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The helix shape is found in the most important molecules of the living systems, as the α-helix in proteins and the double helix in DNA.1 Aiming to mimic the helix conformation founded in natural compounds for new applications is an exiting field of investigation. Since the last decade, phenylacetilenic polymers are extensively investigated and multifunctionalized pendants have been synthesized founding many applications, such as in material science, molecular and ionic sensors, enantiomeric separations and asymmetric catalysis.2

Seleno-amino acid-based helical polymers for organocatalysis and functionalization of nanoparticles