Sakura , 2023
40 x 40 in (h x w)
150 USD
for sale

Nash Family Department of Neuroscience

The elaborate branches and spines of a cerebellar Purkinje neuron call to mind a springtime cherry tree in bloom. This inverted and pseudocolored confocal image was obtained from an adult mouse Purkinje neuron iontophoretically filled with Lucifer Yellow fluorescent dye.

Dr. Heyer studies the roles of small RNAs in regulating Purkinje neuron function and downstream behaviors. Cerebellar abnormalities such as altered Purkinje neuron activity have been strongly linked to disorders such as autism and schizophrenia.

The Drug Discovery Institute is actively pursuing novel ways to modulate Purkinje neuron activity, which may lead to new strategies for treating these disorders.

Printed artwork:
12”(h) x 8” (w) = $100
20”(h) x 14” (w) = $150

Plus de The Friedman Brain Institute

Birth of Movement Disorder , 2022
42 x 44 in (h x w)
The Friedman Brain Institute
First line of defense , 2022
Immunofluorescence staining of fixed frozen brain section & widefield slide-scanning microscopy
The Friedman Brain Institute
Fading Memories , 2022
Adobe Photoshop
The Friedman Brain Institute
The Awakening , 2022
50 x 50 in (h x w)
Confocal microscopy imaging of an immuno-fluorescence staining of a dissected mouse embryo.
The Friedman Brain Institute
Tree of Life , 2022
50 x 47 in (h x w)
Confocal image of viral dTomato expressed in cerebellar Purkinje neuron, rainbow pseudo-coloring
The Friedman Brain Institute