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​In Vitro Safety Testing for Cosmetics, Consumer Products and Industrial Chemicals
 

  • CBT supports cosmetics and consumer product companies (and chemical industry) with human-relevant, non-animal safety testing aligned with current regulatory expectations, including MOCRA.
     

  • Our platforms use 3D reconstructed human tissues that closely mimic in vivo physiology, enabling reliable and predictive safety assessment without animal testing.

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Our Capabilities

 

3D Human Skin Models


Using 3D reconstructed human epidermis (RhE):

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  • Skin irritation and corrosion

  • Barrier function and toxicity

  • Repeat exposure studies

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Scientific basis:

Multi-layered keratinocyte cultures replicate the stratum corneum barrier, enabling accurate prediction of irritation and corrosion responses.

OECD Guidelines:

  • Skin Irritation: OECD TG 439

  • Skin Corrosion: OECD TG 431

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Using 3D reconstructed human corneal epithelium (RhCE):

  • Eye irritation assessment using validated in vitro systems

  • Alternatives to animal testing

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Scientific basis:

Stratified corneal epithelial cells reproduce ocular surface responses, allowing prediction of irritation potential through viability and barrier disruption endpoints.

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OECD Guideline:

  • Eye Irritation: OECD TG 492

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Inhalation Toxicity (In Vitro)

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Using 3D reconstructed human airway / respiratory tissues:

  • Aerosols, sprays, and volatile compounds

  • Respiratory exposure assessment

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Scientific basis:

Air–liquid interface cultures of bronchial epithelial cells mimic respiratory tract architecture and exposure conditions, enabling realistic aerosol and vapor testing.

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Scientific Validation
 

Our in vitro models are supported by data presented at the Society of Toxicology (SOT), demonstrating their predictive performance and applicability to real-world safety assessment.

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Key highlights:

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  • Skin & ocular models:

Validated using OECD TG 439 and TG 492 with demonstrated reliability in irritation classification

  • Inhalation models:

Novel approach developed to correlate in vitro airway exposure with real-world occupational inhalation scenarios

  • Robust assay performance:

Validated methods addressing common challenges such as test article interference and assay sensitivity

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​See Scientific Posters:​

📄Inhalation Toxicity Poster (SOT-2026)

📄Skin & Eye Irritation Poster (SOT-2025)

 

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OECD Status:

  • Studies conducted using advanced, scientifically validated in vitro approaches

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Applications

  • Cosmetic ingredient and industrial chemicals safety evaluation

  • Finished product safety testing

  • Regulatory support (MOCRA-aligned safety substantiation)

  • Product development and formulation screening

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Why Work With CBT

  • Human-relevant testing using 3D reconstructed human tissues

  • OECD-aligned methods where applicable

  • Fast turnaround and flexible study design

  • Experience supporting regulatory submissions

  • Integrated analytical and toxicology capabilities

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 Copyright 2021 Center for Biomedical Testing

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