Q3177233 (Q3177233): Difference between revisions
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(Created claim: summary (P836): Block spinal replacement surgery is the most suitable procedure for the treatment of tumor metastases and large injuries_x000D_, with great intra-operative technical difficulties and a high ratio of post-surgical complications (45.5 %),_x000D_ data that induces to think that the solutions currently adopted need to be improved. The two complications recorded with_x000D_ higher frequency are:_x000D_ 1. poor bone integration of implanted material w...) |
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Block spinal replacement surgery is the most suitable procedure for the treatment of tumor metastases and large injuries_x000D_, with great intra-operative technical difficulties and a high ratio of post-surgical complications (45.5 %),_x000D_ data that induces to think that the solutions currently adopted need to be improved. The two complications recorded with_x000D_ higher frequency are:_x000D_ 1. poor bone integration of implanted material with host bone_x000D_ 2. infections, which involve difficult treatment_x000D__ This type of treatment is indispensable in the presence of severe vertebral defects because the sudden collapse of a vertebra could_x000D_ generate a spinal lesion with consequent paralysis. It is clear the great impact on quality of life, economic and social that these pathologies entail_x000D_. Despite this, at present, many patients fail to operate due to the technical difficulties associated with the_x000D_ block resection of the vertebral bodies carried out with the current materials and also because of the high risk of post_x000D_ complications._x000D_ For this precise reason, this project proposes a new type of vertebral implant performed to the patient to facilitate its_x000D_ implantation and to ensure its stability._x000D_ A timely nano-recoupling of the implant’s surface will prevent the implantation and promote a more effective integration of the implant._x000D_ The micro porosity (close to 90 %) of the implant is interconnected and leaves much free space for the_x000D_ vessel regeneration and new bone tissue induced by surface nano-treatment. (English) | |||||||||||||||
| Property / summary: Block spinal replacement surgery is the most suitable procedure for the treatment of tumor metastases and large injuries_x000D_, with great intra-operative technical difficulties and a high ratio of post-surgical complications (45.5 %),_x000D_ data that induces to think that the solutions currently adopted need to be improved. The two complications recorded with_x000D_ higher frequency are:_x000D_ 1. poor bone integration of implanted material with host bone_x000D_ 2. infections, which involve difficult treatment_x000D__ This type of treatment is indispensable in the presence of severe vertebral defects because the sudden collapse of a vertebra could_x000D_ generate a spinal lesion with consequent paralysis. It is clear the great impact on quality of life, economic and social that these pathologies entail_x000D_. Despite this, at present, many patients fail to operate due to the technical difficulties associated with the_x000D_ block resection of the vertebral bodies carried out with the current materials and also because of the high risk of post_x000D_ complications._x000D_ For this precise reason, this project proposes a new type of vertebral implant performed to the patient to facilitate its_x000D_ implantation and to ensure its stability._x000D_ A timely nano-recoupling of the implant’s surface will prevent the implantation and promote a more effective integration of the implant._x000D_ The micro porosity (close to 90 %) of the implant is interconnected and leaves much free space for the_x000D_ vessel regeneration and new bone tissue induced by surface nano-treatment. (English) / rank | |||||||||||||||
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| Property / summary: Block spinal replacement surgery is the most suitable procedure for the treatment of tumor metastases and large injuries_x000D_, with great intra-operative technical difficulties and a high ratio of post-surgical complications (45.5 %),_x000D_ data that induces to think that the solutions currently adopted need to be improved. The two complications recorded with_x000D_ higher frequency are:_x000D_ 1. poor bone integration of implanted material with host bone_x000D_ 2. infections, which involve difficult treatment_x000D__ This type of treatment is indispensable in the presence of severe vertebral defects because the sudden collapse of a vertebra could_x000D_ generate a spinal lesion with consequent paralysis. It is clear the great impact on quality of life, economic and social that these pathologies entail_x000D_. Despite this, at present, many patients fail to operate due to the technical difficulties associated with the_x000D_ block resection of the vertebral bodies carried out with the current materials and also because of the high risk of post_x000D_ complications._x000D_ For this precise reason, this project proposes a new type of vertebral implant performed to the patient to facilitate its_x000D_ implantation and to ensure its stability._x000D_ A timely nano-recoupling of the implant’s surface will prevent the implantation and promote a more effective integration of the implant._x000D_ The micro porosity (close to 90 %) of the implant is interconnected and leaves much free space for the_x000D_ vessel regeneration and new bone tissue induced by surface nano-treatment. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:41, 12 October 2021
Project Q3177233 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3177233 in Spain |
Statements
149,305.05 Euro
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175,653.0 Euro
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85.0 percent
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1 June 2019
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28 February 2021
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INSTITUTO TECNOLOGICO DE CANARIAS SOCIEDAD ANONIMA
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27°54'17.82"N, 15°26'40.24"W
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35002
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La cirugía de sustitución vertebral en bloque es el procedimiento más idóneo para el tratamiento de las metástasis tumorales y de los_x000D_ grandes traumatismos, presenta grandes dificultades técnicas intra-operatorias y un alto ratio de complicaciones post-quirúrgicas (45,5 %),_x000D_ dato que induce a pensar que las soluciones actualmente adoptadas necesitan ser mejoradas. Las dos complicaciones registradas con_x000D_ mayor frecuencia son:_x000D_ 1. escasa integración ósea del material implantado con el hueso huésped_x000D_ 2. las infecciones, que conllevan un difícil tratamiento_x000D_ Este tipo de tratamiento es indispensable en presencia de graves defectos vertebrales porque el colapso improviso de una vertebra podría_x000D_ generar una lesión medular con consecuente parálisis. Queda claro el gran impacto en calidad de vida, económico y social que conllevan_x000D_ estas patologías. A pesar de esto, en la actualidad, muchos pacientes no se llegan a operar por las dificultades técnicas que conlleva la_x000D_ resección en bloque de los cuerpos vertebrales realizada con los actuales materiales y también por el alto riesgo de complicaciones post_x000D_ operatorias._x000D_ Por este preciso motivo, con este proyecto se propone un nuevo tipo de implante vertebral realizado a medida del paciente para facilitar su_x000D_ implantación y asegurar su estabilidad._x000D_ Un oportuno nano-recubrimiento de la superficie del implante prevendrá las infecciones y promoverá una más rápida y efectiva integración_x000D_ del implante en el entorno óseo del paciente. La micro porosidad (próxima al 90%) del implante es interconectada y deja mucho espacio libre para la_x000D_ regeneración de vasos y nuevo tejido óseo inducido por el nano-tratamiento superficial. (Spanish)
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Block spinal replacement surgery is the most suitable procedure for the treatment of tumor metastases and large injuries_x000D_, with great intra-operative technical difficulties and a high ratio of post-surgical complications (45.5 %),_x000D_ data that induces to think that the solutions currently adopted need to be improved. The two complications recorded with_x000D_ higher frequency are:_x000D_ 1. poor bone integration of implanted material with host bone_x000D_ 2. infections, which involve difficult treatment_x000D__ This type of treatment is indispensable in the presence of severe vertebral defects because the sudden collapse of a vertebra could_x000D_ generate a spinal lesion with consequent paralysis. It is clear the great impact on quality of life, economic and social that these pathologies entail_x000D_. Despite this, at present, many patients fail to operate due to the technical difficulties associated with the_x000D_ block resection of the vertebral bodies carried out with the current materials and also because of the high risk of post_x000D_ complications._x000D_ For this precise reason, this project proposes a new type of vertebral implant performed to the patient to facilitate its_x000D_ implantation and to ensure its stability._x000D_ A timely nano-recoupling of the implant’s surface will prevent the implantation and promote a more effective integration of the implant._x000D_ The micro porosity (close to 90 %) of the implant is interconnected and leaves much free space for the_x000D_ vessel regeneration and new bone tissue induced by surface nano-treatment. (English)
12 October 2021
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Agüimes
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Identifiers
IDI-20190450
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