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Our biggest potential we are opening up, when we bring the mind
Our biggest potential we are opening up, when we bring the mind

... This incessant messages about the state of Herzenz to the brain and the rest of the body will help the entire system (which Spiellleiter the heart is) an increasing order (frequency and power), awareness and ultimately coherence (Heart Rate Variability = HRV) manufacture. ...
Paying attention to correlated neural activity
Paying attention to correlated neural activity

... refer to ‘noise correlation’, which quantifies how the activity of different neurons covaries from moment to moment, independent of changes in sensory stimuli or motor responses. Such correlations can also help us uncover the computations performed by neural circuits, as computations depend on conne ...
Plasticity of the Motor Cortex in Patients with Brain
Plasticity of the Motor Cortex in Patients with Brain

... imaging to include maps of human brain function(2). Of the currently available approaches, only fMRI based on blood oxygenation level dependent (BOLD) contrast has the potential for widespread application because it is noninvasive, has superior spatial and temporal resolution, does not involve radia ...
Parkinson`s Disease storyboard
Parkinson`s Disease storyboard

... • As can be seen from previous studies, DA tone begins to fall after about an 80% loss of DA neurons. At that same point, PKD symptoms begin to become visible. Scientists were not surprised to find a correlation between these factors. What did surprise them was the large percentage of DA neurons and ...
File
File

... Strengthens the heart muscle by increasing the force and effectiveness of heart muscle contractions ...
Biology-Soto
Biology-Soto

... □ brain tissue sends message to motor neurons ~ via the cord ~ body reacts accordingly □ info ...
O-Nervous System I
O-Nervous System I

... Tract – a bundle of axons ins the CNS. Ganglion – a cluster of nerve cell bodies in PNS. Nucleus – gray matter in CNS with common function. ...
A neurobiological mapping of theory of mind
A neurobiological mapping of theory of mind

... paranoid and delusional schizophrenia. It has been hypothesized that the ToM failure of these patients [26,37,91] is a consequence not so much from a deficit in the representation of mental states, as reported for example by Sarfati et al. [92], but rather from a hypertrophy of it, i.e. a hypertheor ...
Centre for the Biology of Memory
Centre for the Biology of Memory

... While the research groups headed by MayBritt and Edvard Moser record electrical signals from neurons in the brain of rats that run around in the laboratory, Witter’s group records signals from slices of living brain tissue. This makes it possible to investigate how the neurons relay information to t ...
The Nervous System
The Nervous System

... – The axons connecting your spinal cord to your foot can be as much as 1 m long (although only a few micrometers in ...
Cellular mechanisms underlying network synchrony in the medial
Cellular mechanisms underlying network synchrony in the medial

TalkHumaine_grandjean
TalkHumaine_grandjean

... are excited (visual+auditory) and their reaction time decreases with the increase of channels excited (when the stimuli are congruent). ...
File
File

... wraps around the vagus nerve and stimulates the brain to inhibit seizures  Children (and some adults) who don’t respond to medicinal treatment have been prescribed a highfat, high-protein and low carbohydrate diet to produce ketones, which allow the body to use fat instead of glucose for energy. Th ...
Nervous System
Nervous System

Emotion, Memory and the Brain - sdsu
Emotion, Memory and the Brain - sdsu

Mapping form and function in the human brain: the emerging field of
Mapping form and function in the human brain: the emerging field of

... study employed H2 15 O PET in MCD patients to investigate changes in regional cerebral blood flow (rCBF) while patients were asked to perform certain tasks. In two cases of periventricular heterotopia, there was some evidence that rCBF was focally increased in the heterotopic nodules as well as in ov ...
The endocrine system
The endocrine system

... HORMONES: Literally means: “to activate” they move through the bloodstream, they have specific structure or shape for each specific hormone. b. GLANDS: Produce hormones *** EVERYTHING works TOGETHER with the brain *** All glands and chemicals that are produced that are taken together are called the ...
F: Acronyms and Glossary of Terms
F: Acronyms and Glossary of Terms

... endothelial cells in blood vessel walls that protects much of the central nervous system by selectively filtering out some substances while allowing others to pass from the blood into the brain. See endothelial cell. Brain: One of the two components of the central nervous system, the brain consists ...
Paper
Paper

... In order to investigate whether and how medial prefrontal cortex (mPFC) of the rat is involved in processing of information related to fear conditioning, we recorded from single units in the prelimbic and infralimbic cortex of fear-conditioned rats in response to an explicit conditional stimulus (CS ...
Section VIII. The Development of the Nervous System
Section VIII. The Development of the Nervous System

... the cortex has been examined in the primary somatosensory cortex of rodents, which contains discrete structures termed barrels. z Barrel formation depends on input from the periphery; their formation is disrupted if the whisker field in the skin is eliminated during development. ...
Peripheral Nervous System
Peripheral Nervous System

Beyond Control: The Dynamics of Brain-Body
Beyond Control: The Dynamics of Brain-Body

... in subsequent work (Bäck, 1996). In this case, each individual is encoded as a vector of real numbers representing the time constants, biases and connection weights. Elitist selection was used to preserve the best individual each generation, whereas the remaining children were generated by mutation ...
Drivers and modulators from push-pull and balanced synaptic input
Drivers and modulators from push-pull and balanced synaptic input

... constant, and !(x) is a step function that takes the value 1 if x>0 and zero otherwise. Equation 1 gives the firing rate in terms of an input current, or equivalently the effective steady-state potential it produces. This formula is valid in the absence of ‘‘noise’’, which means non-variable synapti ...
Powerpoint - personal.rdg.ac.uk
Powerpoint - personal.rdg.ac.uk

... - In functional terms, the consolidation of T1 is thought to pose a bottleneck for the same process for T2. This is already well known and somewhat beside the main point of this present paper. ...
afaf-el-ansary-king-saud-university-saudi
afaf-el-ansary-king-saud-university-saudi

... related to of GSH/GSSG status. It is well known that sulfhydrylcontaining enzymes are inhibited by MeHg. With particular toxicity induced known that its directly interacts group of GSH, formation of an HgCH3 complex ...
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Metastability in the brain

In the field of computational neuroscience, the theory of metastability refers to the human brain’s ability to integrate several functional parts and to produce neural oscillations in a cooperative and coordinated manner, providing the basis for conscious activity.Metastability, a state in which signals (such as oscillatory waves) fall outside their natural equilibrium state but persist for an extended period of time, is a principle that describes the brain’s ability to make sense out of seemingly random environmental cues. In the past 25 years, interest in metastability and the underlying framework of nonlinear dynamics has been fueled by advancements in the methods by which computers model brain activity.
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