Open nanozyme knowledge platform

ZymeNexus

ZymeNexus is an open knowledge platform for nanozyme research. It organizes material composition, enzyme-like activity, reaction conditions, kinetic parameters and DOI sources so researchers can search, compare and reuse nanozyme data more efficiently.

Try searching: Fe3O4 POD-like CAT TMB Au nanoparticle POD

--nanozyme records

--source articles

--catalytic types

--data points

About nanozymes

Nanozymes

Nanozymes are nanomaterials that mimic catalytic functions of natural enzymes. Common activities include peroxidase-like, oxidase-like, catalase-like and superoxide dismutase-like behavior. They are often stable, easy to prepare and tunable in composition and surface structure, making them useful in biosensing, antimicrobial therapy, tumor microenvironment modulation, environmental catalysis and materials design.

Search and browse Find articles by keyword, year, catalytic type and element. Periodic table Select element combinations to filter nanozyme materials. User contribution Upload, preview, edit and export structured records. MCP / LLM Reserve standardized data tools for future LLM calls.

Nanozyme timeline

Nanozymes: From Discovery to AI-Driven Mining

A compact view of how inorganic catalytic mimics evolved from single discoveries into searchable, reusable knowledge.

ZymeNexus platform

What ZymeNexus organizes

Materials and elements

Capture composition, formula, morphology and element combinations across metal oxides, carbon materials, MOFs, single-atom catalysts and hybrid structures.

Catalytic activities

Track POD, OXD, CAT, SOD and other enzyme-like behaviors together with substrates and assay conditions.

Kinetic evidence

Preserve pH, temperature, Km, Vmax, Kcat and IC50 fields when reported, so records remain useful for modeling and comparison.