Sentence examples for more effective tissue from inspiring English sources
Composite materials can be engineered more accurately than monolithic structures (single-phase materials, such as metals), thus allowing the development of more effective tissue substitutes.
Strategies that combine scaffolds and drug delivery systems have the potential to provide more effective tissue regeneration relative to current therapies.
In the latter case, studies have demonstrated that knitted mesh scaffolds (KMSs) possess excellent mechanical properties and can promote more effective tissue repair, ligament/tendon/cartilage regeneration, pipe-like-organ reconstruction, etc.
These data demonstrate that appropriate combinations of soluble and biomaterial-mediated regulatory signals in cell-based tissue engineering systems can result in both more efficient and more effective tissue regeneration.
By restoring migration, FTI treatment may potentially enable more effective tissue repair in the presence of progerin by enabling MSC production of anti-inflammatory and migration-inducing cytokines in the microenvironment of regions of vascular damage.
For example, in a targeting drug-delivery system, the magnetic fluorescent nanoparticles labeled drugs could be easily administered and transported to the terminal under the guidance of an external magnetic field, resulting in a safer and more effective tissue-specific delivery of drugs.
In hypovascular tumor tissues, smaller polymeric micelles are more effective for tissue accumulation/penetration, bringing about stronger anti-tumor activity.
In addition, gene-enhanced MSCs are more effective for tissue repair and genetic disease treatment than unmodified MSCs [ 125- 133].
The rexinoids, selective ligands for the retinoid X receptors [ 24], are more effective in tissues that contain ER protein [ 25] and they exhibit great potential for both chemoprevention and therapy of cancer.
However, early postoperative active mobilization may enable a faster and more effective recovering of tissue biomechanical functions.
Knowledge of the effect of void architecture on cell proliferation and conformation could lead to the development of more effective scaffolds for tissue engineering.
