Domains targeting keyword neural stem cells

In our laboratory, we are interested in investigating the molecular mechanisms that endow the plasticity and the regenerative ability to the neural stem cells of the adult vertebrate brain. We have been using zebrafish as a model organism that can efficiently regenerate lost neurons. After generating neurodegeneration models in adult zebrafish brain, we found that…

MTI-GlobalStem has an active research program that utilizes expertise in transfection, neuroscience and stem cell biology to develop and supply scientists with the necessary tools and reagents to help advance new discoveries and developments in the life sciences. Utilizing our intellectual property and know-how, and a specialized team of highly skilled and experienced scientists, we are filling the gap with primary and iPSC-derived neural cells, stem cells and supporting feeder cells, optimized growth media and supplements, and an innovative platform of novel targeted reagents used to deliver nucleic acids into stem cells and neuronal cells with maximum efficiency.

We study the signals that control cell growth and differentiation in the nervous system, and the manner in which these signals are dysregulated in brain tumors. Current areas of research include sonic hedgehog signaling, normal and cancer stem cells, and mouse models of medulloblastoma.

We specialize in human cell culture. Whether you need iPSC-derived cells, disease models, human primary cells or culture media, we're here for you.

Welcome to the Webb Lab at Brown University. Our research is focused on the molecular mechanisms underlying stem cell aging; especially discovering genes and transcriptional networks responsible for deterioration

Applied StemCell is the top source for knock-in mice transgenic services and CRISPR genome editing services, as mentioned in Nature Journal.