#Farsky whale skin

Hence, Unani medicine may offer the much-needed affordable and effective wound care in a wide range of clinical settings. In addition, most drugs have no reported adverse effects in laboratory and clinical studies. Most drugs exert their action on multiple phases of wound healing. Unani system of medicine has a rich legacy of effective wound healing drugs, which is reinforced by modern researches. Biologically active compounds such as phenols, sterols, hydrocarbons, anthocyanidins, flavonoids and tannins have been identified in almost all drugs which support classical literature. Most of the herbal drugs belonged to the Fabaceae (10%) and Rosaceae (8.33%) families. Most of the drugs (85.71%) were of herbal origin, while 10% were of mineral origin and the rest 4.28% were of animal origin. Seventy drugs were identified in Unani texts after removal of duplicacy.

Then 20 drugs were selected for detailed review on the basis of clinical relevance and wide availability. The topical wound healing drugs were first identified in classical texts. The study was aimed at summarizing the topical wound healing drugs mentioned in classical Unani books. Many of these drugs have been screened on various scientific parameters but the potential of most drugs remains unexplored. Several drugs of herbal, mineral and animal origin are described in Unani texts as having wound healing properties. Wounds are described under the headings qarha (arabic) and jarāhat (persian) in classical Unani texts. Unani is a traditional medicine system based on hundreds of years of observations and experiences. Wound healing is an important area of research in modern medical science. The results showed that PGC/0.5EYO has a significantly healing effects on radiodermatitis and good re-epithelialization. Histological examination and CD68 immunochemical staining were then conducted, and observations were made. The animals were divided into five groups to perform wound treatment with various types of wound dressing for 30 days. In animal studies, rats were irradiated with single-dose electron beams of 40 Gy. Furthermore, the mechanical and degradation properties and biocompatibility showed better results with PGC/0.5EYO. Further, the PGC was mixed with EYO (0.25% and 0.5%) to prepare the films (PGC/0.25EYO and PGC/0.5EYO, respectively). The results showed that the PGC112 (w/w) substrate, which will hence be referred to as PGC, had the better properties. Different composition ratios were tested for their mechanical properties, moisture content, and degradation characteristics.

#Farsky whale skin

Using polyvinyl pyrrolidone (PVP)-gelatin-chitosan (PGC) composite film as controlled release of egg-yolk oil (EYO) was studied in rats, which were used as a radiation-induced skin injury model. The main purpose of this study is to examine the causative role of egg-yolk oil (EYO) in delayed radiation-induced skin injury, including impaired wound healing. Severe cases affect the patient’s disease treatment and quality of life. Radiation-induced skin injury (RSI) is a frequent complication of radiotherapy.