Sharp transection of the suspensory ligament as an alternative to digital strumming during canine ovariohysterectomy.

OBJECTIVE: To compare time efficiency and nociceptive input between digital strumming (DS) and sharp transection (ST) of the suspensory ligament during ovariohysterectomy (OVH). STUDY DESIGN: Randomized controlled trial. ANIMALS: 30 adult female dogs. METHODS: Dogs were randomly assigned to ST or DS procedures. Measures of nociception were assessed through measurements of preoperative and intraoperative heart rate during manipulation of the suspensory ligament. Measures of pain were assessed through preoperative and postoperative pain scores by using the short form Glasgow Composite Pain Scale. Time efficiency was measured through total surgical time and the time to release each suspensory ligament. RESULTS: After body weight was accounted for, the total surgical time was 1.1 minutes (P = .06) faster for ST than for DS, and each additional kilogram of body weight increased total surgical time by 0.1 minutes (P = .02). Digital strumming had 30.6-fold greater odds of taking greater than 1 minute compared with ST (P = .001). The heart rate from baseline to peak was 7.4 beats per minute lower in the ST group than in the DS group (P = .06). No complications were observed, and there was no difference in postoperative pain scores between treatments. CONCLUSION: Sharp transection was faster and generated less intraoperative acceleration in heart rate but did not differ in postoperative outcomes compared with DS. CLINICAL SIGNIFICANCE: Sharp transection is a viable alternative to DS for breakdown of the suspensory ligament during canine OVH. Sharp transection may improve surgical efficiency, especially when performing large volumes in the spay/neuter setting and could influence veterinary student training.

Single-pedicle hinge flap performed by shelter medicine team resolves chronic antebrachial wound in a cat.

CASE SUMMARY: An approximately 3-year-old, male domestic longhair cat was presented to a mobile veterinary unit for routine neuter. Preoperative physical examination revealed an approximately 5 cm × 2 cm scab on the craniolateral portion of the left antebrachium. The cat was anesthetized for the neuter using an injectable anesthesia protocol. After castration, the wound area on the antebrachium was clipped, copiously lavaged and the wound edges were surgically debrided. Injectable antibiotics and analgesic management were instituted. The wound was conservatively managed using sugar bandaging and antibiotic dressings until the progression of healing plateaued. Procedures for closing the defect were explored, and it was decided that a single-pedicle hinge flap would be ideal. The procedure was performed on the mobile veterinary unit and managed postoperatively with pain control and biweekly bandage changes. After 3 weeks, the single-pedicle hinge flap was released to create a skin graft, which successfully filled the defect. RELEVANCE AND NOVEL INFORMATION: Single-pedicle hinge flaps performed in feline patients have been minimally reported. This case report serves to provide detailed information on the surgical procedure and aftercare required for a successful outcome. Furthermore, this procedure was performed by a shelter medicine team in a mobile veterinary unit with no specialty equipment or instruments. This report documents an alternative procedure that may be used in a shelter environment for distal forelimb wounds rather than amputation or euthanasia.