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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
Alginate-Based Applications in Biotechnology with a Special Mention to Biosensors
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Tissue-like Conductive Ti3C2/Sodium Alginate Hybrid Hydrogel for Electrochemical Sensing
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
New diagnostic and therapeutic strategies for myocardial infarction via nanomaterials - eBioMedicine
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Electro-assisted printing of soft hydrogels via controlled electrochemical reactions
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Application of locally responsive design of biomaterials based on microenvironmental changes in myocardial infarction - ScienceDirect
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Reductant/oxidant‐responsive systems. a) Scheme of GSH‐triggered
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
Adaptive and multifunctional hydrogel hybrid probes for long-term sensing and modulation of neural activity
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Review: the latest advances in biomedical applications of chitosan hydrogel as a powerful natural structure with eye-catching biological properties
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
Electrochemical and Biocatalytic Signal‐Controlled Payload Release from a Metal‐Organic Framework
Stimulation–Inhibition of Protein Release from Alginate Hydrogels Using Electrochemically Generated Local pH Changes
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