Since 2010, the market has seen stronger growth,
helped by demand in under-penetrated markets, the adoption of newer-generation
hybrid imaging technologies such as PET/CT and a move towards the use of PET
from SPECT, necessitating the purchase of new PET systems.
The short-lived positron-emitting isotopes used in
PET imaging are generally produced in a cyclotron and then synthesised on-site
before patient administration. Although not requiring the use of a nuclear
reactor, this limits the use of PET imaging to centres with access to a
cyclotron and synthesis equipment. Therefore, a major development is the recent
availability of smaller and cheaper cyclotrons which are designed to produce
C-11 and F-18 isotopes economically and on-demand, without the need for
radiochemistry or PET accelerator expertise.
The drive towards PET has been additionally boosted
by advancement in the diagnosis of Alzheimer’s disease and the approval of Avid
Radiopharmaceuticals’ Amyvid (florbetapir F-18 injection). Avid (owned by Eli
Lilly) is the first company to achieve approval for a diagnostic PET tracer
which estimates beta amyloid neuritic plaque density in adults with cognitive
impairment. This is likely to become a busy marketplace with GE, Piramel and
Navidea developing late-stage products whilst the focus of new research is
targeting the tau proteins.
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Report Details @ http://www.rnrmarketresearch.com/advances-in-molecular-imaging-a-market-coming-of-age-market-report.html
With this report you
will:
-
Know the state of the molecular imaging market and recent advances in
Alzheimer’s diagnosis
- Establish the future market growth with 5-year value forecasts
- Know the clinical and regulatory challenges facing the sector
- Assess the companies that are developing hybrid technologies
- Review the challenges facing producers of radiopharmaceuticals and the research which is seeking alternative paths
- Know why PET is outpacing SPECT and the advantages it brings
- Appreciate the regulatory hurdles affecting radiopharmaceutical producers in the US
- Understand the changing competitive landscape and market positioning of new entrants
- The MI market fundamentals remain solid and there are strong opportunities for growth within the industry. These are being driven by continued innovation and new product development, beneficial demographics, an ageing installed base of imaging equipment in the developed markets of the US and Europe, and the increasing adoption of MI technologies in emerging markets.
- Establish the future market growth with 5-year value forecasts
- Know the clinical and regulatory challenges facing the sector
- Assess the companies that are developing hybrid technologies
- Review the challenges facing producers of radiopharmaceuticals and the research which is seeking alternative paths
- Know why PET is outpacing SPECT and the advantages it brings
- Appreciate the regulatory hurdles affecting radiopharmaceutical producers in the US
- Understand the changing competitive landscape and market positioning of new entrants
- The MI market fundamentals remain solid and there are strong opportunities for growth within the industry. These are being driven by continued innovation and new product development, beneficial demographics, an ageing installed base of imaging equipment in the developed markets of the US and Europe, and the increasing adoption of MI technologies in emerging markets.
-
In particular, the increasing incidence of cancer, cardiovascular and
neurological diseases means that demand for faster and more accurate diagnosis,
as well as drug development and pre-clinical study efforts, will continue to
accelerate in coming years. In addition, MI technologies will become more
widely adopted as clinical evidence is established as to their benefits, and
new technological innovations continue to be brought to market, particularly
related to the MI of cancer and neurological diseases such as Alzheimer’s and
Parkinson’s.
-
In addition, the current lack of penetration for nuclear and molecular imaging
in emerging economies is driving demand, where new facilities are being set up
and lower-cost systems are in demand.
Challenges to overcome
The short and mid-term prospects for MI are to a large extent dependant on the pace of economic recovery, which will affect the ability of smaller companies to obtain financing and future healthcare budgets, particularly in Europe. In addition, uncertainties currently exist surrounding Mo-99 supply, the impact of the US medical device excise tax, new regulatory hurdles for radiopharmaceuticals in the US and whether beta amyloid PET imaging (and related technologies) will be sufficiently reimbursed to facilitate their widespread use.
The short and mid-term prospects for MI are to a large extent dependant on the pace of economic recovery, which will affect the ability of smaller companies to obtain financing and future healthcare budgets, particularly in Europe. In addition, uncertainties currently exist surrounding Mo-99 supply, the impact of the US medical device excise tax, new regulatory hurdles for radiopharmaceuticals in the US and whether beta amyloid PET imaging (and related technologies) will be sufficiently reimbursed to facilitate their widespread use.
A changing
competitive landscape
Currently, the key players in the MI market include medical diagnostic imaging equipment manufacturers such as Philips, Siemens and GE; radiopharmaceutical and imaging agent companies such as GE, Bracco, Covidien, IBA Molecular and Lantheus Medical Imaging; and companies that operate radiopharmacies such as Cardinal Health, Triad Isotopes and Siemens. The landscape is shifting and, despite pharmaceutical companies such as BMS and Bayer leaving the MI market, others have been keen to enter.
Currently, the key players in the MI market include medical diagnostic imaging equipment manufacturers such as Philips, Siemens and GE; radiopharmaceutical and imaging agent companies such as GE, Bracco, Covidien, IBA Molecular and Lantheus Medical Imaging; and companies that operate radiopharmacies such as Cardinal Health, Triad Isotopes and Siemens. The landscape is shifting and, despite pharmaceutical companies such as BMS and Bayer leaving the MI market, others have been keen to enter.
Piramal
Group has gained a strong position in MI. The company now owns the intellectual
property and development, marketing and distribution rights for Bayer’s lead
compound, florbetaben, which is seen as a promised imaging agent for AD.
Through the Bayer transaction, Piramal now also owns other clinical and
pre-clinical agents that are in development for cardiology and oncology
imaging.
Progenics Pharmaceuticals is focusing on developing therapeutic radiopharmaceuticals and targeted MI agents for oncology, through its acquisition of Molecular Insight Pharmaceuticals.
Progenics Pharmaceuticals is focusing on developing therapeutic radiopharmaceuticals and targeted MI agents for oncology, through its acquisition of Molecular Insight Pharmaceuticals.
And it is not just
Pharma companies:
PerkinElmer
has acquired VisEn Medical and Caliper Lifesciences, who’s in vivo and in vitro
diagnostics are used in pre-clinical drug development work.
Samsung has strengthened its medical imaging business with the acquisition, in January 2013, of NeuroLogica. Although mainly focused on portable CT scanners, NeuroLogica also offers the inSPira HD portable SPECT system.
Samsung has strengthened its medical imaging business with the acquisition, in January 2013, of NeuroLogica. Although mainly focused on portable CT scanners, NeuroLogica also offers the inSPira HD portable SPECT system.
The report covers companies active in the major MI sectors
Nuclear
Imaging
Near infrared or optical imaging
Ultrasound
MRI
MRI/PET
MRI/SPECT
Tracers and Radiopharmaceuticals
Near infrared or optical imaging
Ultrasound
MRI
MRI/PET
MRI/SPECT
Tracers and Radiopharmaceuticals
This report answers key business questions…
What
alternatives are being considered to mitigate the ongoing supply issues with
the Molybdenum-99 isotope?
In which therapy sectors are MI technologies playing a key diagnostic role and with what success?
What collaborative role are academic institutions playing in MI development?
Which companies are most advanced in introducing hybrid imaging systems?
For which tracing agent did Navidea receive FDA approval in March 2013?
Which 2 Spanish companies did Advanced Accelerator Applications acquire in January 2013?
What development in 2012 strengthened Bruker’s position in the pre-clinical imaging sector?
What developments are helping GE maintain its leading position in the molecular imaging sector?
In which therapy sectors are MI technologies playing a key diagnostic role and with what success?
What collaborative role are academic institutions playing in MI development?
Which companies are most advanced in introducing hybrid imaging systems?
For which tracing agent did Navidea receive FDA approval in March 2013?
Which 2 Spanish companies did Advanced Accelerator Applications acquire in January 2013?
What development in 2012 strengthened Bruker’s position in the pre-clinical imaging sector?
What developments are helping GE maintain its leading position in the molecular imaging sector?
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Report Copy @ http://www.rnrmarketresearch.com/contacts/purchase?rname=89176
Table of Content
Executive Summary 1
Introduction 1
Applications of MI.2
Neurological Disease 2
Oncology 2
Cardiovascular Disease3
MI for use in LifeSciences and the Pharmaceutical Industry 3
MI Modalities 4
Hybrid MRI/PET Imaging 5
Hybrid MRI/SPECT Imaging 7
Tracers and Radiopharmaceuticals 7
Introduction 1
Applications of MI.2
Neurological Disease 2
Oncology 2
Cardiovascular Disease3
MI for use in LifeSciences and the Pharmaceutical Industry 3
MI Modalities 4
Hybrid MRI/PET Imaging 5
Hybrid MRI/SPECT Imaging 7
Tracers and Radiopharmaceuticals 7
Competitive Landscape 8
New Market Entrants9
Market Consolidation 10
Collaborative Development Efforts 11
Barriers to Market Entry and Challenges for Smaller Companies 12
New Market Entrants9
Market Consolidation 10
Collaborative Development Efforts 11
Barriers to Market Entry and Challenges for Smaller Companies 12
Current Market
Dynamics 13
Nuclear Imaging Adoption 13
Market Insight 13
Fig.1: Diagnostic Imaging Systems Market by Modality, 2012 14
Fig.2: Medical Imaging Market, 2005-2012 (US$ billion)* 15
Fig.3: Nuclear Imaging Equipment Market, 2007-2012 (US$ billion)* 16
Fig.4: Molecular Imaging Market by End-Use Product Type, 201016
Molybdenum-99 Isotope Supply Issues16
Recent Developments in the PET Market 21
Alzheimer’s Disease PET Imaging 22
Lymphoseek Lymph Node Imaging 26
PET Regulatory Approval Issues 26
Improved Optical Imaging Techniques 27
Nuclear Imaging Adoption 13
Market Insight 13
Fig.1: Diagnostic Imaging Systems Market by Modality, 2012 14
Fig.2: Medical Imaging Market, 2005-2012 (US$ billion)* 15
Fig.3: Nuclear Imaging Equipment Market, 2007-2012 (US$ billion)* 16
Fig.4: Molecular Imaging Market by End-Use Product Type, 201016
Molybdenum-99 Isotope Supply Issues16
Recent Developments in the PET Market 21
Alzheimer’s Disease PET Imaging 22
Lymphoseek Lymph Node Imaging 26
PET Regulatory Approval Issues 26
Improved Optical Imaging Techniques 27
Market Outlook 8
Molecular Imaging: Market Drivers, Restraints & Future Opportunities 28
Fig.5: Nuclear Imaging Equipment Market, 2012-2017E (US$ million)* 29
Fig.6: Pre-Clinical Imaging Systems Market, 2012-2017E (US$ million) 29
Fig.7: Radiopharmaceuticals Market, 2012-2017E (US$ million) 30
Fig.8: Molecular Imaging End-Use Products Market, 2012-2017E (US$ million)* 30
Molecular Imaging: Market Drivers, Restraints & Future Opportunities 28
Fig.5: Nuclear Imaging Equipment Market, 2012-2017E (US$ million)* 29
Fig.6: Pre-Clinical Imaging Systems Market, 2012-2017E (US$ million) 29
Fig.7: Radiopharmaceuticals Market, 2012-2017E (US$ million) 30
Fig.8: Molecular Imaging End-Use Products Market, 2012-2017E (US$ million)* 30
Molecular Imaging Companies 31
ABT Molecular Imaging31
ABT Molecular Imaging31
“Dose on Demand” Biomarker Generator31
ABX 33
ABX 33
Advanced Accelerator Applications
34
Recent Events.34
Mergers and Acquisitions 35
Products.35
Research & Development: Annexin V-128.36
Current Alliances36
Recent Events.34
Mergers and Acquisitions 35
Products.35
Research & Development: Annexin V-128.36
Current Alliances36
UWRC Spółka Z Ograniczoną Odpowiedzialnością,
University Of Warsaw 36
GE Healthcare 37
Institut Curie 37
IASON GmbH 37
European Molecular Imaging Manufacturers Association 37
Bracco 37
Financial Performance 37
GE Healthcare 37
Institut Curie 37
IASON GmbH 37
European Molecular Imaging Manufacturers Association 37
Bracco 37
Financial Performance 37
Advanced Cyclotron
Systems 38
Recent Events38
Products.38
TR 24 Cyclotrons 38
TR 30 Cyclotrons 39
TR PET Cyclotrons39
CycloTec R&D Programme 39
Current Alliances 40
TRIUMF 40
GE Healthcare 41
Recent Events38
Products.38
TR 24 Cyclotrons 38
TR 30 Cyclotrons 39
TR PET Cyclotrons39
CycloTec R&D Programme 39
Current Alliances 40
TRIUMF 40
GE Healthcare 41
Advanced Medical Isotope 42
Products in Development 42
US Production of Molybdenum-99 43
Alliance with GSG International 44
Financial Performance 44
AMIC - Operating Results, 2007-2011 (US$ thousand) 45
Fig.9: AMIC - Revenue by Type, 2011.45
Latest Results 45
Products in Development 42
US Production of Molybdenum-99 43
Alliance with GSG International 44
Financial Performance 44
AMIC - Operating Results, 2007-2011 (US$ thousand) 45
Fig.9: AMIC - Revenue by Type, 2011.45
Latest Results 45
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