3D Assay Services Available at REPROCELL

3D Assay Services Available at REPROCELL

REPROCELL’s UK-based Centre for Predictive Drug Discovery and our associated partners (Alcyomics®) now offer 3D assay services to meet the contract research needs of our customers. Based at REPROCELL’s new cell culture facility, scientists have developed assays in a range of formats, creating physiologically-relevant 3D tissue structures from a variety of cell sources.


Our team of expert scientists are available to discuss how our assays can answer your contract research needs and design a protocol that will meet your study requirements. REPROCELL scientists are also available to create custom 3D assays, to meet specific customer project requirements. See below for an overview of our 3D assay capabilities and links to detailed information about our services.



Main image: Scanning electron micrograph of Alvetex Scaffold, showing its highly porous architecture. Inset: Alvetex Scaffold in 96 well plate format. Smaller images: examples of cell types used in REPROCELL 3D assay services.

Related Downloads (PDF):


ReproNeuro™ iPSC-derived Human Neurons


Predictive 3D Hepatotoxicity Assay Service using HepG2 Cells in Alvetex 96-well plate format


Novel Neurite Outgrowth and Inhibition Model in 3D

REPROCELL have developed a novel Alvetex-based 3D assay for inhibition and recovery of Neurite Outgrowth, developed in partnership with the University of Durham, UK. ReproNeuro™ iPSC-derived Human Neurons, available as healthy wild-type, Alzheimer Disease patient-derived (presinilin 2 mutation) and mutated (presinilin 1 mutated) to assess pathological changes in vitro.


The assay is a versatile tool allowing users to explore physiological and pathological ECM coatings (laminin, CSPGs), known pathway inhibitors and therapeutic lead compounds.


Right: Representative morphology of ReproNeuro™ iPSC-derived human neurons aggregates, cultured on top of Alvetex membrane and imaged by confocal microscopy (blue: DAPI, green:betaIII-tubulin). Two alternative Alzheimer disease-models are also available from REPROCELL.
Left: TERA2.SP12 neurospheres transferred onto ECM-coated Alvetex Scaffold show significant inhibition of neurite outgrowth in the presence of aggrecan that can be efficiently rescued by manipulating either the ROCK (Y-27632) or retinoid (AC261066) pathways.


Skimune®3D–a novel autologous full-thickness skin equivalent model

REPROCELL, in association with Alcyomics, offer unique screening services using fully humanised in vitro skin explant assays and 3D equivalents constructed in Alvetex enabling more cost-effective commercialisation of products or drugs to the cosmetic, chemical and pharmaceutical industries.


Alcyomics® have developed a full-thickness autologous skin equivalent model, Skimune®3D, from healthy primary human tissue which is representative of normal human skin. This assay is ideal for the testing of adverse immunological reactions to large proteins such as monoclonal antibodies, biosimilars and biobetters.

Right: Representative histological staining of a Skimune®3D Skin equivalent constructed using Alvetex 3D Cell Culture Technology, clearly showing the dermal compartment established throughout the thickness of the Alvetex membrane and differentiated epidermis with stratum corneum on top of the Alvetex membrane.


Liver Biology and Hepatotoxicity in Alvetex 3D Cell Culture Technology

REPROCELL have previously demonstrated improvements in Hepatocyte morphology, cell-cell contacts and protein expression in vitro using Alvetex 3D well inserts in peer-reviewed publications from REPROCELL’s collaborations with the University of Durham, UK and LGC Ltd. Higher-throughput 3D assay formats are also available, validated in HepG2 cells for hepatotoxicity and drug metabolism. Our expert scientific team are on-hand to discuss the range of liver applications based in Alvetex 3D Scaffold technology and will work with you to design a 3D protocol that meets your requirements.


3D liver assays can also be formed using REPROCELL’s iPSC-derived ReproHepato cells, shown to demonstrate improved functionality over cancer-derived hepatocytes and less variability than human primary hepatocytes.


Left: Representative morphology of ReproHepato™ cells after 6 days culture. Right: Representative histological morphology of HepG2 cells in Alvetex Scaffold after 7 days culture.

Custom Assay Development Services

Innovative 3D models have demonstrated evident advantages over conventional 2D culture, providing more physiologically relevant and predictive data. REPROCELL’s scientists have a unique background and experience in 3D assay development with a variety of cell types and cell culture formats, and are on hand to create custom 3D assays for specific customer needs.


Example assay development workfow

Get in touch

If you’re interested in any of the assays above or if you wish to discuss your custom assays with one of our scientists, please email:


Europe, Middle East & Africa: info-emea@reprocell.com
Americas: info-usa@reprocell.com
Japan & Asia Pacific: info-asia@reprocell.com


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