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  1. Home
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  3. Poster
  4. Leveraging iPSC-derived cortical neurons harboring known epilepsy mutations to advance personalized medicine

Leveraging iPSC-derived cortical neurons harboring known epilepsy mutations to advance personalized medicine

2016 SFN Poster Carlson iPSC-derived cortical neurons with epilepsy mutations
Download

Carlson C, McLachlan M, Dominguez E, Meline B, McMahon C, Strouse A, Burke T, DeLaura S, Jones E, Mangan K.

Society for Neuroscience, 2016

Leveraging iPSC-derived cortical neurons harboring known epilepsy mutations to advance personalized medicine
Related Resources
Modeling pediatric epilepsy with iPSC-based technologies
Cryopreservation maintains functionality of human iPSC dopamine neurons and rescues Parkinsonian phenotypes in vivo
Human iPSC-derived neurons form synchronously bursting cultures and display a seizurogenic response to excitatory pharmacology
Quantification of functional network electrophysiology from stem cell derived neurons with multiwell microelectrode array technology
Multiparametric assessment of networked electrical activity using induced pluripotent stem cell-derived glutamatergic neurons
CDI iCell GlutaNeurons Protocol

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At Axion BioSystems, our goal is to help you capture the complex biology of your cells. Whether monitoring the kinetics of cellular growth and death or recording the activity of excitable cells; Axion BioSystems' live-cell assay technology can help you record it noninvasively, in real time, and with software tools to make analysis quick and painless.

 

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