… MSCs from negative effects of freezing and thawing. This study provides brief evidence of
trehalose and DMSO potencies for cryopreserving stem cell-loaded microcapsule. …

… adhesive monolayers and to simulate a three-dimensional structure, MSCs were
cryopreserved in an encapsulated form in alginate microspheres (AMSs). AMSs are permeable to …

… and overcome disadvantages of cryopreservation. Here we study the cell cycle, viability, …
different forms: monolayer, suspension, encapsulation in alginate capsules (AMS), and AMS …

… The findings of this study suggest that alginate encapsulation is an effective method of … of
32 C-37 C also combats many of the issues associated with methods like cryopreservation 10 . …

… Briefly, GO encapsulated PLA/gelatin fibers fabricated by electrospinning (step 1) were …
In our work, CryoSiCo@P/G/A demonstrated benefits in cryopreservation of stem cells, and …

… Pravdyuk [17], it was shown that alginate hydrogel, itself, has … damage to the cells during
freezing and thawing through their … cellular material retained by the TECs after cryopreservation …

… To the best of our knowledge, there is little knowledge related to the freezing of encapsulated
MSCs with alginate-gelatin capsules. It was demonstrated that gelatin is produced by the …

… In this study, we aim to determine the ability of alginate encapsulation to maintain cell viability…
Alginate encapsulation also has the potential to be complementary to cryopreservation as it …

… Encapsulation at hypothermic temperatures (eg, 2–8C) could … the ability of alginate
encapsulation to maintain cell viability, … cryopreservation in CGT logistics and supply chain, …

… Mesenchymal stem cells (MSC) are … , encapsulation in alginate was suggested as a suitable
approach for this purpose. We found no differences between the two alginate types, alginate …