SynFire® GABAergic Induced Neuron Kit
NC1002-10 / NC1002-20 / NC1002-50 / NC1002-60
Brand: SynFire® by NeuCyte Labs®
Co-Culture kits containing GABAergic induced neurons, astroglia, and all of the media necessary to establish a co-culture model for functional neuron studies. Available in two sizes, small (Cat. No. NC1001-10) and large (Cat. No. NC1001-50).
Note: prices shown do not include shipping and handling charges.
Product code | Pack size | The Americas | UK, Europe, Middle East, Africa | ||
---|---|---|---|---|---|
(USD) | UK (GBP) | Europe (EUR) | |||
NC1002-10 |
1 kit (small) |
$ 2,150.00 |
£ 1,762.30 |
€ 2,058.36 |
|
USA store |
The Americas | ||
---|---|---|
Product code | Pack size | USD |
NC1002-10 |
1 kit (small) |
$ 2,150.00 |
USA store |
UK, Europe, Middle East, Africa | ||
---|---|---|
Product code | Pack size | UK (GBP) |
NC1002-10 |
1 kit (small) |
£ 1,762.30 |
Europe (EUR) | ||
NC1002-10 |
1 kit (small) |
€ 2,058.36 |
Human SynFire® GABAergic Induced Neurons and Astroglia for co-culture studies
Co-Culture kits contain GABAergic, Astroglia, and all of the media necessary to establish a co-culture model for functional neuron studies. Kits containing glutamatergic and GABAergic neurons, astroglia and media Cat. No. NC1010-1.5), or only glutamatergic neurons, astroglia, and media (Cat. No. NC1001-10) are also available.
GABAergic Induced Neuron Kits are available in two sizes, small (Cat. No. NC1002-10) and large (Cat. No. NC1002-50). In addition, the GABAergic Induced Neurons are available separately in small (Cat. No. NC1002-20) and large (Cat. No. MC1002-60) sizes. Please see the specifications for kit contents.
SynFire iN (Induced Neurons) cells are suitable for a variety of biochemical assays. For example, the effect of compounds on neuronal survival, axonal outgrowth, or dendritic arborization can be measured by standard assessment of viability, or image-based analysis of labeled cells, respectively. When co-cultured with glial cells, effects on synapse formation and composition, transcriptional programs, and electrophysiology can be tested. Neuronal subtypes can be mixed in different ratios for making a defined co-culture for different experimental purposes.