Today, cell therapy is known as an important tool in the treatment of chronic diseases where cells lose their normal function. Immunoisolation systems using microencapsulation or PEGylation have been developed to evade the problem of rejection by the immune system. The aim of the present study was to investigate a combination of microencapsulation and PEGylation methods in coating mouse embryon...

<strong>ABSTRACT. </strong> Garlic Oil is widely used as a raw material for fragrances with volatile active compounds at room temperature. It easily affected by environmental changes and this problem can be solved microencapsulation using coacervation methods to protect compounds. was encapsulated gelatin sodium alginate coating materia glutaraldehyde the crosslinking agent. The pur...

The objective of recent research has been to seek alternative therapeutic treatments; for this reason, the use of protein hydrolysates from diverse sources has been studied. A way to guarantee that these treatments reach the site of action is through protection with covers, such as microcapsules. Therefore, proteins from the legume Phaseolus lunatus were hydrolyzed and encapsulated with a blend...

Nowadays one can observe the explosion in recovery of new polysaccharidic materials with specific controllable properties, including mechanical characteristic, morphology, biological activity and biodegradability. Specifically, formation and application of hydrogel microcapsules by biomedical and pharmaceutical industry seem to be very promising (Wang, et al., 2006). Despite many successful app...

The purpose of this study was to establish an optimized protocol for the production of alginate-encapsulated canine adipose-derived mesenchymal stem cells (cASCs) and evaluate their suitability for clinical use, including viability, proliferation and in vivo cell retention. Alginate microbeads were formed by vibrational technology and the production of injectable microbeads was performed using ...

Alginate encapsulation reduces the risk of transplant rejection by evading immune-mediated cell injury and rejection; however, poor vascular perfusion results in graft failure. Since existing imaging models are incapable of quantifying the vascular response to biomaterial implants after transplantation, in this study, we demonstrate the use of in vivo laser speckle imaging (LSI) and wide-field ...