Objective: Starting with the ‘Vinyon-N-revolution’ of the 50’s, there has been a constant interest in understanting tissue integration, or the so-called graft healing process, as well as its relationship with infection. In this study we present an experimental animal model designed to assess tissue integration of different graft materials, and their reaction to the presence of infection
(1) Background: The aim of the present study was the biocompatibility analysis of a novel xenogeneic...
One of the most used animal models of cultured keratinocytes autografting is based on xenografting o...
Background: It is an urgent task of the today’s science to search for and introduce biointegrable sy...
Objective: Tissue integration of vascular grafts partially depends on the host response to injury, w...
The foreign body reactions to collagen-immobilized polyurethane (PU-CI) films during subcutaneous im...
The study compared the host response to a human and a porcine acellular dermal tissue implanted in t...
Although many synthetic grafts have been considered chemically and physically inert, stabile and non...
Background The aim of the study was to establish an experimental chronic musculoskeletal infection m...
Following extensive surgical debridement in the treatment of infection, a "dead space" can result fo...
Implantation of surgical meshes is a common procedure to increase abdominal wall stability in hernia...
Infection constitutes a major risk for implant failure, but the reasons why biomaterial sites are mo...
Background. In Ukraine surgical intervention because of hernia re-present 8-10% among other operatio...
Studies of skin graft behaviour in rodent excisional wound models are limited by the dominance of wo...
Tissue-engineered skin plays an important role in clinical applications, and even the rapid developm...
Objective: The objective of the study was to determine whether the elicited histologic response to s...
(1) Background: The aim of the present study was the biocompatibility analysis of a novel xenogeneic...
One of the most used animal models of cultured keratinocytes autografting is based on xenografting o...
Background: It is an urgent task of the today’s science to search for and introduce biointegrable sy...
Objective: Tissue integration of vascular grafts partially depends on the host response to injury, w...
The foreign body reactions to collagen-immobilized polyurethane (PU-CI) films during subcutaneous im...
The study compared the host response to a human and a porcine acellular dermal tissue implanted in t...
Although many synthetic grafts have been considered chemically and physically inert, stabile and non...
Background The aim of the study was to establish an experimental chronic musculoskeletal infection m...
Following extensive surgical debridement in the treatment of infection, a "dead space" can result fo...
Implantation of surgical meshes is a common procedure to increase abdominal wall stability in hernia...
Infection constitutes a major risk for implant failure, but the reasons why biomaterial sites are mo...
Background. In Ukraine surgical intervention because of hernia re-present 8-10% among other operatio...
Studies of skin graft behaviour in rodent excisional wound models are limited by the dominance of wo...
Tissue-engineered skin plays an important role in clinical applications, and even the rapid developm...
Objective: The objective of the study was to determine whether the elicited histologic response to s...
(1) Background: The aim of the present study was the biocompatibility analysis of a novel xenogeneic...
One of the most used animal models of cultured keratinocytes autografting is based on xenografting o...
Background: It is an urgent task of the today’s science to search for and introduce biointegrable sy...