Publication: Nanopartículas de óxido de hierro para mecanotransducción
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2020-09
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Abstract
Actualmente el conocimiento de funciones celulares como proliferación, apoptosis y migración están adquiriendo una perspectiva interesante para los científicos. La mecanotransducción puede cumplir un papel importante en dichas funciones, de modo que terminen en repercutir en un desarrollo fisiológico adecuado, en la aparición de enfermedades o incluso en la mejora de procesos como la regeneración ósea. Por otro lado, la ciencia también está avanzando en el conocimiento de materiales de escala nanométrica, que por sus propiedades únicas pueden interaccionar con mecanismos celulares o desarrollar aplicaciones que mejoren la calidad de vida de las personas. Con este objetivo se están estudiando las nanopartículas de óxido de hierro y este trabajo se va a centrar en cómo estas nanopartículas pueden mejorar la capacidad de regeneración ósea del ser humano.
Currently the knowledge of cellular functions such as proliferation, apoptosis and migration are gaining an interesting perspective for scientists. Mechanotransduction can play an important role in these functions, so that they end up having an impact on adequate physiological development, on the appeareance of diseases or even on theimprovement of processes such as bone regeneration. On the other hand, science is also advancing in the knowledge of nano-scale materials that, due to their unique properties, can interact with celular mechanisms or develop aplications that improve people´s quality of life. With this objective, iron oxide nanoparticles are being studied and this work will focus on how these nanoparticles can improve human bone regeneration capacity.
Currently the knowledge of cellular functions such as proliferation, apoptosis and migration are gaining an interesting perspective for scientists. Mechanotransduction can play an important role in these functions, so that they end up having an impact on adequate physiological development, on the appeareance of diseases or even on theimprovement of processes such as bone regeneration. On the other hand, science is also advancing in the knowledge of nano-scale materials that, due to their unique properties, can interact with celular mechanisms or develop aplications that improve people´s quality of life. With this objective, iron oxide nanoparticles are being studied and this work will focus on how these nanoparticles can improve human bone regeneration capacity.