neutran.blogspot.com
Synapse: Model Of Neural Circuit Underlying Working Memory
http://neutran.blogspot.com/2005/12/model-of-neural-circuit-underlying.html
Model Of Neural Circuit Underlying Working Memory. Brandeis Researchers Propose Model Of Neural Circuit Underlying Working Memory. Posted at 6:27 PM. Wednesday, December 21, 2005. The content of this blog is intended for personal or educational use. All rights are reserved for commercial use of contents. All images created by gjhardman.md. Key Brain Antioxidant Linked To Alzheimers And Pa. A Spoonful Of Sugar Makes Some Kids Feel Good. PDYN Brain Regulatory Gene Shows Evolution In Huma.
neupsyres.blogspot.com
NeuroCogPsych: Pain: Molecular Dynamics of Pain Control
http://neupsyres.blogspot.com/2005/09/pain-molecular-dynamics-of-pain.html
Tuesday, September 20, 2005. Pain: Molecular Dynamics of Pain Control. Nature Reviews Neuroscience - Reviews. Different chronic pain states generate different neurochemical changes in sensory fibres and the spinal cord. Understanding these distinct molecular signatures might be the key to effective pain control. Noxious stimulation changes the phenotype of sensory neurons. In part, these changes are caused by a change in the levels of growth factors released from the injury area. NGF has been sho...Pain ...
neupsyres.blogspot.com
NeuroCogPsych: Imaging: INVASIVE RECORDINGS FROM THE HUMAN BRAIN: CLINICAL INSIGHTS AND BEYOND
http://neupsyres.blogspot.com/2005/09/imaging-invasive-recordings-from-human.html
Thursday, September 22, 2005. Imaging: INVASIVE RECORDINGS FROM THE HUMAN BRAIN: CLINICAL INSIGHTS AND BEYOND. Nature Reviews Neuroscience - Reviews. Neurophysiological recordings from human basal ganglia and the motor thalamus produce important insights into the pathophysiological mechanisms of movement disorders. The data are important because none of the available animal models of Parkinson's disease faithfully reproduces all of the symptoms of the human disorder. In addition to their clinical relevan...
neutran.blogspot.com
Synapse: PDYN Brain Regulatory Gene Shows Evolution In Humans
http://neutran.blogspot.com/2005/12/pdyn-brain-regulatory-gene-shows.html
PDYN Brain Regulatory Gene Shows Evolution In Humans. Key Brain Regulatory Gene Shows Evolution In Humans. Researchers have discovered the first brain regulatory gene that shows clear evidence of evolution from lower primates to humans. They said the evolution of humans might well have depended in part on hyperactivation of the gene, called prodynorphin (PDYN), that plays critical roles in regulating perception, behavior and memory. Here we come to the interesting, and likely misinterpreted bit:. And it'...
neutran.blogspot.com
Synapse: Popular Antidepressants Boost Brain Growth, Hopkins Scientists Report
http://neutran.blogspot.com/2005/12/popular-antidepressants-boost-brain.html
Popular Antidepressants Boost Brain Growth, Hopkins Scientists Report. Popular Antidepressants Boost Brain Growth, Hopkins Scientists Report. Posted at 6:34 PM. Wednesday, December 21, 2005. The content of this blog is intended for personal or educational use. All rights are reserved for commercial use of contents. All images created by gjhardman.md. Model Of Neural Circuit Underlying Working Memory. Key Brain Antioxidant Linked To Alzheimers And Pa. A Spoonful Of Sugar Makes Some Kids Feel Good.
karyoti.blogspot.com
Cell: endoplasmic reticulum
http://karyoti.blogspot.com/2006/12/endoplasmic-reticulum.html
Tuesday, December 26, 2006. 1 smooth endoplasmic reticulum (smooth ER). 2 cisternal space - lumen - of rough endoplasmic reticulum (rough ER) with proteins produced on exterior. 3 cisternae of rough ER. 4 chains of ribosomes along mRNA on membrane of rough ER, the proteins move into the lumen of the cisterna following assembly. 5 rosette-shaped nuclear pore (size exaggerated). 6 nuclear membrane continuous with membrane of ER. 7 strands of heterochromatin adherent to nucleolus. Zoom in on rough ER.
insidebrain.blogspot.com
Brain: frontal lobes
http://insidebrain.blogspot.com/2006/12/frontal-lobes.html
Sunday, December 31, 2006. The cerebral hemispheres comprise paired lobes: frontal, temporal, parietal and occipital. Posted at 11:56 PM. The content of this blog is intended for personal or educational use. All rights are reserved for commercial use of contents. All images created by site author unless otherwise stated.
karyoti.blogspot.com
Cell: cytoskeleton
http://karyoti.blogspot.com/2006/12/cytoskeleton.html
Thursday, December 28, 2006. The cytoskeleton is a dynamic three-dimensional filamentous structure within the cytoplasm. Cells It is constructed of microfilaments. That provide for structural support and movement. image - cytoskeleton. Diagram - mechanism of ciliary motility. Image filamentous actin and microtubules. Image microtubules nuclei endothelial tc. Image filamentous actin microtubules nuclei fibroblast mouse. Macula adherens). diagram . desmosome. Diagram . tight junction. Main page of Molecules.
karyoti.blogspot.com
Cell: exosome
http://karyoti.blogspot.com/2006/12/exosome.html
Tuesday, December 26, 2006. Exosome and Models of exosome complex. Edinburgh Research Archive : Item 1842/734. The exosome complex of 3' - 5' exoribonucleases functions in both the precise processing of 3' extended precursor molecules to mature stable RNAs and the complete degradation of other RNAs. Both processing and degradative activities of the exosome depend on additional cofactors, notably the putative RNA helicases Mtr4p and Ski2p. ". Virtual Cell Textbook - Cell Biology. Main page of BioChemistry.
insidebrain.blogspot.com
Brain: Items
http://insidebrain.blogspot.com/2007/12/items.html
Monday, December 31, 2007. Posted at 11:59 PM. The content of this blog is intended for personal or educational use. All rights are reserved for commercial use of contents. All images created by site author unless otherwise stated.
