Pune, India -- (SBWIRE) -- 01/03/2018 -- "Global Tissue Engineering Market by Manufacturers, Countries, Type and Application, Forecast to 2022 Report "Provides In-Depth Analysis of Parent Market Trends, Macro-Economic Indicators and Governing Factors Along With Market Attractiveness as Per Segments. The global tissue engineering market is growing at a steady pace and is expected to grow at a CAGR of 17.22 % during review period 2017-2022.

MarketResearchFuture.com adds "Tissue Engineering Market -2017 Global Analysis, Growth, Trends and Opportunities Research Report Forecasting to 2022" reports to its database.

Market Synopsis of the Global Tissue Engineering Market:

Tissue engineering is an interdisciplinary field which combines the principles of engineering and life sciences toward the development of biological substitutes. These biological substitutes are used to replace or restore tissue or organ function. Tissue engineering and regenerative medicine deploys small molecules, biologics, cell-based therapies and organ transplantation etc. Tissue engineering involves the use of a scaffold for the formation of new tissue for a medical purpose. The scaffolds provide a 3-dimensional structures and better environment for growth of new cells so as to replace the damaged tissue. Tissue engineering has benefited by the development of newer materials, both natural and synthetic. Development of advanced biodegradable materials such as those made from poly glycolic acid have revolutionized the field. Other examples of these materials are collagen and some polyesters. These biomimetic materials have better properties and functionality such as biocompatibility, non-immunogenicity, Nano-scale fibres, higher resorption rates, etc.

Key Players in the Global Tissue Engineering Market:

Some of the key players in this market: Cook, Acelity, Baxter, DePuy Synthes Companies, Medtronic, Zimmer Inc., and Stryker

Market Dynamics of Global Tissue Engineering Market:
The various factors that influence the growth of the market are increasing reliability of functional tissues, potential use of tissue engineering to replace the animal testing model, cost-effectiveness of tissue engineering etc. In recent years, tissue engineering is extensively practiced in case of orthopedics, musculoskeletal diseases, cardiovascular surgery and many others. Increase in geriatric population, high demand for cosmetic and reconstructive surgery, increasing rate of accident and sports related injuries are the major factors that fosters the growth of global tissue engineering market. High organ transplantation cost and reduction in chances of tissue rejection with tissue engineering are the other propelling factors that promote tissue engineering market.

The barriers to the market for tissue engineering are shortage of donor organ, issues in scaling up of a cells, ethics and human morality, intellectual property rights etc.

Segments of Global Tissue Engineering Market:

The market is broadly segmented on the basis of material, application, and regions. The global tissue engineering market on the basis of materials is segmented into nano-fibrous material, biomimetic material, composite material, nano-composite material and others. The nano-fibrous material segment accounts for the largest market share with of the global tissue engineering market by material followed by composite material.

The global tissue engineering market on the basis of applications is segmented into orthopedics, musculoskeletal and spine, skin/integumentary, cancer, dental, cardiology, urology, neurology, cord blood & cell banking, Gi & gynecology and others. The orthopedics, musculoskeletal and spine segment accounts for the largest market share of the global tissue engineering market by applications followed by skin/integumentary.

Global tissue engineering market, on the basis of regions is divided into Americas, Europe, Asia Pacific, and Middle East and Africa. Americas is accounted for the largest market share with approximately 40 % of the global tissue engineering market.

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Regional Outlook of the Global Tissue Engineering Market:

The major factor that influence the growth of the market is the highly developed healthcare infrastructure and medical facilities, wide awareness and acceptance of the tissue engineering products such as allografts and synthetic graft substitutes, rising number of geriatric population among others. Europe accounts for the second largest market with developing orthopaedic and tissue engineering industry. Asia Pacific region market is expected to be the fastest growing market due to continuously growing economies, recent developments in healthcare and improving economies and disposable income per individual. Middle East and Africa with less economic developments and extremely low income accounts for least market share in 2016 but is expected to grow with better outcomes in these regions.

Business Analysis of Global Tissue Engineering Market:

The tissue engineering market is a technological oriented market. The biomaterial used in tissue engineering process is attracting great attention these days. The metallic biomaterial has accounted the largest share in global market because of its durability, resistance towards breakage and most importantly, biocompatibility. Polymeric biomaterials has also gained great importance in case of plastic surgeries as in soft tissue application polymers are mostly preferred.

The market outlook for tissue engineering market represents a strong growth potential. The profitability of novel tissue engineering products will be high due to low number of competitors and advanced products also confers significant market positioning and proposition in terms of technologically advanced image of the company. The global tissue engineering industry thrives on innovation and technologically advanced products which makes positioning a firm as the most advanced and innovative drug developer a key factor to tap the high cost and high growth of the novel drug segment. Thus, a first come, high take strategy will lead not only to faster market uptake and positioning, but will also yield a higher premium with minimum marketing cost. It is also a better utility of the highly trained and comparatively expensive labour and skills of the global tissue engineering industry.

Merger and acquisitions has been high in the global tissue engineering market. The global tissue engineering market has utilized mergers primarily to create synergies between products of two different companies. For example, in 2008, KCI acquired LifeCell, for USUSD1.7 billion and in October 2013, it acquired Systagenix Wound Management for USD485 million. In September 2014, KCI, LifeCell and Systagenix merged in one global medical technology brand known as Acelity. Another example of creating synergies with existing products of the company is acquisition of vertebral compression fracture portfolio from BD by Stryker in April 2016. This move benefits both players. Becton, Dickinson and Company benefits by shaving off its bulky product lines while Stryker benefits by acquiring products having synergy with its existing product lines. Thus shedding of low profitable product lines to focus and invest more in core products is also a strategy of acquisitions.

Another acquisition and merger goal is to increase and expand product lines and technology. For example, in February 1, 2017, pharmaceutical company Allergan acquired LifeCell Corp. for USD 2.9 billion. Market development is another aim of major acquisitions. For example, in April, 2016, Stryker acquired Stanmore Implants Worldwide Limited. The move strengthens the position of the company in the implants market by increasing market expansion and penetration.

A critical factor promoting greater acquisitions in the global tissue engineering market is the importance of proprietary technology. Tissue engineering market being intellectual property driven and highly sensitive to technological disruption is prone to acquisitions of smaller but technologically strong players. Thus startups are being devoured by larger players for a handsome price if they have access to proprietary technology. Thus we expect the tissue engineering market to grow by a handsome CAGR proving what technology can do!

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