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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes

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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
pH-responsive alginate-based hydrogels for protein delivery - ScienceDirect
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Material Engineering in Gut Microbiome and Human Health
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Electrochemically controlled drug-mimicking protein release from iron- alginate thin-films associated with an electrode.
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
IJMS, Free Full-Text
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Enhanced Release of Molecules upon Ultraviolet (UV) Light Irradiation from Photoresponsive Hydrogels Prepared from Bifunctional Azobenzene and Four-Arm Poly(ethylene glycol).
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Full article: Hybrid gum tragacanth/sodium alginate hydrogel reinforced with silver nanotriangles for bacterial biofilm inhibition
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Electrochemically controlled drug-mimicking protein release from iron- alginate thin-films associated with an electrode.
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Encapsulation of beta-pancreatic cells in a hydrogel based on alginate and graphene oxide with high potential application in the diabetes treatment
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Recent advances in various stimuli-responsive hydrogels: from synthetic designs to emerging healthcare applications - Materials Chemistry Frontiers (RSC Publishing) DOI:10.1039/D2QM00469K
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