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25th October, 2021

In vitro models for chronic kidney disease (CKD)

Phosphate balance is central to many metabolic pathways, and the kidneys play a key role in the reabsorption and excretion of phosphate to achieve this balance. In CKD, however,…

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An experiment being carried out
13th April, 2021

NB collaborates with Takeda Pharmaceuticals on renal drug safety evaluation study

Newcells Biotech and Takeda Pharmaceutical International Co. have collaborated in a study designed to assess drug safety. The study evaluated a set of 36 known drugs and…

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Developing a 3D in vitro proximal tubule model for chronic toxicity studies
26th January, 2021

Developing a 3D in vitro proximal tubule model for chronic toxicity studies

The kidney proximal tubule is of key interest in drug discovery. This is due to its primary role in the excretion and reabsorption of xenobiotics, such as drugs and…

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Newcells Biotech aProximate Model
14th December, 2020

Improved in vitro renal tubular drug transport modelling to meet regulatory & development cost challenges

The proximal tubule is key due to its role in the excretion and reabsorption of many xenobiotic compounds. Due to the high costs associated with drug discovery and the…

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Newcells Biotech aProximate Model
5th May, 2020

Biologics & the kidney – importance of transport & safety assessment

Biologics represent a new modality of drug molecules which is rapidly expanding in market share and in the number of biologics gaining regulatory approval each year.  Biologics are defined…

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Newcastle University logo
1st December, 2017

Renal drug handling and drug-drug interactions in ADMET

The assays currently offered are based on human or animal cells transfected to express single or dual human kidney transporters on their surfaces. The major limitation is that they…

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