Mouse hippocampal neuron cells (HT-22 Luc)

The HT-22 Luc mouse hippocampal neuron cells represent a cutting-edge tool in neurobiological research allowing scientists to explore neuronal behavior and develop treatments for neurological disorders with high precision With their ability to simulate neuronal-like environments and their adherent nature these cells serve as an ideal platform for studying neuronal function and signaling pathways

In therapeutic applications the HT-22 Luc cells can be utilized to investigate the efficacy of neuroprotective compounds and to screen potential drugs for the treatment of conditions like neurodegeneration and depression By preserving these cells using dry ice and employing T25 live cell transportation methods researchers ensure the integrity and viability of the neurons facilitating seamless experimentation and applications in both basic and translational research

The combination of HT-22 Luc cells with a virus-mediated method enables the examination of gene expression and the effects of genetic modifications in a controlled manner providing valuable insights into cellular responses and paving the way for innovations in gene therapy Moreover the optimized culture conditions of 90% DMEM and 10% FBS enhance cell growth and function making them a reliable resource for cutting-edge neuroscience studies aimed at unlocking the complexities of the brain