Today, the field of tissue engineering has expanded tremendously, in that not only cells and scaffolds but also growth factors, controlled release carriers, engineering of biomaterials and many other areas of basic and applied research are considered to be part of the field of tissue engineering.
Targeted delivery of bioactives using endogenous bio-ligands offers enormous options and opportunities through carrier construct engineering and could become a future reality in clinical practice.
Depending on their inherited properties and compositions, polymers can be used in a number of applications, which includes biomedical (e.g., prostheses, stent, drug delivery carrier, tissue engineering scaffold), food packaging, adhesives, cosmetic industries, textile industries, and in hygiene products.
These experiments suggest that mixed-mode OPF-based hydrogels may provide an interesting alternative as a cell carrier for engineering a variety of soft orthopedic tissues, particularly for applications when it is important to encourage cell cell contact.
We have developed a new procedure for the synthesis of highly luminescent CdSe/ZnS/CdS/ZnS core/multishell QDs whose structure is based on charge carrier confinement engineering and which have highly uniform epitaxial shells and photoluminescence quantum yields as high as 100%.
We further illustrate how to promote the nanoimmunotherapy by the chemical design and finely carrier's engineering with special focus on the unique pathology of tumor microenvironments and properties of immunocells.
Biodegradable polymeric particles have been widely used in the biomedical fields such as drug carriers, tissue engineering, and medical imaging.
The nanofibers of these copolymers were suggested for application as a new kind of sensors, drug carriers, and engineering tissues.
These magnetic nanofibers may be utilized in many applications, such as magnetic devices, carriers, tissue engineering materials, and drug delivery.
