Today we will look at a case study, in which we applied Ematik Ready to treat a surgical wound from the removal of a tumor mass.
Treating a large wound can become complicated when there is a lack of tissue that makes flap suturing impossible. Stressing the tissue by trying to bring the sides of the wound closer together may lead to reopening of the wound or dehiscence.
In a previous article we talked about Ematik Ready, a resorbable patch that makes up for the lack of tissue and facilitates wound healing because it is PRP-based. Its structure allows it to be sutured directly to the wound edges.
For the preparation of PRP, please refer to this article. Here we would just like to remind you that Ematik Ready uses a protocol of double centrifugation of the blood and resuspension of the platelets in a reduced quantity of plasma (6 ml).
This week with Dr Bertaglia of the Santa Teresa Veterinary Clinic in Cavezzo (MO) we treated a case of a wound from the surgical removal of a tumor mass, applying the Ematik Ready patch.
The patient is a Labrador crossbreed weighing approximately 20 kg and had a surgically removed mass. The resulting wound is located at the level of the right front paw and was initially closed with stitches.
Due to the tension of the stitches because of the anatomical position of the lesion and the reduced regenerative capacity of the underlying tissue, the wound suffered dehiscence, with reopening of the stitches and infection.
The infection was cleared by the administration of antibiotic therapy, but the wound remains open with lax flaps measuring approximately 11.5 cm by 4 cm.
The Veterinary decided to proceed with Ematik Ready.
On the day of application, the wound showed no signs of infection.
The first part of the procedure was the preparation of the patch. For the preparation of the patch, 60 ml of blood were taken from the non-sedated patient. The blood was subjected to an initial centrifugation, resulting in a good separation of blood and plasma.
The blood was further centrifuged. The plasma was further centrifuged, the resulting platelet pellet was resuspended in 6 ml of plasma. The product was then injected into the bag containing the patch.
At this point the patient was sedated, the hair around the wound was shaved and a surgical debridement was performed to remove the overlying tissue and to reactivate the lesion .
Given the elongated shape of the wound, it was decided to cut the patch to cover the entire surface, applying 2 strips.
The patch was applied leaving the support (the biopolymer mesh) towards the external side, suturing the skin flaps with the mesh of the patch. Where possible, the patch was inserted under the skin and stitches were then applied.
The part was then bandaged using a breathable bandage made of cotton, polyamide and viscose, applying a semi-compressive and breathable bandage.
The patient was kept in an Elizabethan collar until day 5, at which time it was unravelled to check the state of absorption of the patch and the condition of the lesion.