Phototherapeutic β-Cyclodextrin-Branched Polymer Releasing Nitric Oxide with Fluorescent Self-Reporting and Its Combination with Doxorubicin

What can we bring out of cyclodextrin polymers at CarboHyde?

Whatever you want, apparently 🙂

Our long-term collaboration with Salvo Sortino‘s team and Szabolcs Béni just yielded another great paper with Milo Malanga.

Here, we made a photoresponsive β-cyclodextrin branched polymer, where excitation of the Poly-βCD1 with visible blue light results in the generation of nitric oxide.

The negligible cytotoxic action of DOX, used well below the therapeutic doses, alone or in combination with the polymer in the dark, is enhanced in both cell lines under light irradiation exclusively when the drug is combined with Poly-βCD1 as a result of the combined action of NO.

Phototherapeutic β-Cyclodextrin-Branched Polymer Releasing Nitric Oxide with Fluorescent Self-Reporting and Its Combination with Doxorubicin | Biomacromolecules

Synthesis, (bio)degradation, and utilization of starch-derived biopolymers in defined hard waters

Today’s cyclodextrin:

This study delves into the impact of climate change on local rainfall, leading to decreased rainfall and heightened water hardness. The research focuses on assessing the effectiveness and durability of dextrin-derived polymers for cation removal in simulated hard water scenarios.

Adrián Matencio Durán and Francesco Trotta are actively advancing cyclodextrin innovations in the environmental sector through their startup, Dewy, exemplifying dedication to environmental progress.

Synthesis, (bio)degradation, and utilization of starch-derived biopolymers in defined hard waters – ScienceDirect

cyclodextrin, cyclodextrin polymers