The Market for Stem Cell Biobanking and Storage - Size, Segments, and Trends

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The Market for Stem Cell Biobanking and Storage -
Size, Segments, and Trends
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Summary
Purpose of Report The purpose of this global
strategic report is to prepare executives,
company management, and industry investors with
the data and knowledge necessary to make
informed, educated decisions about commercial
opportunities within the stem cell biobanking
market.  This global strategic report is
produced for Executives of Industrial-Scale
Biobanks Management of Stem Cell Product
Companies Management of Stem Cell Therapy
Companies Biobanking Industry Investors
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It is designed to increase your efficiency and
effectiveness in1. Effectively pricing stem
cell biobanking services2. Increasing revenue
from stem cell biobanking services3. Identifying
new or adjunct stem cell biobanking services to
offer4. Identifying current market leaders
within the stem cell biobanking market5.
Characterizing the competitive environment for
the stem cell biobanking market6. Identifying
threats and opportunities within the stem cell
biobanking market7. Acquiring greater market
within the stem cell biobanking market8. Making
intelligent investment decisions within the stem
cell biobanking market
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OVERVIEW Stem cells are primitive cells found in
all multi-cellular organisms that are
characterized by self-renewal and the capacity to
differentiate into mature cell types. Stem cells
are still a relatively new discovery, as the
first mouse embryonic stem cells were derived
from embryos in 1981, but it was not until 1995
that the first culturing of embryonic stem cells
from non-human primates occurred. Induced
pluripotent stem cells were not produced until
2006. As a result of these discoveries, stem
cells can now be derived at various points during
the life cycles.
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The following are stages during which stem cells
can be derived Embryonic stem cells, derived
from blastocysts Fetal stem cells, obtained
from fetuses Post-natal stem cells derived from
newborn tissues, including cord blood stem cells
from umbilical tissue Adult stem cells found in
adult tissues, including hematopoietic stem
cells, mesenchymal stem cells, and neural stem
cells Induced pluripotent stem cells,
reprogrammed from adult cells Cancer stem
cells, which give rise to clonal populations of
cells that form tumors or disperse in the body
And more
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Forces Driving the Stem Cell Biobanking
Market Stem cell research and experimentation is
largely driven by the unique ability of stem
cells to divide and replicate repeatedly. In
addition, their unspecialized nature allows
them to differentiate into a wide variety of
specialized cell types. In a developing embryo,
stem cells can differentiate into all of the
specialized embryonic tissues. In adult
organisms, stem and progenitor cells act as a
repair system for the body, replenishing
specialized cells. Therefore, the possibilities
arising from these characteristics have resulted
in great commercial interest, with potential
applications ranging from the use of stem cells
in reversal and treatment of disease, to targeted
cell therapy, tissue regeneration,
pharmacological testing on cell-specific tissues,
and more. Huntingtons disease, Parkinsons
disease, and spinal cord injuries are examples of
conditions for which clinical applications
involving stem cells could offer benefits in
halting or even reversing adverse effects.
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However, to have stem cells easily accessible for
research purposes and clinical applications
requires them to be preserved in stable,
temperature controlled conditions. For this
reason, a substantial market has evolved for the
biobanking of tissues containing stem cell
populations and the storage of stem cells
themselves. Stem Cell Biobanking Market Stem
cell biobanking is the cryogenic storage of stem
cells, or biological samples containing stem
cells, for later use. The market for these
services is known as the Stem Cell Biobanking
Market. Because stem cell biobanking often
involves the long-term storage of stem cell
samples, the market is sometimes is also known as
the Stem Cell Storage Market. For purposes of
this analysis, these two terms are considered to
be synonymous. A definition of this market is
provided below.
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 The stem cell biobanking market is defined as
the total annual revenue derived from the storage
of1. Stem cell lines and their derivatives2.
All biological samples that were collected
specifically because they contain stem cell
populations (e.g. cord blood, adipose tissue, and
more)This report aims to understand and
characterize the competitive environment for the
stem cell biobanking market. As such, the
research is focused on identifying leading
participants in the stem cell storage market,
distinguishing their business model, and
exploring their relative market share.
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Table of Contents

1. INTRODUCTION
2. SCOPE
3. GOALS OF REPORT
4. METHODOLOGY
5. APPLICATIONS FOR STORED STEM CELLS (END-USES)
6. MARKET SIZE DETERMINATIONS FOR THE STEM CELL
   BIOBANKING MARKET
7. BASIC VARIABLES FOR THE STEM CELL BIOBANKING
   MARKET
8. INDUSTRY LEADERS
9. BREAKDOWN OF MARKET SHARE, BY CUSTOMER
10. MARKET CHARACTERIZATION

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To view the full Executive Summary and Table of
Contents, please visit The Market for Stem
Cell Biobanking and Storage - Size, Segments, and
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