Accelerate your drug discovery with predictive in vitro models designed to replicate human physiology. Contact us today to find the right model for your research.
At Newcells, we offer a portfolio of cutting-edge in vitro models developed from human iPSCs, tailored for preclinical screening, mechanistic studies, and translational research. Our predictive models are engineered to deliver physiologically relevant data, reducing reliance on animal models and improving clinical relevance.
Retinal Models
Our retinal organoids and RPE models closely mimic the structure and function of the human eye, enabling accurate assessment of drug efficacy and toxicity. These models are validated for light responsiveness, phagocytosis, and morphological fidelity.
Kidney Models
Recreate kidney nephron function in vitro with our human iPSC-derived proximal tubule and glomerular models. Designed for assessing nephrotoxicity and drug transport, these systems provide a reliable platform for renal safety and pharmacokinetics.
Lung Models
Advance your respiratory research with our small airway epithelial and FMT assays. Built on primary and iPSC-derived lung cells, these models replicate the lung epithelial barrier and are ideal for inhaled drug delivery, toxicity, and barrier function studies.
All models are rigorously validated and optimised for predictive power, enabling you to generate reliable, translatable data with greater speed and accuracy.
