Desafíos en la traslación a la clínica de nanomedicamentos
; Salinas, Silvina Rosa
; Ridano, Magali Evelin
; Mizutamari, Roxana Kiyomi Otros responsables
Fecha
2021
Editorial
Berger, Mauricio Sebastián
Revista
Título del libro
Nanotecnología y Sociedad en Argentina: Para una agenda inter y transdisciplinaria
Nombre del evento
Fecha del evento
Institución organizadora
ISSN
eISSN
ISBN
978-987-86-8002-6
Idioma
Español
Tipo del evento
Clasificación temática
Palabras clave
Resumen
La aplicación de la nanotecnología a la medicina ha conducido a la aparición de nanomedicamentos, los cuales a través de su compleja estructura multimolecular, brindan el potencial de ser diseñados para aumentar su eficacia y disminuir su toxicidad. Actualmente, existen más de 50 nanomedicamentos aprobados e incluso copias de algunos innovadores. No obstante, el diseño de los mismos cada vez más complejos, con múltiples componentes e incluso funciones,´introduce situaciones nuevas que deben ser resueltas para incrementar la traslación a la clínica de los nanomedicamentos. En este capítulo se aborda el desafío que impone su compleja caracterización, debido a sus particulares propiedades físico-químicas y a su interacción con los sistemas biológicos. Además, se discuten las propuestas y acciones en marcha para eficientizar, facilitar y/o acelerar la traslación de los resultados de las investigaciones científicas en nanomedicina a la clínica
Nanotechnology as applied to medicine has led to the appearance of nanomedicines, which through their complex multimolecular structures have the potential to be designed to improve efficacy while reducing toxicity. At present, there are more than 50 approved nanomedicines, some of which are copies of the innovative ones. However, the design of nanomedicines is becoming more complex, with multiple components and functions which introduce new scenarios that have to be addressed in order to improve their translation to achieve effective clinical application. This chapter tackles the challenges imposed by their complex characterization, due to their particular physico-chemical properties and their interaction with biological systems. Furthermore, we discuss the proposals and ongoing actions to increase efficiency and/or to speed-up the translation of the results from nanomedicine scientific research to the clinical setting
Nanotechnology as applied to medicine has led to the appearance of nanomedicines, which through their complex multimolecular structures have the potential to be designed to improve efficacy while reducing toxicity. At present, there are more than 50 approved nanomedicines, some of which are copies of the innovative ones. However, the design of nanomedicines is becoming more complex, with multiple components and functions which introduce new scenarios that have to be addressed in order to improve their translation to achieve effective clinical application. This chapter tackles the challenges imposed by their complex characterization, due to their particular physico-chemical properties and their interaction with biological systems. Furthermore, we discuss the proposals and ongoing actions to increase efficiency and/or to speed-up the translation of the results from nanomedicine scientific research to the clinical setting
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