EXODIAMOND

EXOTRIO | Biological Source Identity

Three defined biological sources establish the foundational identity of EXOTRIO.

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A literature-informed approach to biological source selection, guided by established scientific research.

BIOINNOVATION CORE

Functional Biological Potential

Three Biological Sources. A Holistic Scientific Perspective.

Labelled cross-section of skin showing the epidermis, the dermis with collagen and elastin fibres and cells, and a microvascular network, with three magnified detail circles

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Skin Biology

Drawing upon the accumulated scientific literature surrounding EXOTRIO's three biological sources, a broad spectrum of biological processes relevant to skin physiology and visible ageing emerges as an area of scientific interest. These include antioxidant responses, inflammatory signalling, collagen and extracellular matrix biology, moisture balance, skin elasticity and pigmentation-related pathways. Considered collectively, this scientific background provides an evidence-informed perspective on the selection of complementary biological sources within EXOTRIO's biotechnology architecture.


Labelled cross-section of a hair follicle in the scalp showing the epidermis, sebaceous gland, root sheaths, dermal papilla and surrounding vessels, with three magnified detail circles

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Scalp & Follicular Biology

The established body of scientific literature surrounding EXOTRIO's three biological sources provides a foundation for examining their relevance to scalp and follicular biology. Research across these sources has explored cellular antioxidant responses, follicular signalling pathways, dermal papilla biology, inflammatory mediators, microvascular signalling and the relationship between moisture balance and tissue microenvironment. Collectively, these research perspectives inform the scientific rationale behind EXOTRIO's biological source selection and its relevance to advanced cosmetic scalp care.

Technology Evolution Pathway

Gold and turquoise cellular structures converging into one central cell, above the NanoGlow, CryptoSome and Nanoporation technology icons

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NanoGlow™

Cellular Antioxidant Optimisation

NanoGlow™ represents the initial biological optimisation stage within the EXODIAMOND biotechnology platform. Designed to enhance cellular antioxidant capacity and strengthen intrinsic defence mechanisms, this foundational stage contributes to the functional optimisation of the extracellular vesicle platform, supporting the overarching objective of optimum bioavailability.

Nanoporation™

Precision Molecular Integration

Nanoporation™ represents the precision engineering dimension of the EXODIAMOND biotechnology platform. Designed to support controlled functional cargo integration while prioritising cellular viability and vesicular structural integrity, this technology advances a more deliberate approach to extracellular vesicle functionalisation. Its contribution lies in the pursuit of molecular precision, structural preservation and consistency-oriented functional platform design.

CryptoSome™

Integrated Vesicular Architecture

CryptoSome™ represents the integrated vesicular architecture within the EXODIAMOND biotechnology platform. By bringing together the biological optimisation principles of NanoGlow™ and the precision molecular integration approach of Nanoporation™, it establishes a coherent framework for functional extracellular vesicle design. This integrated approach supports complementary antioxidant functionality and purposeful molecular organisation, with vesicular structural integrity and stability-oriented development as central design priorities.

EXOTRIO | The Final Formulation Architecture

Turquoise encapsulated vesicular structure above a line of white particles descending into a glass vial of lyophilized EXOTRIO core on a metallic platform

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Building upon EXOTRIO's integrated vesicular architecture, advanced cryoprotective lyophilization introduces a stability-oriented dimension to its final product design. Guided by principles of structural integrity, encapsulation and preservation, this approach establishes a scientific framework for the lyophilized EXOTRIO core, designed for a shelf life of at least 24 months under specified ambient storage conditions.

At the centre of the final formulation architecture, the lyophilized EXOTRIO core is paired with a purposefully selected hyaluronic acid formulation, designed to support controlled reconstitution into a homogeneous liquid preparation. This deliberate approach brings molecular hydration, matrix organisation and formulation consistency together within a defined cosmetic product system.

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SECTION 05 — QUALITY & ASSURANCE FRAMEWORK

EXODIAMOND™

B — PRODUCT ASSURANCE

From London to the World

BEYOND EXPECTATION

EU COSMETIC NOTIFICATION

CPNP

Ref. 5639702

  • INCIPRODUCT FORMULATION
  • PCPCINCI NOMENCLATURE
  • MSDSSAFETY INFORMATION
  • CoAANALYTICAL CERTIFICATE
  • CPSRSAFETY ASSESSMENT
  • SCPNPRODUCT NOTIFICATION (UK)

DOCUMENTED PRODUCT ASSURANCE

INTERNATIONAL MARKET ACCESS

A Documented European Foundation. A Gateway to International Market Access.

EXODIAMOND EXOTRIO's notification through the European Union's Cosmetic Products Notification Portal (CPNP) establishes a documented regulatory foundation within one of the world's most influential cosmetic regulatory frameworks.

This European foundation supports EXODIAMOND's international market-access strategy, with a 35-country market potential as a strategic geographic reference point, alongside further opportunities in jurisdictions that recognise, adopt or reference European cosmetic regulatory standards.

For prospective distribution partners, this framework provides a valuable foundation for market-entry planning, regulatory alignment and long-term commercial development, supported by documented product specifications, cosmetic safety assessment and manufacturing quality standards.

Documented Quality. International Readiness. Long-Term Commercial Confidence.