OBJECTIVES The aim of the study is to describe the physiological mechanism of healing of the surgical wound of the oral cavity and to present the systemic and local factors that can influence it. MATERIALS AND METHODS Hemostasis starts with the activation of the platelets and the coagulation cascade which carry out the vascular constriction and the formation of the fibrin clot which stops the blood loss and provides a temporary scaffold for the migration and anchoring of the cells that will reach the subsequent stages. The clot and surrounding injured tissue begin to release pro-inflammatory cytokines and growth factors such as tranforming growth factor-β (TGF-β), platelet-derived growth factor (PDGF), insulin-like growth factor-1, platelet factor IV, epidermal growth factor (EGF) and fibroblast growth factor (FGF). All these growth factors initiate the healing process by recalling and activating endothelial cells and macrophages at the site of the lesion neutrophils (PMN).iments have shown how exposure to alcohol and smoke weakens wound healing and increases the incidence of infections. Nutrition levels also interfere with the healing process of the oral surgical wound. A deficiency in protein intake can reduce capillary production, the proliferation of fibroblasts, the synthesis of proteo-glycans and collagen, can alter the wound remodeling process. Furthermore, the lack of proteins alters the immune response with a resulting reduction in leukocytic phagocytosis and an increased susceptibility to infections. Many drugs, especially those that interfere with clot formation and platelet function, with inflammatory response and cell proliferation, interfere with this mechanism. It is also known that several systemic pathologies play their role and among these pathologies diabetes tends to slow wound repair involving various and complex pathophysiological mechanisms. Stress and obesity are also treated as influencing factors. The exposure of the oral epitheli um to toxic concentrations of bis phosphonates deriving from the There are numerous factors that can influence the healing of the surgical wound of the oral cavity. Systemic factors (age, sex, alcohol, smoking, nutritional status, medications, diabetes stress, obesity) and local factors (saliva) are de-scribed. Age and sex are two factors that can significantly influence the surgical wound heals. Old age is one of the major risk factors for a slowed-down healing process but not for a weakening in terms of the quality of the healing process. An American study has shown that although skin wounds heal much faster in women than men, the reverse is true of wounds in the oral mucosa. The response of the guest to a chronic exposure to alcohol, however, seems to be different than the acute exposure through mechanisms not yet fully clarified. As regards smoking, it has been seen that smoking patients are more likely to experience a delay in wound healing and a series of complications such as infections, wound rupture, epidermolysis, necrosis of the wound or flap and a reduction in the tensile strength of the wound. Clinical evidence and animal exper underlying bone inhibits the heal ing of the surgical wound. The role of dental infections and the oral microbiome is fundamental for bisphosphonate osteonecrosis, but rheumatoid arthritis and diabetes mellitus also contribute to im mune resilience. Knowledge of osteoimmunology and the relationship of angiogenesis with the development of osteonecrosis is certainly fundamental. CONCLUSIONS We think that the knowledge of these mechanisms and factors is essential for correct patient management and to prevent complications which in some cases could be very serious. CLINICAL SIGNIFICANCE Systemic diseases, drug intake but also stress or obesity are factors that can interfere with the healing mechanism of the surgical wound and must be taken into consideration before oral surgery.

Scardina G.A., Messina P. (2021). La guarigione della ferita chirurgica nel cavo orale. DENTAL CADMOS, 89(5), 368-379 [10.19256/d.cadmos.05.2021.07].

La guarigione della ferita chirurgica nel cavo orale

Scardina G. A.
;
Messina P.
2021-01-01

Abstract

OBJECTIVES The aim of the study is to describe the physiological mechanism of healing of the surgical wound of the oral cavity and to present the systemic and local factors that can influence it. MATERIALS AND METHODS Hemostasis starts with the activation of the platelets and the coagulation cascade which carry out the vascular constriction and the formation of the fibrin clot which stops the blood loss and provides a temporary scaffold for the migration and anchoring of the cells that will reach the subsequent stages. The clot and surrounding injured tissue begin to release pro-inflammatory cytokines and growth factors such as tranforming growth factor-β (TGF-β), platelet-derived growth factor (PDGF), insulin-like growth factor-1, platelet factor IV, epidermal growth factor (EGF) and fibroblast growth factor (FGF). All these growth factors initiate the healing process by recalling and activating endothelial cells and macrophages at the site of the lesion neutrophils (PMN).iments have shown how exposure to alcohol and smoke weakens wound healing and increases the incidence of infections. Nutrition levels also interfere with the healing process of the oral surgical wound. A deficiency in protein intake can reduce capillary production, the proliferation of fibroblasts, the synthesis of proteo-glycans and collagen, can alter the wound remodeling process. Furthermore, the lack of proteins alters the immune response with a resulting reduction in leukocytic phagocytosis and an increased susceptibility to infections. Many drugs, especially those that interfere with clot formation and platelet function, with inflammatory response and cell proliferation, interfere with this mechanism. It is also known that several systemic pathologies play their role and among these pathologies diabetes tends to slow wound repair involving various and complex pathophysiological mechanisms. Stress and obesity are also treated as influencing factors. The exposure of the oral epitheli um to toxic concentrations of bis phosphonates deriving from the There are numerous factors that can influence the healing of the surgical wound of the oral cavity. Systemic factors (age, sex, alcohol, smoking, nutritional status, medications, diabetes stress, obesity) and local factors (saliva) are de-scribed. Age and sex are two factors that can significantly influence the surgical wound heals. Old age is one of the major risk factors for a slowed-down healing process but not for a weakening in terms of the quality of the healing process. An American study has shown that although skin wounds heal much faster in women than men, the reverse is true of wounds in the oral mucosa. The response of the guest to a chronic exposure to alcohol, however, seems to be different than the acute exposure through mechanisms not yet fully clarified. As regards smoking, it has been seen that smoking patients are more likely to experience a delay in wound healing and a series of complications such as infections, wound rupture, epidermolysis, necrosis of the wound or flap and a reduction in the tensile strength of the wound. Clinical evidence and animal exper underlying bone inhibits the heal ing of the surgical wound. The role of dental infections and the oral microbiome is fundamental for bisphosphonate osteonecrosis, but rheumatoid arthritis and diabetes mellitus also contribute to im mune resilience. Knowledge of osteoimmunology and the relationship of angiogenesis with the development of osteonecrosis is certainly fundamental. CONCLUSIONS We think that the knowledge of these mechanisms and factors is essential for correct patient management and to prevent complications which in some cases could be very serious. CLINICAL SIGNIFICANCE Systemic diseases, drug intake but also stress or obesity are factors that can interfere with the healing mechanism of the surgical wound and must be taken into consideration before oral surgery.
Scardina G.A., Messina P. (2021). La guarigione della ferita chirurgica nel cavo orale. DENTAL CADMOS, 89(5), 368-379 [10.19256/d.cadmos.05.2021.07].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/511661
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