No results were found for the filter!
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50137-S
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons (F 70 yr donor) - Alzheimer's Disease
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50147-L
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons (M 71 yr donor) - Alzheimer's Disease
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50150-L
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons display typical neurite outgrowth and express a variety of neuronal markers. such as TUBB3 (pan-neuronal) and TH (dopaminergic). When...
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50150-S
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons display typical neurite outgrowth and express a variety of neuronal markers. such as TUBB3 (pan-neuronal) and TH (dopaminergic). When...
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50170-L
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons display typical neurite outgrowth and express a variety of neuronal markers. such as TUBB3 (pan-neuronal) and TH (dopaminergic). When...
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50176-S
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons display typical neurite outgrowth and express a variety of neuronal markers. such as TUBB3 (pan-neuronal) and TH (dopaminergic). When...
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW50177-L
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons display typical neurite outgrowth and express a variety of neuronal markers. such as TUBB3 (pan-neuronal) and TH (dopaminergic). When...
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW60130-S
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons (F 6 yr donor) - Epilepsy
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW60236-L
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons (F 11 yr donor) - Epilepsy
Please request pricing for this article.
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived...
Item number: AMS-AMS.DA-mRNA-CW70067-L
Quick-Neuron(TM) Dopaminergic - Human iPSC-derived Neurons (F 21 yr donor) - Healthy Control
Please request pricing for this article.
Quick-Neuron(TM) Excitatory - Human iPSC-derived Neurons...
Item number: AMS-AMS.EX-SeV-CW10149-S
Quick-Neuron(TM) Excitatory - Human iPSC-derived Neurons (M 38 yr donor) - Healthy Control
Please request pricing for this article.
Quick-Neuron(TM) Excitatory - Human iPSC-derived Neurons...
Item number: AMS-AMS.EX-SeV-CW20016-L
Our proprietary transcription factor-based stem cell differentiation method produces neurons without a genetic footprint. Quick-Neuron(TM) Excitatory - Human iPSC-derived Neurons display typical neurite outgrowth and express neuronal markers. such as TUBB3 (pan-neuronal) and vGLUT1 (glutamatergic). When thawed and...
Please request pricing for this article.