NeuroProof GmbH offers screening services which analyse and clarify the complex effects of substances on the function of the brain and the whole central nervous system.
NeuroProofs leading technology of primary neuronal cell cultures on microelectrode array (MEA) neurochips and sophisticated methods of data analysis is a major step forward in target validation, which remains as one of the bottlenecks in drug discovery. It closes the gap between the molecular and the physiological level.
The company’s expertise is a high content analysis in vitro technology that improves the development of new CNS pharmaceuticals through the precise assessment of neuronal activity function. NeuroProof combines technologies into a powerful and efficient biomonitoring tool for preclinical drug research:
The outcomes provide detailed insights with early predictions of beneficial or neurotoxic effects.
The effect of potential drug candidates on the CNS and possible neuro-toxic effects can be predicted early by studying behavior changes in a functional network, those posses the temporal resolution of cell-assembly cooperation. Thus it is possible to considerably accelerate the preclinical development of CNS drugs and to cut down the attrition rate.
Brain-region specific nervous tissue taken from fetal mice is physiologically accessible during differentiation and up to several months after maturation. MEA-neurochip simultaneously records multiple spike train patterns of action potentials of numerous single neurons coupled in a complex network. A co-culture of different neuronal and glial cell types enables the physiological relevance and provides a technology well suited for the discovery of unknown effects.
Proprietary procedures of pattern recognition are applied for a multiparametric data analysis. Thus, the effects of CNS drug candidates can be examined directly, which was not possible before. A high reproducibility of data is assured, for example, a same substance can be identified by its inducing specific activity changes even after years.
Recordings from neuronal network cultures on microelectrode arrays are highly sensitive biosensors:
NeuroProof GmbH has an attractive record of reference projects and the company is partner in several international research projects.
18119 Rostock, Germany