Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys
Bone tissue lesions can be caused by congenital and acquired factors, and result in nasal deformities with cosmetic and functional repercussion. Surgical treatment in these cases frequently requires complex reconstructions and the use of biomaterials. The polyurethane derived from castor beans (Ricinus communis) has a favorable formulation in terms of ease of processing, flexibility, no emission of toxic vapors and low cost. Nonetheless, despite favorable results, studies about the use of castor beam polymer (Ricinus communis) assessing tissue reaction on the nasal dorsum are still missing in the literature. AIM: the goal of the present investigation is to histologically assess the Ricinus communis polymer implant biocompatibility with the nasal dorsum. STUDY DESING: experimental. MATERIALS AND METHODS: we used four Cebus appela monkeys, in which we created a nasal dorsal defect in all the animals and there we placed the aforementioned implant. The animals were sacrificed 270 days after surgery and the samples were submitted to histological study. RESULTS: in the histology analysis we did not observe the presence of foreign body granulomas or phagocytic cells. We also observed a progressive bone formation and maturation. CONCLUSION: macroscopic and microscopic results showed that the castor oil polymer implant was biocompatible.
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Associação Brasileira de Otorrinolaringologia e Cirurgia Cérvico-Facial.
2009
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oai:scielo:S1808-869420090003000072009-07-27Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeysDias,Paulo Cesar de JesusGranato,LidioRamalho,Lizeti de Toledo de OliveiraOliveira,José Américo dePretel,Hermes castor bean biocompatible materials nose polymers Bone tissue lesions can be caused by congenital and acquired factors, and result in nasal deformities with cosmetic and functional repercussion. Surgical treatment in these cases frequently requires complex reconstructions and the use of biomaterials. The polyurethane derived from castor beans (Ricinus communis) has a favorable formulation in terms of ease of processing, flexibility, no emission of toxic vapors and low cost. Nonetheless, despite favorable results, studies about the use of castor beam polymer (Ricinus communis) assessing tissue reaction on the nasal dorsum are still missing in the literature. AIM: the goal of the present investigation is to histologically assess the Ricinus communis polymer implant biocompatibility with the nasal dorsum. STUDY DESING: experimental. MATERIALS AND METHODS: we used four Cebus appela monkeys, in which we created a nasal dorsal defect in all the animals and there we placed the aforementioned implant. The animals were sacrificed 270 days after surgery and the samples were submitted to histological study. RESULTS: in the histology analysis we did not observe the presence of foreign body granulomas or phagocytic cells. We also observed a progressive bone formation and maturation. CONCLUSION: macroscopic and microscopic results showed that the castor oil polymer implant was biocompatible.info:eu-repo/semantics/openAccessAssociação Brasileira de Otorrinolaringologia e Cirurgia Cérvico-Facial.Brazilian Journal of Otorhinolaryngology v.75 n.3 20092009-06-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S1808-86942009000300007en10.1590/S1808-86942009000300007 |
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Dias,Paulo Cesar de Jesus Granato,Lidio Ramalho,Lizeti de Toledo de Oliveira Oliveira,José Américo de Pretel,Hermes |
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Dias,Paulo Cesar de Jesus Granato,Lidio Ramalho,Lizeti de Toledo de Oliveira Oliveira,José Américo de Pretel,Hermes Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
author_facet |
Dias,Paulo Cesar de Jesus Granato,Lidio Ramalho,Lizeti de Toledo de Oliveira Oliveira,José Américo de Pretel,Hermes |
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Dias,Paulo Cesar de Jesus |
title |
Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
title_short |
Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
title_full |
Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
title_fullStr |
Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
title_full_unstemmed |
Ricinus communis biocompatibility histological study in the nose of Cebus apella monkeys |
title_sort |
ricinus communis biocompatibility histological study in the nose of cebus apella monkeys |
description |
Bone tissue lesions can be caused by congenital and acquired factors, and result in nasal deformities with cosmetic and functional repercussion. Surgical treatment in these cases frequently requires complex reconstructions and the use of biomaterials. The polyurethane derived from castor beans (Ricinus communis) has a favorable formulation in terms of ease of processing, flexibility, no emission of toxic vapors and low cost. Nonetheless, despite favorable results, studies about the use of castor beam polymer (Ricinus communis) assessing tissue reaction on the nasal dorsum are still missing in the literature. AIM: the goal of the present investigation is to histologically assess the Ricinus communis polymer implant biocompatibility with the nasal dorsum. STUDY DESING: experimental. MATERIALS AND METHODS: we used four Cebus appela monkeys, in which we created a nasal dorsal defect in all the animals and there we placed the aforementioned implant. The animals were sacrificed 270 days after surgery and the samples were submitted to histological study. RESULTS: in the histology analysis we did not observe the presence of foreign body granulomas or phagocytic cells. We also observed a progressive bone formation and maturation. CONCLUSION: macroscopic and microscopic results showed that the castor oil polymer implant was biocompatible. |
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Associação Brasileira de Otorrinolaringologia e Cirurgia Cérvico-Facial. |
publishDate |
2009 |
url |
http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1808-86942009000300007 |
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