Pharmaceuticals - Medical DevicesCosmetics
NutritionalsChemicals

VitroScreen is an independent in vitro Research Laboratory concentrates on Research and Development of in vitro methodologies.

 

VitroScreen has a wide know-how of in vitro Alternatives (15 years of experience in setting up, performing and monitoring high quality in vitro Studies). It is fully committed to innovation performing high quality in vitro Studies for Safety and Efficacy of Cosmetics, Chemicals, Pharmaceuticals and Nutritional Complements.

 

VitroScreen is a GLP certified Laboratory for in vitro Toxicology and Pharmacotoxicology (compliant with EC Directive 2004/09/EC and 2004/10/EC that was legally enforced by Italian Authority (D.L. March 2,2007, N°50 as published in G.U. N°86 of April 13, 2007)). (Certification N° 110-2010).

  

VitroScreen has a technology platform based on molecular biology, genomic, histology and immuno-histochemistry, bio-analytical (partnership), 3D cell culture techniques and scaffold free microtissues.

 

VitroScreen offers innovative experimental models in the area of skin, eye and mucosae biology and has an unique expertise on the use of high technology 3D Human Reconstituted Tissues Models for standard and customized experimental models.

 

Our mission is to introduce high quality, relevant and predictive in vitro testing solutions to life sciences, and to develop pre-clinical study protocols incorporating in vitro methods, end-points and biological models:


3D HUMAN TISSUE MODELS: Skin, Cornea, Conjunctiva, Mucosae, Respiratory, Gastrointestinal tract

 

3D SCAFFOLD FREE MICRO-TISSUES: Cartilage, Bone, Adipose, Liver, Tumors.

 

  

ASSETS:

 

* Innovative in vitro research solutions from drug discovery to clinical research

  

* Novel and robust tissue engineering technology

  

* Mechanism-based molecular approach: Biomarkers quantification by gene expression

  

* Laboratory know-how support to identify the best testing strategy for project type

 

* Relevance and reliability of the biological models used

  

* GLP: in vitro toxicology and pharmacotoxicology

 

 

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