Management of Infected Arterial GraftsKeith D. Calligaro, Frank J. Veith Quality Medical Pub., 1994 - 243 pagine This text, intented to be of use to vascular surgeons, contains features such as: diagnostic methods and management techniques to treat aortic and arterial graft infections; methods to achieve a successful graft; and methods to achieve a successful outcome when complete graft excision is required. |
Dall'interno del libro
Risultati 1-3 di 7
Pagina 143
... inoculation at the time of implantation or the subsequent hematogenous seeding of the implanted prosthesis . It is difficult to assess which of these two mechanisms accounts for a particular infection . Understanding the cause of graft ...
... inoculation at the time of implantation or the subsequent hematogenous seeding of the implanted prosthesis . It is difficult to assess which of these two mechanisms accounts for a particular infection . Understanding the cause of graft ...
Pagina 165
... inoculated these with Staphylococcus aureus ; 3 days later the ( presumably ) established infection was treated with or without flaps . At 60 - day follow - up all dogs whose wounds were reclosed and those treated with flaps without ...
... inoculated these with Staphylococcus aureus ; 3 days later the ( presumably ) established infection was treated with or without flaps . At 60 - day follow - up all dogs whose wounds were reclosed and those treated with flaps without ...
Pagina 213
... inoculated with known quantities of various organisms prior to closure . The animals were examined daily for 1 week , noting the patency of the conduit , the healing of the wound , and the development of false aneurysms . The ani- mals ...
... inoculated with known quantities of various organisms prior to closure . The animals were examined daily for 1 week , noting the patency of the conduit , the healing of the wound , and the development of false aneurysms . The ani- mals ...
Sommario
Overview | 3 |
Significance of Positive Intraoperative Arterial Wall Cultures | 16 |
Differential Effect of Type of Bacteria on Peripheral Graft | 25 |
Copyright | |
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Parole e frasi comuni
abdominal addition adherence allograft amputation anastomosis anastomotic aneurysm antibiotics aorta aortic graft infection aortofemoral appears approach arterial grafts arterial wall associated aureus autogenous autograft bacteria biofilm blood bypass caused cells clinical common complete complications conduits contamination coverage cultures Dacron débridement demonstrated developed diagnosis disruption distal early epidermidis et al evidence experience extra-anatomic failure femoral fistula fluid follow-up four graft excision gram-negative groin healing hemorrhage implantation infected graft initial involving late later less limb major material method months mortality muscle flaps occur operation organisms patients performed perigraft period peripheral placed positive postoperative present preservation problem procedure prosthesis prosthetic graft prosthetic graft infections proximal PTFE reconstruction recurrent remains removal replacement reported revascularization risk scans secondary selected sepsis significant successful surface Surgery surgical suture Table technique therapy tion tissue treated treatment usually Vasc Surg vein grafts wound