Showing posts with label Striatal Neurons. Show all posts
Showing posts with label Striatal Neurons. Show all posts

Wednesday, May 24, 2017

Parkinson's Disease and the Striatum

Excellent Video
Researchers at the Karolinska Institute recently released a video outlining their findings regarding the root causes of Parkinson's.


Highlights

Striatal sensory responses were studied by whole-cell recordings and optogenetics
Dopamine (DA) depletion affects intrinsic and sensory properties in direct pathway neurons
The encoding of bilateral tactile stimuli is impaired following DA depletion
Administration of L-DOPA can correct sensory deficits caused by DA depletion.
for more see: https://doi.org/10.1016/j.neuron.2017.05.004
This study came to my attention the researchers used our Enkaphalin Antibody as a marker for the Dopaminergic Neurons. 
Image: Mouse striatum stained with D2 cell marker Enkephalin (RA14124) in green and with neuronal marker NeuN in red courtesy of Dr Heike Rebholz of City College of New York

Wednesday, November 07, 2007

Striatal Neurons Image


Thank you to Dr. Henry Guo, Intracellular Therapies
E18 and E20 Rat Primary Neuronal Tissue -NEURON CULTURES
Fresh Tissue and media are provided to initiate a culture of primary neurons.
E18 Rat Primary Neuronal Tissue - ASTROCYTE CULTURES
Fresh Tissue and media are provided to initiate a culture of primary astrocytes.
Human Brain Tissue (Blocks, Lysates and Slides)-New
Healthy adult human brain tissue
Frozen Primary Rat Neurons-NEW
From E18 Rat Cortex
Frozen Primary Mouse Neurons-New
Growth Media and Poly-D-Lysine Coverslips