Bicanalicular Intubation for Traumatic Unicanalicular Laceration

Title: Two-canal cannula for traumatic unilateral laceration Objective: Effective re-opening surgery by dual joint cannulation in lower tear duct lacerations using 4-0 polypropylene material. History: Girls with two months of age showed full thickness thickening, resulting in decreased renal tubular lacerations due to bovine vascular injury. Tears, including coagulation-conjunctival tissue, extend vertically downwards by 1 - 2 mm inside the lower punctum and approximately 6 - 8 mm into the lid.

Background: The purpose of this paper is to conduct current systematic literature review to determine the comparison of tissue adhesive (TA) and suture for traumatic lacer repair. We evaluated the advantages and disadvantages of the two selected wound closure methods. Treatment of these tears involves first closing the edges of the wound until proper healing of the wound and natural healing occurs. Without proper closure, patients are at increased risk of infection and excessive scarring, often referred to as unsightly and dysfunctional appearance. This may result in cosmetic bad results for the patient (Hollander and Singer, 1999, p. 356).

In addition to puncture wounds, facial and eyelid wounds should be repaired by standard wound closure techniques. Tubular lacerations can be repaired in multiple layers using a silicone cannula. Remove the pipe within 5 or 6 months. Without infection, scars around your face are well cured. This is because there is little edema because the blood supply in this area is excellent and the head is not a dependent part of the body. Infection at the wound site may result from contamination of the oral flora of the animal, which has a normal skin flora or environment. Although less than 20% of dog bites are infected, it is reported that 28% to 80% of cat bites are infected. Most infected dogs and cat bites produce mixed microorganisms. P. pastoris and Staphylococcus aureus are the most common aerobic organisms but also anaerobic organisms.