Injectable bone substitutes (IBSs) made from brushite‐calcium phosphate are promising biomaterials for bone tissue regeneration, offering favorable setting kinetics and excellent biocompatibility. However, relatively poor mechanical properties limit their application primarily as filler materials in orthopedic and cr...
H. Begam, S. K. Nandi, Bishista Das Gupta et al.· Journal of The American Cera...· 0 citations
Biogenic silver nanoparticles (AgNPs) are emerging as valuable candidates in biomedical research, offering advantages such as cost-effectiveness, eco-friendly preparation methods, and superior biocompatibility. Owing to the challenges in the treatment of chronic skin injury, this study utilizes biogenic AgNPs (synthesi...
R. Devi, Pratik Das, Purnendu Ghosh et al.· Biopolymers· 0 citations
Histopathology analysis revealed that the CMCS-loaded hydrogel film dressing promoted faster re-epithelialization, reduced inflammatory cell infiltration, and enhanced granulation tissue formation compared to Tegaderm and ofloxacin dressings.
Ayan Ranjan Hati, C. Reddy, Purnendu Ghosh et al.· Journal of Biomaterials Appl...· 0 citations
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