Rüştü Köse

Primary Hydatid Cyst: An Unusual Cause of a Mass in the Supraclavicular Region of the Neck

Hydatid disease, also known as echinococcosis or hydatidosis, is an infectious disease caused by the cestode Echinococcus. Echinococcus granulosus is the most common Echinococcus species affecting human beings. It may affect any organ and tissue in the body, in particular the liver and lung. Musculoskeletal or soft tissue hydatidosis accounts for about 0.5% 5% of all echinococcal infections in endemic areas, and is almost always secondary to the hepatic or pulmonary disease. Even in regions where echinococcosis is endemic, hydatidosis of cervicofacial region is extremely rare. Herein, we present exceptionally rare case with an unusual localization of primary hydatid cyst in the left supraclavicular region of the neck. Keywords Hydatid cyst; Supraclavicular region; Neck; Unusual localization

The Efficacy of Ankaferd Blood Stopper in Heparin-Induced Hemostatic Abnormality in a Rat Epistaxis Model

Objective. To assess the in vivo hemostatic effect of Ankaferd Blood Stopper (ABS). Study Design. An experimental study of an animal anterior epistaxis model. Setting. A tertiary care university hospital. Subjects and Methods. Wistar rats were randomized into 4 groups of 7 each: group 1, control, no pretreatment, irrigated with saline; group 2, no pretreatment, irrigated with ABS; group 3, control, heparin pretreatment, irrigated with saline; and group 4, heparin pretreatment, irrigated with ABS. In all groups, a standardized rat epistaxis model was obtained by cutting the anterior nasal septal mucosa. To control bleeding, compressive dressings were placed after instilling 1 mL of either ABS or saline to the bleeding area. The hemostasis time and amount of nasal bleeding were measured in all groups to compare the treatments without and with ABS. Results. Without heparin pretreatment, ABS shortened the hemostasis time by 1.57 minutes (P = .003) and reduced the amount of the bleeding by 0.35 g (P = .006). With heparin pretreatment, ABS shortened the hemostasis time by 2.86 minutes and reduced the amount of the bleeding by 0.49 g (both P = .002). Conclusion. ABS irrigation was more effective than saline irrigation for treating anterior epistaxis hemostasis in animals using a compressive dressing with or without heparin pretreatment.

Hemostatic Efficacy of Folkloric Medicinal Plant Extract in a Rat Skin Bleeding Model

Objective To assess the in vivo hemostatic effect of a folkloric medicinal plant extract. Subjects and Methods Wistar rats were randomized into four groups of seven. Group 1, a control group, received no pretreatment and was irrigated with saline. Group 2 received no pretreatment and was irrigated with the plant extract. Group 3, a control group, received pretreatment with heparin and was irrigated with saline. Group 4 received pretreatment with heparin and was irrigated with the plant extract. A standardized skin‐bleeding model was created using full‐thickness skin defects on the Wistar rats’ dorsal skin. To control bleeding, compressive dressings were placed after inserting 1 mL of the plant extract or saline into the bleeding area. Hemostasis time and amount of nasal bleeding were measured in all groups to compare the treatments without and with the plant extract. Results Without heparin pretreatment, the folkloric medicinal plant extract shortened the hemostasis time by 1.29 minute and reduced the amount of bleeding by 0.63 g. With heparin pretreatment, the plant extract shortened the hemostasis time by 2.29 minutes and reduced the amount of bleeding by 0.70 g. Conclusion The medicinal plant extract irrigation was more effective than saline irrigation for treating hemorrhagic skin defects in animals using a compressive dressing with or without heparin pretreatment.