PandemiCure's NanoMed research track explores nanotechnology applications in three investable, FDA-navigable lanes: nano-enabled diagnostics (better lateral flow capture, fluorescent biosensors), nano-enabled drug delivery (lipid nanoparticles, targeted release), and nano-enabled PPE and antimicrobial surfaces. All development is regulatory-pathway aware from day one.

Lane 1 — Nano-Enabled Diagnostics

  • Functionalized nanoparticle capture surfaces for lateral flow assays
  • Quantum dot fluorescent tags for higher-sensitivity rapid tests
  • Gold nanoparticle signal amplification for low-viral-load detection
  • Nano-biosensor coatings for AirSentinel bioaerosol detection module
  • SurfaceSentinel nano-swab enhanced ATP and pathogen capture

Lane 2 — Nano-Enabled Drug Delivery

  • Lipid nanoparticle (LNP) formulation support for mRNA and nucleic acid therapeutics
  • Targeted nanoparticle delivery for antiviral compounds — reduced systemic toxicity
  • Controlled-release nanocapsule formulations for long-acting prophylactics
  • Collaboration with CounterMeasure Studio for LNP manufacturing readiness scoring

Lane 3 — Nano-Enabled PPE & Surfaces

  • Antimicrobial nanocoatings for hospital surfaces, ambulance interiors, and HVAC surfaces
  • Nano-fiber filtration enhancement for N95 and elastomeric respirator media
  • Self-decontaminating surface materials for BioResponse Trailer interior
  • VitalSurface nano-antimicrobial hospital bed application extension

FDA Regulatory Path

  • FDA guidance: Drug Products, Including Biological Products, that Contain Nanomaterials
  • Product-specific safety and effectiveness review under existing statutory authorities
  • CDER and CBER review pathways depending on product classification
  • Nano-enabled diagnostics — FDA 510(k) De Novo pathway coordination
  • Nano-surface materials — EPA antimicrobial registration where applicable

Collaborate on NanoMed Track

Research partnerships, data-sharing agreements, and co-development opportunities are available. Contact the PandemiCure team to explore.

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