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

LUNA R. GOMEZ-PALACIOS; SOFIA MARTINEZ; CECILIA TETTAMANTI; DANIELA QUINTEROS; A. G. BRACAMONTE; A. GUILLERMO BRACAMONTE

Bitacora Digital

SECyT, Facultad de Ciencias Quimicas, UNC

Año: 2022 vol. 12 p. 1 - 10

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.