2017-2021 Automated Microbiology Market--Instrumentation Review and Strategic Profiles of Leading Suppliers
This new 148-page report from VPGMarketResearch.com reviews current instrumentation technologies, and profiles features of leading automated and semi-automated Molecular Diagnostic, Microbial Identification, Antibiotic Susceptibility, Blood Culture, Urine Screening, and Immunodiagnostic analyzers. The report also presents strategic assessments of current and emerging suppliers of microbiology products, including their sales, product portfolios, marketing tactics, technological know-how, new products in R&D, collaborative arrangements, and business strategies.
The level of automation in the microbiology laboratory has been lagging behind that of other major clinical laboratory segments, such as chemistry and hematology. The slow acceptance of the technology is in part due to the complexity of developing automation suitable for microbiology tests.
The introduction of automated microbiology instrumentation has been delayed by a number of intrinsic and technical problems. The diffusion of automated microbiology systems, once the technology was developed, has not matched that of other automated laboratory technologies. The acquisition of automation in microbiology has been slowed by forces less easily identifiable than the effects of various reimbursement plans. Some laboratorians still believe that current instrumentation is not the ultimate technology and expect better automation on the horizon.
The driving force behind the need for rapid reporting of microbiological test results is the clinical relevance in a time of financial austerity, a time when cost and health care effectiveness to the patient and diagnostician looms ever larger, and where after-the-fact results at high expense are coming under severe scrutiny worldwide.
Contains 148 pages
The level of automation in the microbiology laboratory has been lagging behind that of other major clinical laboratory segments, such as chemistry and hematology. The slow acceptance of the technology is in part due to the complexity of developing automation suitable for microbiology tests.
The introduction of automated microbiology instrumentation has been delayed by a number of intrinsic and technical problems. The diffusion of automated microbiology systems, once the technology was developed, has not matched that of other automated laboratory technologies. The acquisition of automation in microbiology has been slowed by forces less easily identifiable than the effects of various reimbursement plans. Some laboratorians still believe that current instrumentation is not the ultimate technology and expect better automation on the horizon.
The driving force behind the need for rapid reporting of microbiological test results is the clinical relevance in a time of financial austerity, a time when cost and health care effectiveness to the patient and diagnostician looms ever larger, and where after-the-fact results at high expense are coming under severe scrutiny worldwide.
Contains 148 pages
Introduction
1. MAJOR FACTORS AFFECTING MARKET PENETRATION
of Microbiology Instrumentation
2. TRADITIONAL PRACTICES
3. TECHNOLOGICAL CHALLENGES
4. AUTOMATION: IMPACT ON THE MICROBIOLOGY
Laboratory and the Patient
Major Microbiology Automated and Semiautomated Systems
1. MULTIPLE PURPOSE MICROBIOLOGY SYSTEMS
2. SPECIALIZED MICROBIOLOGY SYSTEMS
3. MOLECULAR DIAGNOSTIC SYSTEMS
4. IMMUNODIAGNOSTIC SYSTEMS
Competitive Assessments
Abbott
Affymetrix
Agilent Technologies
Applied Gene Technologies
Arca Biopharma
Beckman Coulter/Danaher
Becton Dickinson
Biokit
bioMerieux
BioRad
Biotest
Cepheid
CellMark Forensics/Lab Corp
Decode Genetics
Diadexus
Diamedix/Erba
DiaSorin
Eiken Chemical
Elitech Group
Enz-Biochem
Exact Sciences
Fujirebio
Grifols
Hologic/GenProbe
Illumina
ID Biomedical/GSK
Kreatech/Leica
LiCor Biosciences
Lonza
Monogram Biosciences
Myriad Genetics
OrthoClinical Diagnostics
Perkin Elmer/Caliper
Proteome Sciences
Qiagen
Roche
Scienion
Sequenom
SeraCare
Siemens
Sierra Molecular
Shimadzu
Takara Bio
Tecan
Therm-Fisher
Wallac/PE
Wako
1. MAJOR FACTORS AFFECTING MARKET PENETRATION
of Microbiology Instrumentation
2. TRADITIONAL PRACTICES
3. TECHNOLOGICAL CHALLENGES
4. AUTOMATION: IMPACT ON THE MICROBIOLOGY
Laboratory and the Patient
Major Microbiology Automated and Semiautomated Systems
1. MULTIPLE PURPOSE MICROBIOLOGY SYSTEMS
2. SPECIALIZED MICROBIOLOGY SYSTEMS
3. MOLECULAR DIAGNOSTIC SYSTEMS
4. IMMUNODIAGNOSTIC SYSTEMS
Competitive Assessments
Abbott
Affymetrix
Agilent Technologies
Applied Gene Technologies
Arca Biopharma
Beckman Coulter/Danaher
Becton Dickinson
Biokit
bioMerieux
BioRad
Biotest
Cepheid
CellMark Forensics/Lab Corp
Decode Genetics
Diadexus
Diamedix/Erba
DiaSorin
Eiken Chemical
Elitech Group
Enz-Biochem
Exact Sciences
Fujirebio
Grifols
Hologic/GenProbe
Illumina
ID Biomedical/GSK
Kreatech/Leica
LiCor Biosciences
Lonza
Monogram Biosciences
Myriad Genetics
OrthoClinical Diagnostics
Perkin Elmer/Caliper
Proteome Sciences
Qiagen
Roche
Scienion
Sequenom
SeraCare
Siemens
Sierra Molecular
Shimadzu
Takara Bio
Tecan
Therm-Fisher
Wallac/PE
Wako
