Results: 3

Biological compatibility of oxidized cellulose vs. porcine gelatin to control bleeding in liver lesions in rats

Acta cir. bras; 36 (11), 2021
ABSTRACT Purpose: To compare biological compatibility, hemostasis, and adhesion formation between oxidized regenerated cellulose and lyophilized hydrolyzed porcine collagen in liver trauma. Methods: Forty male Wistar rats constituted two groups: group A (oxidized cellulose) and group B (lyophilized hyd...

Additive effect of pulp pequi oil (Caryocar brasiliense Camb. ) on the biocompatibility of collagen and gelatin membranes in subcutaneous implants

Trauma or disease inflicted by tissue injuries may cause tissue degeneration. The use of biomaterials for direct or indirect repair has emerged as a promising alternative, and has become an important research topic. The pequi fruit (Caryocar brasiliense Camb.) has shown antifungal, antibacterial, anti-in...

Comparative analysis of surgical hemostatic sponges in liver injury: study in rats

ABCD (São Paulo, Impr.); 31 (1), 2018
ABSTRACT Background Obtaining effective hemostasis either in the traumatic or surgical lesions of parenchymal viscera, especially the liver, has always been a challenge. Aim: Comparative study between the use of different hemostatic sponges in hepatic wound and their capacity of integration to cells i...