segments
- Life Sciences Market By Type Of Nanotechnology And Application
- Solid Nanoparticle-Based Applications
- Inorganic Nanoparticle Applications
- Summary
- Research Applications
- Magnetic Separations
- Pharmaceutical Applications
- Antioxidants
- Medical Imaging Applications
- Mri Contrast Agents
- Medical Devices Applications
- Artificial Bone And Tooth Enamel
- Other Medical Applications
- Antimicrobial Dressings
- Environmental Applications
- Ultrafine Filters
- Interior Air Purification Systems
- Polymer Applications
- Dendrimer Applications
- Summary
- Genomics Applications
- Transfection Reagents
- Diagnostics Applications
- Cardiac Marker Diagnostic Reagents
- Pharmaceutical Applications
- Drug Discovery Reagents
- Drug Delivery Systems
- Aptamer Applications
- Summary
- Proteomics Applications
- Photoaptamer Arrays
- Pharmaceutical Applications
- Anti-Macular Degeneration Drug
- Medical Imaging Applications
- Molecular Imaging Agents
- Solid Lipid Nanoparticle Applications
- Summary
- Hollow Nanoparticle-Based Applications
- Carbon Nanotube Applications
- Summary
- Medical Imaging Applications
- Nanotube Fed X-Ray Devices
- Pharmaceutical Applications
- Delivery Vehicle For Gene Therapy And Other Drugs
- Fullerene Applications
- Pharmaceutical Applications
- Fullerene Drug Delivery Systems
- Medical Imaging Applications
- Mri Contrast Agent
- Nanohorn Applications
- Medical Devices
- Nanohorn-Based Fuel Cells
- Nanoshell Applications
- Nanocapsule Applications
- Pharmaceutical Applications
- Drug Delivery Systems
- Agrotechnology Applications
- Nanostructured Material-Based Applications
- Medical Devices Applications
- Nanostructured Titanium Medical Implant
- Mri-Safe Medical Implants
- Hydroxyapatite-Coated Coronary Stents
- Pharmaceutical Applications
- Nanoporous Drug Delivery Devices
- Environmental Applications
- Nanoporous Membrane Water Filtration
- Nanocomposite-Based Applications
- Medical Devices Applications
- Highly Responsive Laparoscopic Surgical Instruments
- Catheters And Other Medical Tubing
- Miscellaneous Medical Applications
- Dental Adhesives
- Food Processing And Packaging Applications
- Nanocomposite Food Packaging Materials
- Nanoengineered Materials
- Pharmaceutical Applications
- Chiral Drug Manufacturing
- Agrotechnology Applications
- Agricultural Chemical Manufacturing
- Nanotool Applications
- Biological Research Applications
- Atomic Force Microscopes
- Nano-Imprint Lithography
- Nanodevice Applications
- Basic Research Applications
- Nano-High Performance Liquid Chromatography
- Markers And Detection Aids
- Medical Diagnostic Applications
- Nanobiosensors For In Vitro Diagnostics
- Patient Monitoring Applications
- Nano-Chemical Blood Gas Analyzers
- Pharmaceutical Applications
- High Throughput Drug Screening
- Microfluidic Drug Production Systems
- Food Processing And Packaging Applications
- Process Monitoring
- Food Inspection
- Environmental Applications
- Motor Vehicle Nitrogen Oxide Emission Nanosensors
- Vehicle Cabin Air Quality Nanosensors
- Portable And Personal Air Quality Monitors
- Portable Soil And Water Quality Monitors
- Other Developments That Could Affect The Market For Nanotechnology Applications In The Life Sciences
- Environmental/ Safety/ Health Issues
- Legal/Regulatory Trends
- U.S. Food And Drug Administration
- U.S. Environmental Protection Agency
- Other Agencies
- Government And Private Investment In Nanotechnology And The Life Sciences
- Nanotechnology Investment
- Investment In Life Sciences Applications Of Nanotechnology
- Attitude Of Venture Capitalists
- Long-Term Market Prospects
- Patent Analysis
- Overview
- Solid Nanoparticle Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Type Of Nanoparticle
- Patents By Application Area
- Patents By Application And Patent Holder
- Hollow Nanoparticle Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Type Of Hollow Nanoparticle
- Patents By Application Area
- Nanostructured Materials Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Application Area
- Nanocomposite Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Application Area
- Nanoengineered Materials Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Application Area
- Nanotool Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Patents By Application Area
- Nanodevice Applications In The Life Sciences
- Life Science Versus Nonlife Science Applications
- Company Profiles
- Advanced Magnetics, Inc.
- Agilent
- Angstrom Medica. Inc.
- Aphios Corp.
- Archemix Corp.
- Argonide Corp.
- Asylum Research Inc.
- Bangs Laboratories, Inc.
- Biocrystal, Ltd.
- Biophan Technologies, Inc.
- C Sixty Inc.
- Caliper Life Sciences
- Capsulution Nanoscience Ag
- Cepheid Therapeutics
- Crystalplex
- Dade Behring Inc.
- Dendritic Nanotechnologies Inc.
- Dionex Corp.
- Dow Chemical Co.
- Dynal Biotech Asa
- E. I. Du Pont De Nemours And Co.
- Envirosystems Inc.
- Ev Group
- Evident Technologies
- Eyetech Pharmaceuticals, Inc.
- Five Star Technologies, Inc.
- Flamel Technologies Sa
- Foster Corp.
- Frontier Carbon Corp.
- Gilead Sciences, Inc.
- Ibis Therapeutics
- Integrated Nano-Technologies, Llc
- Introgen Therapeutics, Inc.
- Mach 1, Inc.
- Microcosm Inc.
- Microfluidics Inc.
- Micromod Partikeltechnologie Gmbh
- Micro-Tech Scientific Inc.
- Miv Therapeutics Inc.
- Molecular Imaging Corp.
- Molecular Nanosystems Inc.
- Nanocarrier Corp., Ltd.
- Nanoink, Inc.
- Nanomix, Inc.
- Nanonics Imaging Ltd.
- Nanoplex Technologies, Inc.
- Nanosensors Gmbh
- Nanospectra Biosciences, Inc.
- Nanotools Gmbh
- Nanosphere, Inc.
- Nanosys Inc.
- Nanotwin Technologies, Inc.
- Novavax, Inc.
- Npoint Inc.
- Nucryst Pharmaceuticals
- Nycomed Amersham Imaging
- Obducat Ab
- Orthovita Inc.
- Pacific Nanotechnology
- Pharmasol Gmbh
- Polysciences Inc.
- Proxeon Biosyststems A/S
- Psimedica Ltd.
- Quantum Dot Corp.
- Qiagen N.V.
- Sirna Therapeutics Inc.
- Skyepharma Plc
- Somalogic, Inc.
- Spire Corp.
- Starpharma
- Synkera Technologies, Inc.
- Veeco Inc.
- Xintek, Inc.
- Summary Table:
- Global Market For Nanotechnology Applications In The Life Sciences By Technology Type, Through 2010 ($ Million)
- Table 1 Major Categories Of Nanomaterials Used In The Life Sciences
- Table 2 Types Of Solid Nanoparticles Used In The Life Sciences
- Table 3 Major Types Of Inorganic Nanoparticles With Applications In The In The Life Sciences
- Table 4 Major Types Of Dendrimers With Applications In The Life Sciences
- Table 5 Major Types Of Aptamers With Applications In The Life Sciences
- Table 6 Types Of Nanotubes Used In The Life Sciences
- Table 7 Major Life Science Applications Of Carbon Nanotubes
- Table 8 Major Life Science Applications Of Fullerenes
- Table 9 Major Life Science Applications Of Nanoshells
- Table 10 Major Life Science Applications Of Nanocapsules
- Table 11 Major Types Of Nanostructured Materials With Applications In The In The Life Sciences
- Table 12 Major Types Of Nanocomposites With Applications In The In The Life Sciences
- Table 13 Major Types Of Nanoengineered Materials With Applications In The In The Life Sciences
- Table 14 Types Of Nanotools Used In Life Sciences Applications
- Table 15 Types Of Nanodevices Used In Life Sciences Applications
- Table 16 Nano-Chemical Sensor Applications In The Life Sciences
- Table 17 Major Nano-Biosensor Applications In The Life Sciences
- Table 18 Global Sales Of Nanotechnology Applications In The Life Sciences By Technology Type, Through 2010 ($ Million)
- Table 19 Global Sales Of Nanotechnology Applications In The Life Sciences By Application, Through 2010 ($ Million)
- Table 20 Global Sales Of Nanotechnology Applications In The Life Sciences By Application, Through 2010 ($ Million)
- Table 21 Global Sales Of Solid Nanoparticle Applications For Life Sciences By Type Of Nanoparticle, Through 2010 ($ Millions)
- Table 22 Global Sales Of Solid Nanoparticle Applications For Life Sciences By Type Of Application, Through 2010 ($ Millions)
- Table 23 Global Sales Of Inorganic Nanoparticle Applications In The Life Sciences By Application Type, Through 2010 ($ Millions)
- Table 24 Global Market For Nanoparticle-Based Synthetic Bone And Tooth Enamel, Through 2010 ($ Millions)
- Table 25 Global Sales Of Dendrimer Applications For Life Sciences By Application Type, Through 2010 ($ Million)
- Table 26 Global Sales Of Aptamer Applications For Life Sciences By Application Type, Through 2010 ($ Millions)
- Table 27 Global Sales Of Hollow Nanoparticle Applications For Life Sciences By Technology Type, Through 2010 ($ Millions)
- Table 28 Global Sales Of Hollow Nanoparticle Applications For Life Sciences By Application Type, 2010 ($ Millions)
- Table 29 Global Sales Of Carbon Nanotube Applications For Life Sciences By Application Type, Through 2010 ($ Millions)
- Table 30 Global Sales Of Nanohorn Applications For Life Sciences, Through 2010 ($ Millions)
- Table 31 Global Sales Of Other Nanotube Applications For Life Sciences, Through 2010 ($ Millions)
- Table 32 Lobal Sales Of Nanostructured Material Applications For Life Sciences By Applications Type, Through 2010 ($ Millions)
- Table 33 Nanostructured Materials Life Sciences Application Sales By Type Of Application, 2010 ($ Million)
- Table 34 Global Sales Of Nanocomposite Applications For Life Sciences By Application Types, Through 2010 ($ Millions)
- Table 35 Global Sales Of Nanoengineered Materials Applications For Life Sciences By Application Types, Through 2010 ($ Millions)
- Table 36 Global Market For Nanoengineered Asymmetric Catalysts Used In Pharmaceutical Manufacturing, Through 2010 ($ Millions)
- Table 37 Global Sales Of Nanoengineered Asymmetric Catalysts For Agricultural Chemicals And Nonpharmaceutical Applications, Through 2010 ($ Millions)
- Table 38 Global Sales Of Nanotool Applications For Life Sciences, Through 2010 ($ Millions)
- Table 39 Global Sales Of Nanodevice Applications For Life Sciences By Application Type, Through 2010 ($ Millions)
- Table 40 Global Market For In Vitro Molecular Diagnostics, Through 2010 ($ Billions)
- Table 41 Global Mems Chemical Sensor Sales To The Food Processing Industry, Through 2010 ($ Billions)
- Table 42 Global Biosensor Sales For Food Inspection Application, Through 2010 ($ Billions)
- Table 43 Global Production Of Light Vehicles Equipped With Catalytic Converters, Through 2010 (Million Vehicles)
- Table 44 Global Production Of Light Vehicle Equipped Cabin Air Quality Sensors, Through 2010 (Million Vehicles)
- Table 45 Air Pollution Monitoring And Sensing Equipment Market, Through 2010 ($ Billions)
- Table 46 Global Market For Portable Ground And Surface Water Monitors, Through 2010 ($ Billions)
- Table 47 Worlwide Government Nanotechnology R&d Investments By Region, 2004 ($ Millions)
- Table 48 U.S. National Nanotechnology Initiative Spending On Life Sciences-Related Nanotechnology Research*, 2003-2006 ($ Millions)
- Table 49 Number Of Life Sciences-Related U.S. Nontechnolgy Patents Issued Since 1976, By Type Of Nanotechnology
- Table 50 Number Of U.S. Solid Nanoparticle Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences Applications
- Table 51 Number Of Life Sciences-Related U.S. Solid Nanoparticle Patents Issued Since 1976, By Type Of Nanoparticle
- Table 52 Number Of Life Sciences-Related U.S. Solid Nanoparticle Patents Issued Since 1976, By Application Area
- Table 53 Number Of U.S. Hollow Nanoparticle Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications
- Table 54 Number Of Life Sciences-Related U.S. Hollow Nanoparticle Patents Issued Since 1976, By Type Of Nanoparticle
- Table 55 Number Of Life Sciences-Related U.S. Hollow Nanoparticle Patents Issued Since 1976, By Application Area
- Table 56 Number Of U.S. Nanostructured Materials Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications
- Table 57 Number Of Life Sciences-Related U.S. Nanostructured Materials Patents Issued Since 1976, By Application Area
- Table 58 Number Of U.S. Nanocomposite Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications
- Table 59 Number Of Life Sciences-Related U.S. Nanocomposite Patents Issued Since 1976, By Application Area
- Table 60 Number Of U.S. Nanoengineeded Materials Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences
- Table 61 Number Of Life Sciences-Related U.S. Nanoengineered Materials Patents Issued Since 1976, By Application Area
- Table 62 Number Of U.S. Nanotool Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences Applications
- Table 63 Number Of Life Sciences-Related U.S. Nanotool Patents Issued Since 1976, By Application Area
- Table 64 Number Of U.S. Nanodevice Patents Issued Since 1976 For Life Sciences Vs. Non- Life Science Applications*
- Table 65 Orthovita Inc. Financial Performance 1998-2002 ($ Million)
- List Of Figures
- Summary Figure: Global Market For Nanotechnology Applications In The Life Sciences By Technology Type, 2004-2010 ($ Million)
- Figure 1 Trends In Global Sales Of Nanotechnology Applications In The Life Sciences By Technology Type, 2004-2010 ($ Millions)
- Figure 2 Share Of Nanotechnology Life Science Application Market By Type Of Nanotechnology, 2004 And 2010 (%)
- Figure 3 Share Of Nanotechnology Life Science Application Market By Type Of Application, 2004 And 2010 (%)
- Figure 4 Solid Nanoparticle Application Shares By Type Of Nanoparticle, 2004 And 2010 (%)
- Figure 5 Solid Nanoparticle Application Shares By Type Of Application. 2004 And 2010 (%)
- Figure 6 Share Hollow Nanoparticle Life Sciences Nanotube Application Sales By Type Of Product, 2010 (%)
- Figure 7 Share Of Hollow Nanoparticle Life Sciences Nanotube Application Sales By Type Of Application, 2010 (%)
- Figure 8 Share Of Nanostructured Material Life Sciences Application Sales By Type Of Material, 2010 (%)
- Figure 9 Share Of Nanostructured Materials Life Sciences Application Sales By Type Of Application, 2010 (%)
- Figure 10 Share Of Nanocomposite Applications For Life Sciences By Type Of Application, 2004 And 2010 (Percent Of Total Nanocomposite Sales)
- Figure 11 Share Of Nanoengineered Materials For Life Sciences By Type Of Application, 2004 And 2010 (Percent Of Total Nanoengineered Materials Sales)
- Figure 12 Share Of Nanodevice Nanodevice Applications For Life Sciences By Type Of Application, 2004 And 2010 (Percent Of Total Nanodevice Sales)
- Figure 13 Global Sales Of All Types Of Blood Gas Monitors, 2004-2010 ($ Millions)
- Figure 14 Global Sensor Sales By Type To The Process Industries, 2004 ($ Billions)
- Figure 15 Incremental Growth In Personal/Portable Air Quality Monitor Sales Attributable To Nanosensors, 2004-2010 ($ Millions)
- Figure 16 Regional Share Of Government Nanotechnology R&d Investments Worldwide, 2004 (%)
- Figure 17 U.S. National Nanotechnology Initiative Spending On Life Sciences-Related Nanotechnology Research*, 2003-2006 ($ Millions)
- Figure 18 Share Of Life Sciences-Related U.S. Nontechnolgy Patents Issued Since 1976, By Type Of Nanotechnology (%)
- Figure 19 Share Of U.S. Solid Nanoparticle Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences Applications (%)
- Figure 20 Share Of Life Sciences-Related U.S. Solid Nanoparticle Patents Issued Since 1976, By Type Of Nanoparticle (%)
- Figure 21 Share Of Life Sciences-Related U.S. Solid Nanoparticle Patents Issued Since 1976, By Application Area (%)
- Figure 22 Life Sciences-Related U.S. Solid Nanoparticle Patents Issued Since 1976, By Application Area And Type Of Patent Holder (%)
- Figure 23 Share Of U.S. Hollow Nanoparticle Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications (Percentage Of All U.S. Nanoparticle Patents)
- Figure 24 Share Of Life Sciences-Related U.S. Hollow Nanoparticle Patents Issued Since 1976, By Type Of Nanoparticle (%)
- Figure 25 Share Of Life Sciences-Related U.S. Hollow Nanoparticle Patents Issued Since 1976, By Application Area (%)
- Figure 26 Share Of U.S. Nanostructured Materials Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications (%)
- Figure 27 Share Of Life Sciences-Related U.S. Nanostructured Materials Patents Issued Since 1976, By Application Area (%)
- Figure 28 Share Of U.S. Nanocomposite Patents Issued Since 1976 For Life Sciences Vs. Non-Life Sciences Applications (Percentage Of All U.S. Nanocomposite Patents)
- Figure 29 Share Of Life Sciences-Related U.S. Nanocomposite Patents Issued Since 1976, By Application Area (%)
- Figure 30 Share Of U.S. Nanoengineeded Materials Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences Applications (%)
- Figure 31 Share Of Life Sciences-Related U.S. Nanoengineered Materials Patents Issued Since 1976, By Application Area (%)
- Figure 32 Share Of U.S. Nanotool Patents Issued Since 1976 For Life Sciences Vs. Non- Life Sciences Applications (Percentage Of All U.S. Nanotool Patents)
- Figure 33 Share Of Life Sciences-Related U.S. Nanotool Patents Issued Since 1976, By Application Area (%)
- Figure 34 Share Of U.S. Nanodevice Patents Issued Since 1976 For Life Sciences Vs. Non- Life Science Applications (Percentage Of All U.S. Nanotool Patents)
- Summary Figure: U.S. Market For Sterilization Equipment By Type, 2005-2010 ($ Millions)
- Figure 1 Share Of U.S. Sterilization Equipment By Type, 2005 (%)
- Figure 2 Share Of U.S. Filtration Sterilization Equipment Market By Type, 2005 (%)
- Figure 3 Share Of U.S. Heat Sterilization Equipment Market By Process, 2005 (%)
- Figure 4 Share Of U.S. Steam Heat Sterilization Equipment Market By Type, 2005 (%)
- Figure 5 Share Of U.S. Chemical Sterilization Equipment Market By Type, 2005 (%)
- Figure 6 Share Of U.S. Radiation Sterilization Equipment Market By Type, 2005 (%)
- Figure 7 Share Of U.S. Contract Sterilization Services Market By Type, 2005 (%)
- Figure 8 Basic Sterilization Industry Structure
- Figure 9 Share Of Global Sterilization Equipment Market By Region, 2005 (%)
- Figure 10 Distribution Channels For U.S. Sterilization Products
- Figure 11 U.S. Sterilization Oems Market Share: Major Vs Other Players, 2005 (%)
- Figure 12 U.S. Contract Service Providers Market Share, 2005 (%)
- Figure 13 U.S. Reprocessors Market Share, 2005 (%)
- Figure 14 U.S. Sterilization Capital Equipment Market Value By Size, 2000-2010 ($ Millions)
- Figure 15 U.S. Contract Sterilization Services Market Value By Type, 2000-2010 ($ Millions)
- Figure 16 U.S. Sterilization Equipment Market Value By Treatment Modality, 2000-2010 ($ Millions)
- Figure 17 U.S. Sterilization Equipment Market Value By End Use, 2000-2010
- Figure 18 U.S. Sterile Filters Market Value By Process, 2000-2010 ($ Millions)
- Figure 19 U.S. Sterile Liquid Filters Market Value By Type, 2000-2010 ($ Millions)
- Figure 20 U.S. Sterile Gas Filters Market Value, By Type, 2000-2010 ($ Millions)
- Figure 21 Share Of U.S. Sterile Filters Market By End Use, 2005 And 2010 (%)
- Figure 22 U.S. Sterile Filters Market Share: Major Vs Other Players, 2005 (%)
- Figure 23 U.S. Heat Sterilization Equipment Market Value By Process, 2000-2010 ($ Millions)
- Figure 24 U.S. Steam Sterilization Equipment Market Value By Type, 2000-2010 ($ Millions)
- Figure 25 Share Of U.S. Heat Sterilization Equipment Market By Industry Sector, 2005 And 2010 (%)
- Figure 26 U.S. Heat Sterilizer Suppliers Market Share: Major, Mid-Level And Other Players, 2005 (%)
- Figure 27 U.S. Chemical Sterilization Equipment Market Value, By Type, 2000-2010 ($ Millions)
- Figure 28 Share Of U.S. Chemical Sterilization Equipment Market By End Use, 2005 And 2010 (%)
- Figure 29 U.S. Chemical Sterilizer Oems Market Share: Major Vs Other Players, 2005 (%)
- Figure 30 U.S. Contract Eto Service Providers Market Share: Major Vs Other Players, 2005 (%)
- Figure 31 U.S. Radiation Sterilization Market Value, 2000-2010 ($ Millions)
- Figure 32 U.S. Radiation Sterilization Equipment By Market Share, By End Use, 2005 And 2010 (%)
- Figure 33 U.S. Contract Service Providers Of Radiation Sterilization Market Share: Major Vs Other Players, 2005 (%)
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