Dysregulated bursting is at the root of many motor neuron/neuromuscular junction disease. ArunA Biomedical, teaming with Axion Biosystemss has generated relevant bursting data from mouse motor neurons cultured on Axion-Bioystem's Maestro MEA.

SNARE proteins are a large protein superfamily consisting of more than 60 members in yeast and mammals. The primary role of these proteins is to mediate fusion of vesicles with their target membrane bound compartments (such as a lysosome).

The  Otawog Compact occupies less bench space,  making it more convenient when additional devices such as stereotaxic brain surgical rigs are also in use. It is well adapted for mice and juvenile rats.

Take advantage of the larger brain size of the rat coupled with its richer behavioral profile. Unlike BAC models, Horizon’s rats express cre recombinase outside of the endogenous promoters, so you don’t have to worry about ectopic expression or random integration and potential gene disruption.

Major updates to the Ivy Glioblastoma Atlas Project provide researchers with valuable tools to find cures for aggressive brain cancers.

iRiS™ is a new digital cell imaging system that combines simplicity and excellence in one sleek unit. Small in size but uncompromising in optical quality, iRiS™ brings your data to life with beautiful, high-resolution images.

First-of-its-kind database of individual neurons enables scientists to understand fundamental building blocks of the brain.

Neurons are designed to transmit electrical and chemical signals through specialized cellular projections—axons and dendrites—that extend far from the cell body. This relay of signals occurs at the neural synapses between the axon of one neuron and the dendrites of another.

It can be difficult to successfully introduce a transgene into a different genome. Often times, the gene is not expressed properly or it may silence another gene, possibly causing a synthetic lethality.

Offering high transfection efficiency and expression levels across a broad range of cell types, including stem cells and primary cells, mRNA-In™ is a robust and easy-to-use mRNA delivery solution proven in applications including protein expression and iPSC-reprogramming.