Holographic Neurons , 2023
50 x 50 in (h x w)
150 USD
for sale

Nash Family Department of Neuroscience

How does the underlying circuitry of neurons guide behavior?

Here, a painted representation of a glowing spectrum of neurons similar to how we image cells to study their activity patterns.

Printed artwork:
8”(h) x 10” (w) = $100
12”(h) x 16” (w) = $150

Plus de The Friedman Brain Institute

Artificial Intelligence Dreams of a Cheek Cell , 2022
40 x 40 cm (h x w)
The Friedman Brain Institute
Neuronal eclipse
56 x 42 in (h x w)
The Friedman Brain Institute
YB-1 over-expression in cortical neurons , 2022
60 x 89 in (h x w)
Primary cortical neurons overexpressing YB-1, immunostained with Beta-III tubulin and imaged on a Zeiss LSM 880 confocal
The Friedman Brain Institute
Maze , 2022
50 x 66 in (h x w)
Immunoflourescence staining
The Friedman Brain Institute
La Danse , 2022
80 x 105 in (h x w)
Confocal microscopy images of (hiPSC)-derived neurons and brain organoids were taken and the figures were digitally vectorized in Adobe Illustrator to create the composition. Neurons were immunostained for MAP2, and the ventricular-like zone (neural roset
The Friedman Brain Institute