To overcome the weaknesses and limitations of current cell-based and animal-based testing, 3D models with the appropriate biophysical tissue architecture are generated for cardio-toxicity test in order to provide highly predictive and detailed information for the human in vivo study. Creative Bioarray offers the opportunity for highly predictable…[Read more]

Many withdrawn drugs have been shown to block the hERG channel, delaying repolarization of the cardiac action potential and leading to prolongation of the QT interval on an electrocardiogram. This can potentially initiate the arrhythmia known as Torsades de Pointes (TdP) with fatal consequences. While hERG is an important factor for cardiac…[Read more]

A Multi-Electrode Array is an array made of microscopic metal electrodes (10-30 μm of diameter) distributed on a small surface area (~0.8-6 mm²). They are either regularly distributed or can be arranged to match closely the spatial organization of the tissue investigated. In neuroscience research, these small electrodes (coated with an inert and b…[Read more]

Characterization of cell lines are used in the production of biopharmaceuticals which requires technical expertise across a wide range of biological disciplines. In addition, understanding the requirements and subsequent development of the testing regimens to ensure acceptance by worldwide regulatory agencies takes experience only gained through…[Read more]

With access to the entire RP11 BAC library, Creative Bioarray is capable of developing custom FISH probes. Apart from that, we also offer mRNA ISH/FISH Probes, miRNA ISH/FISH Probes, and lncRNA ISH/FISH Probes. Custom probes can contain up to four fluorescent dyes and can be produced in lot sizes that meet your specific requirements.