- "Bioimaging"
relates to methods that visualise cellular and molecular
processes in real time and, as far as possible, without
interference by the observation itself. From X-ray and
ultrasound images to cutting-edge 3D and 4D body images using CT
scans, MRI, PET, or other advanced technologies, bioimaging is a
powerful tool for viewing the internal workings of the body and
its diseases.
- Molecular
imaging technologies are being developed to examine the
integrative functions of molecules, cells, organ systems and
whole organisms. The organisms range from viruses to bacteria to
higher order species, including humans, and in each case,
molecular imaging is used to examine the structure and
regulatory mechanisms of their organised functions.
- Biomedical
imaging refers to methods that open new ways to see the body’s
inner workings, measure biological functions, and evaluate
cellular and molecular events using less invasive procedures.
While X-ray imaging is a familiar example, it represents only
one aspect of this fast growing field.
- Bioimaging
enables the discovery and tracing of biomarkers of drug response
- an increasingly important field of research in the
pharmaceutical industry. The Food and Drug Administration (FDA),
the National Cancer Institute (NCI), and the Centers for
Medicare and Medicaid Services (CMS) have agreed to collaborate
on improving the development of cancer therapies and outcomes
for cancer patients through biomarker development and
evaluation.
- The Market
Overview delves into the trends of imaging technologies as they
relate to sales and advances within the imaging arena. Many
industries are both interested and invested in understanding the
cell on a microscopic level, which has continued to fuel sales
of imaging equipment and software. The field is predicted to
maintain an average growth rate of 11% over the next 4-5 years,
with significant increases in electron and confocal microscopy
overall. Confocal imaging, which provides images superior in
quality to light microscopy, is additionally buoyed by popular
high-throughput protocols and improved strategies in drug
development and clinical diagnostics. Sales of such automated
confocal systems are expected to double by 2008, yielding a 23%
growth rate and contributing to the upsurge in imaging revenues.
- Collectively,
the various imaging modalities and accessories generated $1.65
billion in 2004 and – with an average annual growth rate of 11%
– revenues should reach $2.77 billion in 2009, according to the
Trimark report. Excluding accessories, the growth rate
is 11.6% such that revenues should approach $2.5 billion by
2009. The United States accounted for the largest share,
representing one-third of the market. Japan made up 20% of the
market, while other Asian countries represented 16%. The
European Union accounted for a share of 18%.
|
General
Information
- Bioimaging
- Bioimaging -
method
- Bioimaging
Information
Technology
- An Emerging
Tool for Small Animal Cancer Research
- A
21st-Century Toolbox for Medical Technology
- Biomedical
Imaging
- 3D Molecular
Bioimaging Mass Spectrometry
- Scaffold
Structure and Cell Function Through Multimodal Imaging and
Quantitative Visualization
- Visualizing
internal 3D structures with submicrometer resolution
- The new
age of bioimaging
-
Single-cell Kinetics
-
BioImaging Techniques
- Optimal
selection of flurophores for bioimaging using hyperspectral
cameras
Bioimaging
Systems
- Digital
Camera
-
Chemiluminescence Imaging System
- Flexible
digital imaging systems
- Entry-Level
digital color system
- Gel
Documentation and Analysis System
- High
Content Bioimagers
- BioImaging
System
- Product Guide
Bioimaging
Software
- Software
Developer
- Flow
cytometry Data acquisition and analysis Bioimaging software
- Bio-imaging
software
- iQ
imaging software
- Use of a
novel, self-learning bio-imaging software
- Imaging and
Analysis Software
Bioimaging
-
Shedding Light and Electrons on the Lamellipodium
-
Realtime Chemical Bioimaging
- Silicon
Quantum dots for Bioimaging
- Virtual
Bioimaging Laboratory
- Fourier
Transformed Spectral Bio-imaging for Studying the Intracellular
Fate of Liposomes
-
Multiscale bioimaging using synchrotron light
- New
Horizon in Bioimaging and Biomagnetics
- Old Botanical
Techniques for New Microscopes
- Tracking in
Molecular Bioimaging
Market
- Alpha
Innotech and R&C Biogenius Ltd. Announce a New Imaging
Instrument Development and Supply Agreement
- Cellular
Imaging and Image Analysis
- Bioimaging
Technologies Announces First Quarter 2005 Financial Results
- Systems Bio
Imaging: The Time Has Come
|
Patent
- Spectral
Bioimaging of the eye
- Hybrid
Nanocrystals for Treatment and Bioimaging of Disease
- Method of
Bioimaging Using Nanocrystals of Fluorescent Dyes
- Microprobe
for 3D Bioimaging , Method of Fabricating the Same and Use
Thereof
- Preparation
of protein microspheres, films and coatings
- Spectral
Bioimaging Data for Cell Classification Using Internal Reference
Projects
-
A Response to the NCRIS Strategic Roadmap
- Fluorescence
Recovery After Photobleaching
- Research
projects
- Three
Dimensional Imaging for Bio-Medical Applications
- Functional
Bio-Imaging Using Fluorescent Life Time Imaging
- ECE
Bio-Imaging Aids Medical Research
-
Synthesis, characterisation and application of nanocrystals
Reports
- Interim
Report and Accounts
- Annual Report
- Imaging as a
Biomarker
- Leica
Introduces the 4pi System
- Bio-Imaging
Technologies Signs Collaborative Agreement
- Overcoming
the Safety Challenges of Advanced Bioimaging Facilities
Companies
- Company from
USA
- Company from
Pennsylvania
- Core
Bioimaging Facility
- Company from
Israel
- Company from
California
- Bioimaging
Systems Lab
- Bioimaging
Research Group
BioImaging
Systems Manufacturing Companies
- Company from
Belgium
- Company from
USA
- Company from
China
- Company from
Israel
- Manufacturing
Company
- Company from
Hawaii
- Company from
UK
-
Company from
Cambridge
Consultants
- Expert
- Consultant
from Pennsylvania
- Consultant
From India
- List of
Experts
- Consultant
from New York
- Consultant
from Singapore
Order
the CD ROM Today |