Report on Single-Cell Genomics and Proteomics: Emerging Technologies

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Report on Single-Cell Genomics and Proteomics
Technologies
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Summary
The global single-cell analysis market was valued
at 541.2 million in 2014. This market is
projected to grow from 626.2 million in 2015 to
1.6 billion in 2020, at a compound annual growth
rate (CAGR) of 20.7 from 2015 to 2020. This
report provides -An overview of the global
markets and emerging technologies for single-cell
genomics and proteomics. -Analyses of global
market trends, with data from 2014, estimates for
2015, and projections of CAGRs through
2020. -Cell isolation technologies including flow
cytometry, laser capture microscopy,
micromanipulation. -Sample preparation
technologies including microfluidics, whole
genome amplification/ pre-amplification.
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STUDY GOALS AND OBJECTIVES The goal for this
study is to provide an in-depth study of the
single-cell analysis industry, an emerging
industry with high market potential. The global
market is analyzed from five points of view by
end user, field of application, workflow step,
technology and geography. The diagnostics market
is examined by indication and test purpose. The
market sizes are given for the years 2014, 2015
and 2020. Market segments that provide
exceptional growth opportunities include cancer
and reproductive health. The report provides a
comprehensive discussion of single-cell
technologies, clinical applications, industry
structure, important single-cell analysis funding
initiatives, global markets, patent status and
companies.
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REASONS FOR DOING THE STUDY The life science
industry is moving towards digitization with the
advent of newer technologies including advanced
genetic sequencing and microfluidics systems. As
many biological systems contain heterogeneous
populations of cells, many analysis methods
heretofore measured mixtures of different cell
types. Single-cell analysis is a disruptive
technology that enables analysis of single cells
out of a complex mixture of cells. This type of
analysis is key to understanding complex systems
in fields as diverse as neurology, stem cell
biology and cancer. At the same time, advances
in microfluidics technologies have enabled the
analysis of smaller samples that are common with
single cells.
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Based on this, single-cell analysis markets are
rapidly emerging, and the need for industry and
market characterization is great. CONTRIBUTION
OF THE STUDY AND FOR WHOM This market study
addresses the various single-cell tools markets
as well as the diagnostics market. In particular,
it analyzes where single-cell products are being
used in the basic research, drug development,
applied research and diagnostics markets. In
addition, it is a strategic guide for
understanding the role that single- cell
platforms will have on the life science industry
during the next five years. This market report
will be useful to many companies involved in life
science tools, automation, microfluidics,
lab-on-a-chip, genomics, proteomics,
pharmaceutical and molecular diagnostics.
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SCOPE AND FORMAT The scope of the report
includes single-cell analysis technologies,
applications, industries, major funding
initiatives, patents and companies. The market
sizes for single-cell products are given for the
years 2014, 2015 and 2020. This report reviews
the single-cell workflow steps and technologies
and provides background on why single-cell
analysis is important. It then discusses some of
the top research initiatives that are
contributing to the growth of single-cell
applications. Market driving forces are also
discussed. The structure of several important
industry subsectors are reviewed as well as major
industry acquisitions and strategic alliances
from 2013 to the present. Industry subsectors
analyzed include NGS instruments, liquid biopsy
and immune sequencing.
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The market for single-cell analysis technologies
is analyzed in depth. The market is analyzed by
end user, application, product type, field of
use, analysis method, workflow step and
geography. The single-cell diagnostics market is
analyzed by indication and by test
purpose. Specific geographic markets are
discussed, including North America, Europe,
Asia-Pacific and the rest of the world
(ROW). Market data covers the years 2014, 2015
and 2020. More than 75 companies in the
single-cell analysis industry are profiled in
this report. It provides a summary of the main
industry acquisitions and strategic alliances
from 2013 through 2015, including key alliance
trends.
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METHODOLOGY Both primary and secondary research
methodologies were used in preparing this study.
The report examined each of the key end-user
market segments that will be commercially
important during the next five years -Research.
-Drug discovery and development. -Diagnostics. -Ap
plied. Based on this broad analysis, the current
and future applications of single-cell analysis
technologies are evaluated in each of the major
market segments, and sales revenues are forecast
for 2015 through 2020.
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Based on analysis of both secondary and primary
market sources as well as the key trends in the
industry, the report provides the current and
projected market size for the various single-cell
analysis market segments for the years 2014, 2015
and 2020. INFORMATION SOURCES It performed both
primary and secondary research for this report.
Primary sources included key industry companies
and leading research institutions. In addition,
data were compiled from secondary sources,
including company websites and industry, trade
and government publications.
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Table of Contents
1 INTRODUCTION 2 EXECUTIVE SUMMARY 3
OVERVIEW 4 TECHNOLOGIES 5 SINGLE-CELL
INITIATIVES 6 APPLICATIONS 7 SINGLE-CELL
ANALYSIS INDUSTRY 8 ACQUISITIONS AND STRATEGIC
ALLIANCES
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of Contents, please visit Report on Single-Cell
Genomics and Proteomics Technologies Contact
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