Oros Nicuşor-Valentin, Repciuc Călin, Ober Ciprian, Mihai Mihaela, Oana Liviu-Ioan
Department of Surgery, Faculty of Veterinary Medicine, University of Agricultural Sciences and Veterinary Medicine, 400372 Cluj-Napoca, Romania.
Department of Transversal Competencies, University of Agricultural Sciences and Veterinary Medicine of Cluj-Napoca, 400372 Cluj-Napoca, Romania.
Animals (Basel). 2023 Feb 1;13(3):513. doi: 10.3390/ani13030513.
This case report describes a new therapeutic approach for a domestic shorthaired female cat, who has an extensive posttraumatic wound in the right hind limb. After patient stabilization, general anesthesia was started and the wound was cleaned and debrided of devitalized tissues, followed by the application of ozone therapy and bandage. Eight sessions of ozone therapy were performed for 17 days until the application of the skin graft. Three more sessions of ozone therapy were performed every 3 days postoperatively. The bagging method and the perilesional infiltration method were used. The ozone therapy ensured an accelerated recovery of the patient without any complications. According to our knowledge, this is the first case report with the use of ozone therapy to support a free skin graft in a cat. The new therapeutic approach could be used to accelerate healing of the wounds with a significant lack of substance, by supporting pre- and post-operative skin grafts.
本病例报告描述了一种针对一只家养短毛雌性猫的新治疗方法,该猫右后肢有大面积创伤后伤口。在患者病情稳定后,开始全身麻醉,对伤口进行清洁并清除失活组织,随后进行臭氧治疗并包扎。在进行皮肤移植前,进行了8次臭氧治疗,持续17天。术后每隔3天再进行3次臭氧治疗。采用了袋装法和病灶周围浸润法。臭氧治疗确保了患者的加速康复且无任何并发症。据我们所知,这是首例使用臭氧治疗支持猫的游离皮肤移植的病例报告。这种新的治疗方法可通过支持术前和术后的皮肤移植,用于加速实质严重缺损伤口的愈合。