tissue regeneration, engineering, cell therapy (embryonic/adult) and cell biologies being applied directly to patient care
The global market for tissue engineering and cell therapy products is set to more than quadruple from 2009 to 2018. Products in cell therapy and tissue engineering include includes bioengineered products that are themselves cells or are actively stimulating cell growth or regeneration, products that often represent a combination of biotechnology, medical device and pharmaceutical [...]
There are countless disorders, diseases, trauma and other conditions of the human body that can be addressed, in principle, by cellular and tissue-based solutions. These may be due to damage to cells and tissues, such as in burn wounds, skin ulcers, bone fractures and defects and similar conditions in which cell/tissue structure (e.g., skin, [...]
The biggest hurdle remaining to the creation of viable, commercialized embryonic or adult stem cells is to develop the ability to differentiate cells into various types of cells and to determine how these differentiated cells behave when cultivated in large numbers in the laboratory. In many cases, researchers are still uncertain whether the cells retain [...]
With the initial markets for cell therapy and tissue engineering being best represented by clinical applications in orthopedics and skin/integumentary, a sampling of technologies at various states of development within each is worth considering for insights into likely near-term market impact.
Below are select technologies under development by companies in cell therapy and tissue engineering. While [...]
A large (nearly $7 billion) and diverse current opportunity exists for applications of cell therapy and tissue engineering. This diverse “market” (which is actually comprised of many different clinical and technology market segments) has grown from unassuming roots over only a few years and is now on track to eclipse even the wild expectations of [...]
Cell Therapy is defined as a process whereby new cells are introduced into tissue as a method of treating disease; the process may or may not include gene therapy. Forms of cell therapy can include: transplantation of autologous (from the patient) or allogeneic (from a donor) stem cells , transplantation of mature, functional cells, application [...]
In the medical technology arena, the markets that draw the most attention (i.e., investment) are those that have historically had the biggest successes (i.e., revenues) due to their ability to have big impact on clinical outcomes.
Therefore, a clinical field beginning to draw much "attention" is in applications of cell therapy and tissue engineering for a [...]
The use of autologous, allogeneic and xenogeneic cells and tissues, the use of biomaterials, cell scaffolding and other approaches to tissue repair and regeneration has become part of arsenal of a number of clinical specialties, with high caseload and market revenue in these areas. In particular, orthopedics and skin applications are well established. And, while [...]
Our research into the products, technologies, companies and markets for tissue engineering and cell therapy has revealed that the 2009 market was at $6.9 billion. The market has grown dramatically, in commercialized products and company activity, over the past few years and is on an accelerated growth rate as technology hurdles are overcome and clinical [...]
The number of competitors developing and marketing cell therapy and tissue engineering products is extraordinary. But since approved clinical applications are proliferating and the resulting market has been driving dramatic double-digit-plus growth, it's unsurprising that competitors from extreme sides of the medical technology industry — drug, device, and biotech — are converging on this lucrative [...]
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