Protoly Protocol Builder
Protoly helps researchers document and share protocols across advanced materials, nanotechnology, biomaterials, polymers, semiconductors, energy materials, and chemical synthesis. Build reproducible workflows with structured steps, parameters, and metadata.
Built for advanced materials teams who value precision, reproducibility, and collaboration
Define reagents, steps, parameters, and conditions in a standardized, machine-readable format.
Make protocols public, share with team members, or keep them private. Full control over visibility.
Start with proven protocols and adapt them to your specific research needs. Build on existing work.
Build structured workflows that can be reviewed for NanoScience Lab automation.
Protoly does not stop at writing or AI-assisted drafting. Its real differentiator is that a structured workflow can move toward execution on actual NanoScience Lab hardware.
Build the experiment in Step Builder with ordered steps, parameters, materials, and workflow logic that can be reviewed beyond plain text.
Finalize the workflow, then submit it for feasibility review, quotation, and execution preparation by NanoScience Lab.
When approved, the workflow moves into supported NanoScience Lab hardware systems for managed execution and outcome delivery.
Abstract: Gold nanoparticles have gained significant attention in nanomedicine due to their unique physicochemical properties, including nanoscale size, optical activity, chemical stability, biocompatibility, and ease of surface f...
Abstract: Folic acid-conjugated nanoparticles are widely investigated as model systems for targeted drug delivery and cancer nanomedicine research because folate receptors are overexpressed in several cancer cell models. This prot...
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...
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: 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: Chitosan-based hydrogels are important biopolymer systems used in biomedical material research, drug delivery models, wound dressing prototypes, cosmetic formulations, and bioadhesive formulation studies. This protocol p...
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: This protocol aims to synthesize zinc manganese oxide nanomaterial with controlled composition, reproducibility, and functional properties for advanced material applications. The objective is to prepare a stable mixed me...
Abstract: This protocol describes the synthesis of copper oxide nanoparticles, classified as a copper-based inorganic nanomaterial, using a simple wet-chemical precipitation approach. The objective is to prepare stable CuO nanopar...
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