Bioscience Biotechnology and Biochemistry · 2007 · 235 citations · 15 references
Veterinary MedicineDermatologyInflammationTransdermal Drug DeliveryWound HealingCollagen DepositionWound CareWound ClosureWound Healing ResponseWound InflammationWound ManagementAcute Inflammatory ResponseCutaneous Wound HealingHistological ResponseTopical Wound TherapiesWound Care TopicalsWound DressingsWound Healing MaterialsWound Size Measurement
Sericin has good hydrophilic properties, compatibility, and biodegradation, it can be used as a wound-healing agent. We evaluated the effects of sericin on wound healing and wound size reduction using rats by generating two full-thickness skin wounds on the dorsum. Group 1 animals were treated with Betadine on left-side (control) wounds and, with 8% sericin cream on right-side (treated) wounds. Group 2, cream base (formula control) and 8% sericin cream (treated) were topically applied to left-, and right-side wounds respectively. Sericin-treated wounds had much smaller inflammatory reactions, and wound-size reduction was much greater than in the control throughout the inspection period. Mean time in days for 90% healing from sericin-treated wounds was also much less than for cream base-treated wounds. Histological examination after 15 d of treatment with 8% sericin cream revealed complete healing, no ulceration, and an increase in collagen as compared to cream base-treated wounds, which showed some ulceration and acute inflammatory exudative materials.
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Sericin Enhances Attachment of Cultured Human Skin Fibroblasts
Kozo Tsubouchi, Yumiko Igarashi, Yoko Takasu et al. · Bioscience Biotechnology and Biochemistry · 2005 · 228 citations · Full text