Lab Chip Devices Market
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Global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong><br />
<strong>Market</strong><br />
Share, Global Trends,<br />
Analysis, Research, Report,<br />
Opportunities,<br />
Segmentation and Forecast,<br />
2016-2026<br />
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Report Description<br />
A lab chip device is a device which assimilates one or more laboratory tasks on a sole chip<br />
to achieve high-throughput screening and automation. Dimensions of the chip may vary<br />
from few millimeters to square centimeters. LOCs handles extremely small volume of<br />
fluid which can be close to pico liters. <strong>Lab</strong>-on-a-chip devices are actually a part of Micro<br />
electro mechanical systems (MEMS). These devices are often designated by "Micro Total<br />
Analysis Systems" (µTAS). <strong>Lab</strong> <strong>Chip</strong> devices are the devices which primarily describes the<br />
manipulation. The <strong>Lab</strong> <strong>Chip</strong> devices indicates the mounting of multiple or single lab<br />
process to a chop format. Whereas Micro Total Analysis systems helps in integrating the<br />
total sequence of complete <strong>Lab</strong> processes to perform the analysis. Basically <strong>Lab</strong> chip<br />
devices are the instruments which allows the chemical analysis or the laboratory<br />
synthesis on a very small scale. Over the past 2 decades LOC devices have shown good<br />
benefits and appreciable potential for a wide range of applications like genomic research<br />
proteomics research, point of care diagnostics, analytical chemistry, biohazards<br />
detections and environmental monitoring. Compare to the conventional devices these<br />
small devices offera a wide range of advantages. They reduce reagent and sample<br />
consumption, shortens reaction time. Also it requires a less power, portable in nature<br />
and have very less manufacturing cost as compared to the conventional bulkier <strong>Lab</strong><br />
machines. The recent advancement in <strong>Lab</strong> <strong>Chip</strong> devices can be designed with higher<br />
precision. The flow of the samples used can be precisely controlled with the help of<br />
external valves and pumps and the analytes can be detected with high sensitivity using<br />
electrical, optical and magnetic based techniques.<br />
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Report Description<br />
<strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>: Drivers and Restraints<br />
<strong>Lab</strong> <strong>Chip</strong> devices is a new technology which is driving the current <strong>Lab</strong>oratory testing<br />
market and also suffices the current need of the market where the trace samples are to<br />
be analyzed. The applications of such devices are more inclined towards the medical<br />
examination and life sciences, where protein crystallization and DNA, RNA sequencing<br />
can be studied. Moreover the features of being handy and easy to use are the factors<br />
expected to fuel the growth of global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>. These devices are also<br />
portable and easy to carry hence can be widely used in Hospitals and ambulatory surgical<br />
centers as well. Use of the conventional laboratory services may act as a restraint in the<br />
present market as it may take time for the technology to be acknowledged and admired<br />
by health care professionals.Though there are hurdles pertaining to the<br />
commercialization of new technology, but in the long run these devices will become<br />
crucial.<br />
<strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>: Segmentation<br />
The global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong> has been classified on the basis of application, end<br />
user and geography.<br />
Based on application, the global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> is divided into following:<br />
• Clinical Diagnostics<br />
• Genomics
Report Description<br />
• In vitro Diagnostics<br />
• Point of Care Diagnostics<br />
• Proteomics<br />
• Drug Discovery<br />
• Others (Biodefense, Food Pathogen Identification, and Environmental Contamination)<br />
Based on the end user type, the global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> is divided into following:<br />
• Biotechnology and Pharmaceutical Companies<br />
• Hospitals<br />
• Forensic <strong>Lab</strong>oratories<br />
• Diagnostics Centers<br />
• Academic & Research Institutes<br />
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<strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>: Overview<br />
The first ever lab chip devices was created by Stanford university in the year 1979 for gas<br />
chromatography. However the actual use of lab chip devices began in the late 80s<br />
through the adaptation of micro fabrication processes and development of the micro
Report Description<br />
fluids. In 1990s the scientist began to explore fluids and shorten the biochemical<br />
operation such as PCR. Recently all the most probable applications of <strong>Lab</strong> chip devices<br />
have been studied and have shown promising results. For many applications the <strong>Lab</strong> chip<br />
devices not only shows capacity of integration and parallelization but also demonstrates<br />
promising results as compared to the conventional technology. Currently these<br />
technology is widely used in molecular biology, proteomics, Cell biology and chemistry.<br />
<strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>: Regional Overview<br />
Region wise, the global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong> is classified into regions namely, North<br />
America, Latin America, Western Europe, Eastern Europe, Asia-Pacific, Japan, Middle East<br />
and Africa.North America leads the global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong> followed by Europe.<br />
<strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> <strong>Market</strong>: Key Players<br />
Some of the key players in global <strong>Lab</strong> <strong>Chip</strong> <strong>Devices</strong> market are Takara Bio, Inc., Biacore<br />
AB, Bio-Rad <strong>Lab</strong>oratories, Ltd., Caliper Life Sciences, Cepheid. and others.<br />
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