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Market Research Report

Infectious Disease Diagnostic Markets

Published by Kalorama Information
Published August, 2009 Product code 96362
Content info 180 pages
Price
US $ 3500 PDF by E-mail (Single User License)
US $ 3900 Hard Copy
US $ 7000 PDF by E-mail (Global Site License)


Infectious Disease Diagnostic Markets published by Kalorama Information in August, 2009. This report consists of 180 pages and the price starts from US $ 3500.

Introduction

Abstract

The ubiquity of infections makes thier detection a healthcare priority and an ongoing opportunity for IVD companies. The aging of the population, and emerging threats - MRSA, swine flu, and others have had an impact on this market recently and will continue to in years to come. Kalorama Information has been observing diagnostic markets for over a decade and has assembled in this report, Infectious Disease Diagnostics, Kalorama Information has assembled its best primary and secondary research.

This report focuses on products used for the diagnosis of bacterial and viral infections. The major consideration is given to bacterial infections because (a) they are the most frequent type of infections, and (b) the practical aspects of diagnosis and therapy are more meaningful based both on medial considerations and on market considerations. On the other hand, viral infections are becoming of greater importance due to (a) the discovery of new viral infections, (b) advances in the development of viral therapeutics, and (c) the mutation viruses that cause drug resistance.

Included in this report:

  • Market Size and Forecast for (Immunoassays, Rapid, DNA, ID/MIC )
  • Overview of Key Infections and Their Impact on the Market
  • Long-Term (10 Year) Trend in the Infectious Disease Diagnostics Market
  • Seven Conclusions and Recommendations
  • Key Product Summary: Immunoassay Products, Molecular Diagnostic Products, Amplification Products
  • Discussion and Listing of ‘Home Brew' Products
  • Discussion of Leading Competitors in the Market
  • Increasing Use of Non Traditional Technologies in ID (FISH, Flow Cytometry, etc.)
  • The Role of NAT Testing Near-Term and Long-Term
  • A Glossary of Important Terms
  • Best Opportunities for IVD Companies

Market analysis in this report considers primarily the epidemiological considerations and the sizes patient groups both in the United States and globally, where available. We have accumulated the most recent data available, understanding that virtually no organization does extensive studies on these applications on a regular basis.

As with most Kalorama reports, this is a work of both market description and analysis, along with recommendations. The analysis presented in this report is based on data from a combination of company, government, industry, institutional and private sources. It includes information from extensive literature reviews and discussions with experts in the field, including microbiologists, pathologists, hospital authorities, research scientists, business development managers and marketing managers.

In this report global (world) revenue numbers are presented based on reported and estimated manufacturer revenue.

Table of Contents

CHAPTER ONE: EXECUTIVE SUMMARY

  • Overview
    • Scope and Methodology
    • Market Considerations
  • Trends Affecting Infectious Disease Diagnosis Applications
    • Opportunity for Diagnostic Products in Infectious Disease
    • Drug Resistance
    • Have Immunoassays Peaked?
    • Need for Faster Tests
    • “Controlled Growth” of NAT
    • Drug Susceptibility and Resistance Testing Markets
    • A Need for Simplification

CHAPTER TWO: OVERVIEW OF INFECTIOUS DISEASES

  • General
    • Infectivity
    • Primary Pathogens
    • Zoonoses
    • Opportunistic Pathogens
    • Disease Susceptibility
    • Bacterial Infections
      • Criteria
    • Viral Infections
      • Viral Drug Resistance
  • Swine Flu and the IVD Industry
    • Origin of Flu Virus Mixes
    • PCR Test Development
    • Late-Breaking Research Developments
    • Use of Rapid Tests in Current Epidemic

CHAPTER THREE: TECHNOLOGY AND PRODUCTS

  • Bacterial Cultures: Diagnosis and Susceptibility
    • Blood Culture
    • Throat Culture
    • Sputum Cultures
    • Spinal Fluid Cultures
    • Stool Cultures
    • Urine Cultures
  • Viral Culture
  • Immunoassays
    • Agglutination Immunoassays
    • Nephelometry
    • Indirect Immunofluorescence
    • Enzyme Immunoassay (ELISA, EIA)
    • Fluorescence and Luminescence Immunoassay
    • Magnetic Immunoassay
  • Molecular Diagnostics
  • Amplification Technologies
    • Probe Technologies

CHAPTER FOUR: INFECTIOUS DISEASE DIAGNOSTICS MARKETS

  • Increasing Use of Non-Traditional Systems
    • FISH
    • Cell Counting by Flow Cytometry
    • Laser Based Microbial Detection
  • Market Analysis
    • Microbial Identification and Antimicrobial Sensitivity Tests
    • Rapid Tests
    • Immunoassays - Lab based
    • STDs
    • Supplies
  • Competition
    • Probe Technology
  • Key Company Synopses
    • AdvanDx
    • Beckman Coulter
    • bioMerieux
    • BioRad -
    • Cepheid -
    • Gen-Probe
    • Roche Molecular Diagnostics
    • Siemens Healthcare Diagnostics -

CHAPTER FIVE: CONCLUSIONS AND STRATEGIC IMPLICATIONS

  • First Conclusion
  • Second Conclusion
  • Third Conclusion
  • Fourth Conclusion
  • Fifth Conclusion
  • Sixth Conclusion
  • Seventh Conclusion

GLOSSARY

LIST OF EXHIBITS

CHAPTER ONE: EXECUTIVE SUMMARY:

  • Figure 1-1: Worldwide Infectious Disease Diagnostics Sales
  • Figure 1-2: Trend in Revenue in Infectious Disease Diagnostics Long-Term (NAT, Rapid, Immunoassays)

CHAPTER TWO: OVERVIEW OF INFECTIOUS DISEASES

  • Table 2-1: Classification of Common Pathogenic Bacteria
  • Table 2-2: Common Mechanisms of Antibacterial Resistance

CHAPTER THREE: TECHNOLOGY AND PRODUCTS

  • Table 3-1: Key Immunoassay Products Used for Clinical Testing for Bacterial Infections
  • Table 3-2: Molecular Diagnostics Technologies
  • Table 3-3: Gene Amplification Technologies
  • Table 3-4: Commonly Used Signal Amplification Technologies for Genetic Analysis
  • Table 3-5: Key Molecular Assay Products for the Diagnosis of Infectious Diseases (Company, Analyte, Test Category, Product, Technology)
  • Table 3-6: Key “Home Brew” Molecular Assays for Infectious Diseases

CHAPTER FOUR: INFECTIOUS DISEASE DIAGNOSTICS MARKETS

  • Table 4-1: Companies Engaged in the Market for Bacterial Culture Products
  • Table 4-1: PCR, FISH, Flow and Cell Imaging Systems for Bacteria / Virus Detection, 2008 and 2012 ($million)
  • Table 4-2: Worldwide Microbiology/Virology Sales by Type (Immunoassays, Rapid, DNA, ID/MIC ) 2008-2013
  • Table 4-3 : ID/MIC Revenue Breakdown (Automated Panels and Reagents, Manual Panels and Reagents, Blood Culture, Rapid Micro) and Supplies
  • Table 4-4: Selected Chromogenic Growth Media (Company, Location, Media)

Press Release

In Drug Resistant Strains, a Raison d'Etre for NAT Testing

August 31st, 2009

An expanding population of bacterial strains that are drug resistant, including methicillin-resistant Staphylococcus aureus (MRSA), will be the most important justification for nucleic acid-based tests (NAT). According to Infectious Disease Diagnostic Markets, a new report from leading life science market research company Kalorama Information, the most substantial growth in the $8.4 billion market for infectious disease diagnostics is in molecular testing.

The needs of infectious disease testing are such that the two traditional methods, culture-based assays and immunoassays, are becoming increasingly inadequate. One key reason for this is the increase in drug-resistant infections. Immunoassays have no analytical potential here and culture-based assays for bacterial susceptibility/sensitivity, though low cost, are slow and often difficult.

"Relevancy is established through significantly improved efficacy and not marginal improvement," says Bruce Carlson, publisher of Kalorama Information. "NAT testing can be put to many uses, but what will get it into more labs is its role in determining the genetic differences that make a bacterial strain such as MRSA or MDR-TB/XDR-TB drug resistant, with results in 2-4 hours."

This has allowed physicians to more rapidly select combination therapeutics for infections such as these. And in viral applications, for example in HIV infection, it has been equally valuable in detecting drug resistances that have developed in response to therapy.

What will cause immunoassays and culture-based assays to remain in the laboratory will be their relatively low cost. The cost of NAT assays, which are not usually analyzed outside the hospital lab, is still high at around $25-$35, while selective media cost about $5 a plate.

Laboratories are still largely equipped with immunoassay instrumentation, but not all have access to a thermal cycler or the expertise to perform a molecular MRSA test. And Kalorama expects replacement to be slow as a result of the recession. Therefore, both culture-based assays and immunoassays will hold ground with regard to infections disease tests that do not require rapid turn-around or are otherwise difficult to perform.

Kalorama Informations new report, Infectious Disease Diagnostic Markets," focuses on products used for the diagnosis of bacterial and viral infections and addresses the significant impact that the rising threat of infections such as MRSA, swine flu and others are having on diagnostics. A market summary includes a total market analysis, key product summary, forecasts and a competitive analysis of leading companies.

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