We provide integrated preclinical research solutions designed to support the full spectrum of product evaluation. From early-stage screening to efficacy, safety, and mechanistic assessment.
In Vitro Research
2D Cell Line Studies
Human cell-based platforms used for targeted biological investigations and early-stage screening studies.
Applications
- Biomarker Analysis
- Protein Expression Studies
- Inflammation Assessment
- Growth Factor Evaluation
- Ingredient Screening
- Cell Viability Studies
3D Reconstructed Tissue Models
Physiologically relevant reconstructed tissue systems designed to better mimic tissue-level biological response.
Applications
- Skin Irritation Studies
- Skin Corrosion Studies
- Phototoxicity Assessment
- Pigmentation Studies
- Barrier Function Evaluation
- Anti-Aging Studies
- Hydration Assessment
- UV Response Evaluation
KEY HIGHLIGHTS
Dermal Penetration & Delivery Studies
Specialized penetration and permeation platforms designed to evaluate formulation behavior, ingredient transport, and delivery efficiency.
Platforms: EpiDermFT, EpiDerm & Skin Explants
Equipment: Franz Cell & MatTek Permeation Device
Applications
- Dermal Penetration Analysis
- Permeation Profiling
- Delivery Optimization Studies
- Comparative Formulation Evaluation
- Barrier Interaction Assessment
Key Differentiators
Instrumental Analysis
Studies can be paired with advanced instrumental evaluation systems including spectrophotometric analysis, skin imaging and texture analysis, hydration measurement, skin impedance evaluation, and UV response assessment.
Biomarker & Molecular Analysis
Integrated biological evaluation capabilities include cytokine analysis, protein expression studies, growth factor assessment, biomarker-based evaluation, inflammatory marker analysis, and molecular response assessment.
Injectable & Topical Dosing Capabilities
Support for both injectable and topical applications across ex vivo platforms enables expanded formulation and delivery assessment.
Procedure-Based Study Integration
Research platforms can be integrated with procedure-based studies to support broader translational and comparative evaluation workflows.