Unlocking a Caged Lysosomal Protein from a Polymeric Nanogel with a pH Trigger
2014
Molla, Mijanur Rahaman | Marcinko, Tyler | Prasad, Priyaa | Deming, Derrick | Garman, Scott C. | Thayumanavan, S.
A polymeric nanogel has been used to sequester and turn off a lysosomal protein, acid α-glucosidase (GAA). The nanogel contains a β-thiopropionate cross-linker, which endows the nanogel with pH-sensitivity. While encapsulation of the enzyme fully turns off its activity, approximately 75% of the activity is recovered upon reducing the pH to 5.0. The recovered activity is ascribed to pH-induced degradation of the β-thiopropionate cross-linker causing the swelling of the nanogel and ultimately causing the release of the enzyme. We envision that strategies for sequestering protein molecules and releasing them at lysosomal pH might open up new directions for therapeutic treatment of lysosomal storage diseases.
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