Lactoferrin is a bioactive globular protein with unique properties towards musculo‐skeletal
cells and anabolic to bone in vivo. Even though the potent anti‐apoptotic and osteogenic …

Novel pH-sensitive nanogels based on poly (ethylene glycol)-b-poly (L-glutamate-g-
tyramine)(PEG-bP (LGA-g-Tyr)) copolymer were developed for efficiently delivering and …

A method for identifying each cell secreting reactive oxygen species (ROS) is highly
desirable to advance the understanding of the physiological and pathological processes …

The effect of Ph‐OH group content on gelation time, mechanical properties, hydrophobicity,
and cellular adhesiveness of hydrogels produced from carboxymethylcellulose derivatives is …

The usefulness of cell‐enclosing microcapsules in biomedical and biopharmaceutical fields
is widely recognized. In this study, we developed a method enabling the preparation of …

We report a novel and facile method for fabricating coaxial microfluidic devices processing
various dimensions at low cost, in which polypropylene hollow fibers or glass capillaries are …

The synergy of some promising advances in the fields of cell therapy and biomaterials
together with improvements in the fabrication of more refined and tailored microcapsules for …

The formation of ultrathin chitosan‐based nanocoating on HL‐60 model cells and their
protective function in hypothermic storage are presented. HL‐60 cells are encapsulated in …

In many scientific centres, the World intensive research is under way related to the
significant development of science in the field of Materials Engineering in connection with …

Porous scaffolds are important in tissue engineering. We developed porous scaffolds from
the hydrogels of an alginate derivative bearing phenolic hydroxyl groups. The hydrogels …