LipiDRONE-TriX®

LipiDRONE-TriX® is a nanostructured lipid system that boosts stability, bioavailability, and targeted delivery of bioactives, ensuring higher potency and deeper tissue penetration.

  • Overview
  • Mechanism Of Action
  • Features & Benefits
  • Pharmacokinetics

Technology Behind

LipiDRONE-TriX® is a next-generation nanostructured lipid-based delivery system designed through advanced molecular engineering to revolutionize the transport and efficacy of bioactive compounds. Built upon Nanostructured Lipid Carrier (NLC) technology, it overcomes key limitations of conventional delivery systems by enhancing the stability, solubility, and targeted delivery of lipid-soluble actives. This technology integrates a dual-phase lipid matrix optimized at the nanoscale, which improves bioavailability, protects active compounds from degradation, and enables precise controlled release. The unique engineering of LipiDRONE-TriX® ensures that encapsulated bioactives maintain higher potency, extended circulation time, and deeper tissue penetration, unlocking their full potential for therapeutic and nutraceutical applications

Cellular stress

Mechanism of Action

Lipid-soluble bioactives are encapsulated in nanoscale dual-phase lipid carriers, which protect them from degradation and enhance solubility. The nanostructure improves cellular uptake, enables controlled and sustained release, and ensures targeted delivery to tissues, increasing bioavailability, therapeutic efficacy, and patient compliance.

Stressed Cell Visualization

Higher Bioavailability & Efficacy

Overcomes poor solubility and absorption issues, ensuring maximum therapeutic effect.

Enhanced Stability & Protection –

Shields sensitive actives from environmental degradation, maintaining potency

Targeted Action & Better Performance

Facilitates deeper penetration into target tissues, increasing localized bioactivity.

Pharmacokinetics

Lipid-soluble bioactives are encapsulated in nanoscale dual-phase lipid carriers, which protect them from degradation and enhance solubility. The nanostructure improves cellular uptake, enables controlled and sustained release, and ensures targeted delivery to tissues, increasing bioavailability, therapeutic efficacy, and patient compliance.

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