Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases

In this communication it was addressed different themes and topics implicated in the development of new treatments and vaccines applied to pathologies developed in humans such as by Virus. In this context, it was presented and discussed different strategies used, which wer...

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Autores principales: Gomez Palacios, Luna R., Martinez, Sofia, Tettamanti, Cecilia, Quinteros, Daniela, Bracamonte, Guillermo
Formato: Artículo revista
Lenguaje:Español
Publicado: Facultad de Ciencias Químicas 2022
Acceso en línea:https://revistas.unc.edu.ar/index.php/Bitacora/article/view/37274
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Bitácora Digital de Universidad Nacional de Córdoba
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spelling I10-R332-article-372742022-04-18T10:48:34Z Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases Nanoplataformas sintéticas, Bio-conjugadas e inmunológicas para diagnóstico y desarrollo de nuevos tratamientos de enfermedades infecciosas Gomez Palacios, Luna R. Martinez, Sofia Tettamanti, Cecilia Quinteros, Daniela Bracamonte, Guillermo In this communication it was addressed different themes and topics implicated in the development of new treatments and vaccines applied to pathologies developed in humans such as by Virus. In this context, it was presented and discussed different strategies used, which were contemplated from the design of small molecules, towards higher sized chemical structures and new Nanoarchitectures. In particular, it was discussed varied studies developed for the Corona Virus treatment; which afforded to the main mechanisms of action of pharmacophores and targeted functional Nanoparticles. In this direction, it was highlighted the importance of Bioconjugation of molecules and variable Nanoarchitectures for their incorporation within cells and for the development of vaccines. Moreover, it was discussed about the development of combinatory treatments based on different applied strategies. In similar manner, finally it was presented different studies and developments actually in progress related with the design of functional and Multifunctional Nanoarchitectures with potential implications in future treatments. En esta comunicación se ha abordado diferentes temas implicados en el desarrollo de nuevos tratamientos y vacunas aplicadas a patologías desarrolladas en el ser humano tal como las producidas por virus. En este contexto se han presentado y discutidodiferentes estrategias utilizadas, las cuales contemplan desde el diseño de moléculas pequeñas hacia mayores estructuras químicas y nuevas Nano-estructuras. En particular se ha discutido estudios para el tratamiento del Corona Virus; los cuales permitieron elplanteo de los principales mecanismos de acción de fármacos y Nanoparticulas con funcionalidades específicas. En esta dirección se ha destacado la importancia de la  Bioconjugación de moléculas y variables Nano-arquitecturas para la incorporación dentro de células y desarrollo de vacunas. Además, se ha tratado sobre el desarrollo de tratamientos combinados en base a diferentes estrategias aplicadas. En este mismo sentido, finalmente se han presentados diferentes estudios y desarrollos actualmente en progreso, relacionados con el diseño de Nanoarquitecturas funcionales o Multifuncionales, con potencial implicación en tratamientos avenir. Facultad de Ciencias Químicas 2022-04-18 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unc.edu.ar/index.php/Bitacora/article/view/37274 Bitácora Digital; Vol. 8 Núm. 12 (2021): Bitacora Digital 2344-9144 spa https://revistas.unc.edu.ar/index.php/Bitacora/article/view/37274/37456
institution Universidad Nacional de Córdoba
institution_str I-10
repository_str R-332
container_title_str Bitácora Digital
language Español
format Artículo revista
author Gomez Palacios, Luna R.
Martinez, Sofia
Tettamanti, Cecilia
Quinteros, Daniela
Bracamonte, Guillermo
spellingShingle Gomez Palacios, Luna R.
Martinez, Sofia
Tettamanti, Cecilia
Quinteros, Daniela
Bracamonte, Guillermo
Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
author_facet Gomez Palacios, Luna R.
Martinez, Sofia
Tettamanti, Cecilia
Quinteros, Daniela
Bracamonte, Guillermo
author_sort Gomez Palacios, Luna R.
title Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
title_short Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
title_full Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
title_fullStr Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
title_full_unstemmed Bioconjugated, Immunological and Synthetic Nanoplatforms for diagnoses and development of new treatments for infectious diseases
title_sort bioconjugated, immunological and synthetic nanoplatforms for diagnoses and development of new treatments for infectious diseases
description In this communication it was addressed different themes and topics implicated in the development of new treatments and vaccines applied to pathologies developed in humans such as by Virus. In this context, it was presented and discussed different strategies used, which were contemplated from the design of small molecules, towards higher sized chemical structures and new Nanoarchitectures. In particular, it was discussed varied studies developed for the Corona Virus treatment; which afforded to the main mechanisms of action of pharmacophores and targeted functional Nanoparticles. In this direction, it was highlighted the importance of Bioconjugation of molecules and variable Nanoarchitectures for their incorporation within cells and for the development of vaccines. Moreover, it was discussed about the development of combinatory treatments based on different applied strategies. In similar manner, finally it was presented different studies and developments actually in progress related with the design of functional and Multifunctional Nanoarchitectures with potential implications in future treatments.
publisher Facultad de Ciencias Químicas
publishDate 2022
url https://revistas.unc.edu.ar/index.php/Bitacora/article/view/37274
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