Sentence examples for design of tissue from inspiring English sources
Progress in the design of tissue engineering scaffolds provides an alternative approach for neural regeneration.
Understanding the process and solution properties influencing the electrospun fibers is helpful in the design of tissue scaffolds.
One important application would be the design of tissue engineered vascular grafts that regulate cell adhesion and growth.
The complex morphology and functions of the tissues involved, and their reduced scale make the design of tissue engineering strategies a challenging process.
These events and processes are vital to our understanding of the pathobiology of heart valve disease, and to the successful design of tissue engineered replacement valves.
Delivery of safe and controlled levels of biomimetic cues to govern host response and reorganization is a fundamental component in the design of tissue engineering scaffolds.
The typical design of tissue-engineered nerve grafts is composed of a nerve scaffold combined with cellular and/or molecular components.
In addition, these methods could highly facilitate the design of tissue-specific selective estrogen receptor modulators to treat breast cancers and other estrogen-related abnormalities.
Incorporating the effects of morphological structure on the cellular activity required for tissue regeneration optimizes the design of tissue-engineered scaffolds.
These desired functions could be achieved by biomimetic design of tissue-engineered constructs that recapitulate in vivo heart valve microenvironment with biomimetic architecture, optimal mechanical properties and possess suitable biodegradability and biocompatibility.
The study indicated that the design of tissue-engineered scaffolds with immunomodulatory function utilized host macrophages to increase vascularization of tissue-engineered bone, providing a new strategy for accelerating vascularization and osteogenesis of tissue-engineered scaffolds and showing the potential for treatment of major bone defects.
