Becky - as you can see, I haven't stopped thinking yet!![]()
Most info I found had to do with grafts on legs....but the mesh one here...hey, I can hope, can't I?
If this has a chance...you can bet you would get donations for Thumper, and iMOM would help you also.
I am sorry if this intrudes...I just don't want to watch the dear girl and have not tried to do anything...I know you know that feeling. And you have left no stone unturned.
I just like exploring rock gardens...![]()
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Granulation: That part of the healing process in which rough, pink tissue containing new connective tissue and capillaries forms around the edges of a wound. Granulation of a wound is normal and desirable.
Five cats with large, distal extremity abrasion wounds were treated with an autogenous, full-thickness, mesh skin graft. Survival of the mesh grafts in all five cats was considered between 90 and 100%. Successful grafting requires asepsis, an adequately prepared recipient bed consisting of healthy granulation tissue, proper harvesting and preparation of the graft, meticulous surgical technique and strict postoperative care. Factors that are essential for the survival of skin grafts include good contact between the graft and the recipient bed, normal tension on the sutured graft, strict immobilization after grafting and prevention of accumulation of blood or serum under the graft. Meshing the graft provides more graft flexibility over uneven surfaces and allows adequate drainage. In contrast to previous proposals, the authors recommend no bandage change before the fourth day after grafting. Full-thickness mesh skin grafting can be used to successfully treat large distal skin wounds in cats.
Department of Veterinary Medicine and Surgery, University of Missouri-Columbia.
Mesh grafts are split-thickness or full-thickness skin grafts in which parallel rows of staggered slits have been cut. The mesh incisions allow the graft to be expanded to cover large defects, provide a route for drainage of blood or serum from under the graft, and increase the flexibility of the graft so that it can conform to uneven recipient beds. Meshing can be accomplished using a no. 11 scalpel blade or a special meshing machine. The use of unexpanded full-thickness mesh grafts is recommended because their cosmetic appearance equals that of sheet grafts, but the mesh incisions still allow drainage of blood and/or serum from under the graft. This technique has been very successful, with 90 to 100 per cent "take" when the grafts have been applied on healthy granulation beds.






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