Human Ipsc Derived Neural Stem Cells - Trisomy X Patients

Background: Trisomy X (Triple X) Synchronous Occurs At A Frequency Of Approximately 1 In 1000 New Females The Syndrome Is Associated With An Increased Risk Of Seizures And May Affect Short-term Memory And Learning Although The Majority Of Women Affected Show Few Clinical Symptoms.  AcceGen Has Developed IPSC-derived Neural Stem Cells From A Patient With The Triple X Chromosomal Abnormality.  All Of The IPS Cells Examined (20 Individual Cells Karyotyped), Had Trisomy X.AcceGen Human IPSC-Derived Neural Stem Cells (NSCs) Are Derived From Integration-free, Induced Pluripotent Stem Cells (iPSCs) Under Fully Defined Neural Induction Conditions.  The NSCs Express Typical Markers Of Cerebral Cortical Neural Stem And Progenitor Cells Such As PAX6, FOXG1 And Nestin, And Spontaneously Form Polarized Neural Tube-like Rosette Structures When Plated As A Monolayer In Culture (see Below).  Additionally, AcceGen NSCs Are Capable Of Generating A Spectrum Of Cerebral Cortical Excitatory And Inhibitory Neurons That Are Electrically Active And Have The Ability To Form Functional Synapses And Circuits In Vitro.  After Thawing And Plating, The Neural Stem Cells Terminally Differentiate To Acquire Mature Electrophysiological Properties, And Form Functional Synaptic Networks Over A Period Of 40 ~ 50 Days.AcceGen NSCs Are Easy To Differentiate To Neurons Or Mixed Neural Cell Types, Following Our Protocols And Using Our Tailored Media And Reagent Bundles.  A Highly Pure Population Of Neurons Can Be Generated From AcceGen NSCs Following The Synchronous Differentiation Protocol.  Using Our Specialized Coating Reagents, Neurons Derived From AcceGen NSCs Can Be Maintained In Culture Long-term (>1 Year).  NSCs Are Available From Multiple Donors To Submit Your Research Needs And Have Been Characterized Extensively. This Syndrome Is Associated With An Increased Risk Of Seizures And May Affect Short-term Memory And Learning, Although Most Affected Women Have Few Clinical Symptoms. AcceGen Has Developed Neural Stem Cells Derived From Ipsc From A Patient With Triple X Chromosome Abnormality. Neural Stem Cells (NSCs) Derived From Human Ipsc Are Produced By Pluripotent Stem Cells (iPSCs) Induced By Non Integration Under Completely Determined Neural Induction Conditions. NSCs Express Typical Cortical Neural Stem And Progenitor Cell Markers, Such As PAX6, FOXG1 And Nestin, And Spontaneously Form Polarized Neural Tubular Rose Plexus Structure When Plated As A Monolayer In Culture (see Below). In Addition, AcceGen NSCs Can Also Produce A Series Of Cortical Excitatory And Inhibitory Neurons, Which Have Electrical Activity And Can Form Functional Synapses And Circuits In Vitro. After Thawing And Electroplating, Neural Stem Cells Finally Differentiated Within 40~50 Days, Acquired Mature Electrophysiological Characteristics, And Formed Functional Synaptic Networks. AcceGen NSCs Are Easily Differentiated Into Neuron Or Mixed Neuron Types, Follow Our Protocols, And Use Our Customized Media And Reagent Bundles. According To The Synchronous Differentiation Protocol, AcceGen NSCs Can Generate Highly Pure Neuron Groups. With Our Special Coating Reagent, Neurons Extracted From AcceGen Neural Stem Cells Can Be Maintained In Long-term Culture (1 Year). NSCs Can Be Obtained From Multiple Donors To Meet Your Research Needs And Have A Wide Range Of Characteristics. Animal Species/Oganism & Nbsp; People Organization Source; Tissue And Cell Type  Morphology Of Neural Stem Cells (NSCs); Wall Attached Growth; Note: This Product Is Only For Scientific Research