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Abstract: Electrochemical glucose detection is a widely used model system for teaching biosensor chemistry, enzyme-based sensing, redox reactions, and analytical method development. This protocol presents a Protoly-managed and par...
Abstract: Iron oxide nanoparticles are widely investigated as multifunctional nanomaterials for theranostic research because they can combine magnetic responsiveness with possible imaging, targeting, drug-delivery, and hyperthermi...
Abstract: Curcumin is a widely studied phytochemical with biomedical and cancer-biology-related research relevance, but its poor aqueous solubility and limited stability restrict direct formulation use. Chitosan nanoparticles prov...
Abstract: Silver nanoparticles are widely explored as functional antimicrobial nanomaterials because of their interactions with microbial membranes, intracellular biomolecules, and biofilm-associated structures. This protocol prim...
Abstract: Catalase is an important antioxidant enzyme that protects biological systems by decomposing hydrogen peroxide into water and oxygen. The hydrogen peroxide decomposition reaction is widely used as a simple model for demon...
Abstract: Nano-liposomes are vesicular lipid-based nanocarriers widely studied for drug delivery, model encapsulation, vaccine research, cosmetic delivery systems, and controlled-release formulation development. This protocol pres...
Abstract: When nanoparticles enter biological or protein-containing environments, proteins can adsorb onto their surface and form a dynamic protein corona. This corona can strongly influence nanoparticle stability, aggregation beh...
Abstract: Silver nanoparticle-antibody conjugates are widely explored as functional immunoassay probes because metallic nanoparticles can provide strong optical visibility, surface functionalization capacity, and useful signal-gen...
Abstract: Zinc oxide is a widely investigated inorganic material in UV-responsive systems, photocatalytic models, and cosmetic formulation research. Its nanoscale form is particularly relevant where dispersion behaviour, light int...
Abstract: Surface-enhanced Raman scattering (SERS)-ready nanoparticle-antibody probes are useful tools for biosensing, antigen recognition, immunoassay development, and nano-biointerface research. This protocol presents a Protoly-...
Abstract: Antigen-antibody nanomaterial complexes are useful model systems for biosensing, immunoassay development, nano-biointerface studies, and targeted biomolecule recognition research. This protocol presents a Protoly-managed...