Microscopic World of Glutamatergic Synaptic Transmission with in the Hippocampus - Animation interpreting the 4th dimensional construct of glutamate synaptic...http://www.streamica.com/v/OXsJqOvUhqQ
Dr. McCauley explains the neuroscience of addiction using the landscape of Utah. See more at www.pleasureunwoven.com.http://www.streamica.com/v/op0XqgWQn7E
Dr. Von Stieff explains the role neurotransmitters play in alcoholism and craving, clarifying why alcohol is so addictive. Studies of alcohol and the brain r...http://www.streamica.com/v/_51H_TfhCjU
Circle Us On Google Plus @ https://plus.google.com/+psychetruth Truth about MSG: Safe or Toxic? Cause Weight Gain, Overeating? Monosodium Glutamate, Food Nut...http://www.streamica.com/v/4zVGKldKKo4
Ou lorsque lire les étiquettes peut vous sauver la vie ! 20 ans de silence en France au sujet d'un additif qui est utilisé depuis 1909 : Le glutamate monosod...http://www.streamica.com/v/12sdcbTL5yo
Dr Vikki Petersen talks about glutamate and the dangers of it to your nervous system. http://www.healthnowmedical.com/http://www.streamica.com/v/V-MSXMmlFk0
Dr. Von Stieff teaches the fascinating role that glutamate and GABA neurotransmitters play in feelings, perceptions, and prescription addiction, addictions t...http://www.streamica.com/v/Du-GP6dOVnY
The full CME activity can be found at http://www.medscape.org/viewarticle/769108 and valid for credit through 08/23/2013.http://www.streamica.com/v/Q_z5ZL9STMw
Ketamine works as a potential antidepressant by blocking the NMDA [N-methyl-d-aspartate] glutamate receptor in the brain. By blocking the NMDA receptor, this potential antidepressant is able to help with the effects of depression quicker than more ...
Just how does ketamine work for depression? The theory is that it may block the effects of the neurotransmitter glutamate, on N-methyl-D-aspartate (NMDA) receptors, in the brain, somehow triggering intracellular pathways to create more synaptic ...
Pathways for corticotropin-releasing hormone signalling, cardiac β-adrenergic signalling, phospholipase C signalling, glutamate receptor signalling, endothelin 1 signalling and cardiac hypertrophy signalling were all significantly associated with ...
To do this, they deliberately activated individual synapses using the neurotransmitter glutamate: scientists have long known that glutamate plays an important role in learning processes and stimulates the growth of synapses. Over the following hours ...
Following that finding, we tried to better understand the functioning of the glutamate receptors. And we also focused on how they can be used as a target to modulate the other kind of receptors that go awry in Parkinson's disease, the dopamine receptors.
The scientists link the molecule to glutamate and its receptor on individual neurons. When light is beamed at the neuron, the protein changes shape, which brings the two together - just as if the cell had received glutamate from a neuron across the ...
A fourth drug, memantine (Namenda), blocks a chemical messenger called glutamate that builds up to toxic levels during the disease. Memantine is approved by the FDA only for moderate to severe Alzheimer's. But the reality is that the drugs don't help much.
They discovered that two neurotransmitters, glutamate and GABA, triggered the astrocytes to release calcium from their internal stores. Importantly, the researchers discovered that calcium levels increased through the entire astrocyte only if there was ...
Parmesan cheese and anchovies have helped Italian food get its umami on, while over in France they do it with veal stock, in which flesh and bones are simmered long enough to disassemble the tightest proteins, thereby freeing maximum glutamate.
In an interview, Dr. Brundin explains her hypothesis for the mechanisms of this neuroinflammatory response: that metabolites in the kynurenine pathway adversely affect glutamate neurotransmission (kynurenic acid is an antagonist of the glutamatergic ...