期刊
INTERNATIONAL JOURNAL OF PHARMACEUTICS
卷 629, 期 -, 页码 -出版社
ELSEVIER
DOI: 10.1016/j.ijpharm.2022.122328
关键词
Wound healing; Diabetic wounds; Carboxymethyl cellulose; Silk sericin; Hydrogel; Pro -inflammatory makers and heat shock; proteins
Diabetic wound healing is challenging due to its disruption by oxidative stress and infections. However, the multifunctional CMC-Sericin hydrogel has shown promising results in enhancing wound healing, reducing oxidative stress, and promoting tissue regeneration, even without insulin treatment.
Diabetic wound healing encounters significant challenges due to the extreme oxidative stress resulting from excessive inflammation and microbial infections, disrupting the typical cascade of wound healing and thwarting the re-epithelialization of skin tissues. Benefiting from the biological activities of carboxymethyl cellulose (CMC) and sericin, we thus fabricated multifunctional hydrogels of CMC-Sericin. The hydrogel revealed high swelling performance alongside its porous structure. The incorporation of sericin bestowed the CMC-Sericin hydrogels with a prominent capacity to scavenge free radicals and antibacterial activity. In vivo investigations using diabetic full-thickness excision wounds demonstrated the capability of CMC-Sericin dressing to enhance diabetic wounds in rats treated or untreated with insulin concurrently. Furthermore, histopathological examinations manifested the skin tissue regeneration evidenced by the development of skin appendages like hair follicles and collagen deposition after treatment with CMC-Sericin hydrogel. Moreover, the levels of antioxidant parameters, including GSH and SOD, were substantially augmented and associated with a significant diminution in lipid peroxidation, implying a decrease in oxidative stress in the tissues. Beyond that, CMC-Sericin dressing downregulated the pro-inflammatory markers and upregulated the heat shock proteins, indicating the restoration of physiological features in cells. Strikingly, CMC-Sericin dressing remarkably promoted the healing of diabetic wounds without insulin treatment.
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