EVOQ research library

Explore the publications, test data, and technical resources behind EVQ-218 and the EVOQ material platform.

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The scientific foundation for EVQ-218

Two peer-reviewed publications establish the current scientific foundation: material characterization of laser-ablated EVQ-218 and serial-passage resistance research across ESKAPE pathogens.

EVQ-218: Characterization of High-Energy Nanoparticles that Measure up to NIST Standards

Sakawa et al. describe the laser-ablation process used to produce spherical EVQ-218 material, including morphology, very narrow size distribution, optical behavior, and surface characteristics. The publication provides the core characterization record for the platform.

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Escaping the ESKAPE Antimicrobial Resistant Cycle with EVQ-218

Kennon et al. report serial-passage testing of EVQ-218 across all six ESKAPE pathogens. After 30 passages, no measurable MIC increase was observed, while comparator antibiotics showed increased MICs.

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Material characterization

Review the peer-reviewed characterization record for EVQ-218: spherical morphology, very narrow size distribution, surface behavior, and production through high-energy laser ablation.

Antimicrobial and resistance research

Explore study-level antimicrobial results, serial-passage resistance research, and the evidence behind EVQ-218’s activity across bacterial, fungal, and mycobacterial isolates.

Application evidence

Find biocompatibility, coating, polymer, device-format, and encrustation test records—organized around what was tested and the endpoint measured.

Structure first

EVOQ begins with the material itself. The platform uses high-energy laser ablation in water to form spherical metamaterials without chemical reducing agents, surfactants, or added capping agents.

That process is designed to establish structure during formation rather than correct it afterward. The result is a consistent starting material for research programs that depend on controlled morphology, surface behavior, and production repeatability.

Use the How It Works page for the process overview, then review the Results page for study-level outcomes.

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Continue into the evidence

Browse the resource most relevant to your question, then contact the EVOQ team for study details, evaluation pathways, or technical discussion.

ESKAPE Serial Passage Study

Peer-reviewed publications and technical resources covering EVQ-218 characterization, resistance research, material platform context, and application development.

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EVQ-218 NIST Characterization

Study-level summaries of antimicrobial, biocompatibility, coating, polymer, and device-format results, with endpoints and test context.

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Silver in Healthcare

Focused resources for medical-device development, therapeutic research, energy materials, and other potential EVOQ platform applications.

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Battery Performance with EVQ-GA

White paper. Lead-acid and lithium-ion applications. Crystal chemistry optimization and impedance spectroscopy results.

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GLP Dermal Sensitization

Test data. Buehler test per ISO 10993-10. GLP-compliant. Non-sensitizing under study conditions.

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MEM Elution Cytotoxicity

Test data. ISO 10993-5 and USP 87. GLP-compliant. Non-cytotoxic at tested dilutions.

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How to use this library

Start with the source that matches the question. Peer-reviewed papers provide the scientific foundation; the Results page organizes study-level outcomes; technical resources provide application context. Where an evidence record is not public, contact EVOQ for the relevant evaluation path.

Interested in the data?

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