This was not a coup, as more excitable opponents claim.
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Oxygen is highly flammable, making gas molecules within a flame much hotter and more excitable.
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"It might be that their auditory cortex is more excitable,; it doesn't stop working," Fassnidge says.
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I came back from the office after playing the game more excitable than I've been in weeks.
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We generally expect conspiracy theories to take hold among the more excitable elements of the political opposition.
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Preliminary research in mice from the Monell Center suggests that stress might make our sweet receptors all the more excitable.
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With their objective suddenly and unexpectedly looming into prospect again, some of the more excitable Scottish nationalists are growing impatient.
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Neurons in this area were more excitable than those in control animals when stimulated by dopamine, another chemical that carries messages between neurons.
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That might initially sound like a good thing, but a generally more excitable brain isn't good at that all-important, memory-building associative plasticity.
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If you've noticed your theater-kid friends are even more excitable than usual, it's probably because the Tony Awards are just three days away.
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This evening's result in the European elections provides some answers to that, and caveat the more excitable commentaries about the rise of nationalists in Europe.
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"The thing is that at the same time, in these participants where the brain was more excitable after sleep deprivation, we observed that the inducibility of associative plasticity was occluded," said Nissen.
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For a few minutes, Mr. Parker stepped into a recording booth to perform the voices of two football announcers introducing the new national anthem, while Mr. Stone directed him to be more excitable.
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Despite the claims of some of his more excitable admirers, Powell is a much lesser artist than Joyce, lacking Joyce's stylistic exuberance and his determination to break out of the bonds of the traditional novel form.
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But that also means that while your EU counterparts may ignore the boosterish bluster emitted by some of your more excitable cabinet colleagues (such as Liam Fox, the new trade secretary), they will expect better from you.
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Opinion Columnist Some years ago, when I was younger and somewhat more excitable, I wrote a series of essays about Pope Francis's liberalizing efforts, arguing that the supreme pontiff's choices risked a schism in the Catholic Church.
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This crew is equally at ease playing gluey, smoldering R&B ("Oakland," a perfect vehicle for the vocalist Lalah Hathaway); crisp, Curtis Mayfield-esque funk ("Push," with a more excitable singer, Tone Trezure); and slow-drag gospel-soul ("Patiently Waiting," which has the Emotions singing backup for Uncle Chucc).
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This suggests that the more excitable newborn neurons are better at encoding new stimuli than more mature neurons. This discovery is significant, as anxiety, depression, and posttraumatic stress disorder are thought to be associated with failures in pattern separation.
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This reorganization of neural networks may make them more excitable. Neurons that are in a hyperexcitable state due to trauma may create an epileptic focus in the brain that leads to seizures. In addition, an increase in neurons' excitability may accompany loss of inhibitory neurons that normally serve to reduce the likelihood that other neurons will fire; these changes may also produce PTE.
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1500 plates. . This species is irritable and fast-moving. It is also regarded as being more excitable and unpredictable than B. atrox. Its large size and habit of raising its head high off the ground can result in bites above the knee. It has also been observed to eject venom over a distance of at least 6 ft (1.8 m) in fine jets from the tips of its fangs (Mole, 1924).
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Current research links cystatin B to production of inhibitory neurons known as GABAergic neurons. It has shown that a lack of cystatin B due to a mutation of the CSTB gene leads to a decrease in the number of inhibitory neurons, and this lack of inhibition makes the cells in the brain, particularly the hippocampus, more excitable. It is hypothesized that this increase in excitability is what causes the myoclonic jerks and tonic-clonic seizures in patients with ULD.
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The two main characters are a black sock puppet named Sifl and a white sock puppet named Olly. Sifl is the calmer leader of the show, while Olly is more excitable and often breaks into crazed furies. Their assistant, Chester, is a mumbling, often nonsensical character who still claims to be great at everything. No real living people or animals ever appeared on the show (except the hamster during Precious Roy's foot long hamster sale), only puppets.
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There is also evidence of cholinergic effects on granule cells that enhance depolarization of granule cells making them more excitable which in turn increases inhibition of mitral cells. This may contribute to a more specific output from the olfactory bulb that would closer resemble the glomerular odor map. Olfaction is distinct from the other sensory systems where peripheral sensory receptors have a relay in the diencephalon. Therefore, the olfactory bulb plays this role for the olfactory system.
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Light-combat dragons are little larger and act as skirmishers and flank attackers against enemy formations. They range in weight from around 6 to 9 tons, with the French Pascal's Blue being a prime example of such a breed. Lightweights exhibit more excitable behavior than do other dragons of heavier weights. The Spanish possess a fire-breathing lightweight, the Flecha- del-Fuego ("Fire Arrow"), which is the rare lightweight breed that is a prime combat dragon.
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Voltage-gated sodium channels play an important role in action potentials. If enough channels open when there is a change in the cell's membrane potential, a small but significant number of Na+ ions will move into the cell down their electrochemical gradient, further depolarizing the cell. Thus, the more Na+ channels localized in a region of a cell's membrane the faster the action potential will propagate and the more excitable that area of the cell will be. This is an example of a positive feedback loop.
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Hypocalcemia is the primary cause of tetany. Low ionized calcium levels in the extracellular fluid increase the permeability of neuronal membranes to sodium ion, causing a progressive depolarization, which increases the possibility of action potentials. This occurs because calcium ions interact with the exterior surface of sodium channels in the plasma membrane of nerve cells and hypocalcemia effectively increases resting potential (rendering the cells more excitable) since less positive charge is present extracellularly. When calcium ions are absent the voltage level required to open voltage gated sodium channels is significantly altered (less excitation is required).
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Slight depolarizations of cells in the nucleus accumbens correlates with positivity of the neurons of the hippocampus, making them more excitable. The correlated cells of these excited states of the medium spiny neurons in the nucleus accumbens are shared equally between the subiculum and CA1. The subiculum neurons are found to hyperpolarize (increase negativity) while the CA1 neurons "ripple" (fire > 50 Hz) in order to accomplish this priming. The nucleus accumbens is one of the few regions that receive histaminergic projections from the tuberomammillary nucleus (the sole source of histamine neurons in the brain).
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One proposed molecular mechanism for this process is collaboration of M1-Muscarinic receptors, D5 receptors and beta-2 adrenergic receptors to redundantly activate phospholipase C, which inhibits the activity of KCNQ channels that conduct inhibitory M current. The neuron then becomes more excitable and the consolidation of memory is enhanced. The amygdala has several different nuclei and internal pathways; the basolateral complex (or basolateral amygdala), the central nucleus, and the cortical nucleus are the most well-known. Each of these has a unique function and purpose within the amygdala.
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High-energy feeds containing significant amounts of sugars, such as molasses, are not usually recommended because they have a tendency to make a horse "hot" or more excitable. However, in cases where a hard keeper also has work with high energy requirements, such as horse racing, an extra, but carefully balanced source of energy may be necessary. alt=A horse that has not previously had trouble maintaining weight that suddenly begins to lose weight for no apparent reason is not a hard keeper. This type of weight loss is usually a sign of a health problem.
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He attended lectures in physics and mathematics and studied at the Medical Department of Moscow University while working at the Lazarev Biophysical Research Institute. Nobel Prize in Chemistry winner Svante Arrhenius invited Chizhevsky to work for him. At a home laboratory Chizhevsky performed research on the influence of ionized air on animals, establishing the physiological action of negative and positive ions in the air on living organisms. (Negative ions making them more excitable and positive making them more lethargic.) He went on to work in the Duorv Zoo-Psychology Laboratory as a senior scientist and professor.
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These genetic factors may contribute to spike-and- wave oscillations by decreasing the action potential threshold in reticular cells, making them more excitable and potentially easier to initiate synchronized firing. Another study has shown that these medium oscillations have led to spike-and-wave discharges. The activity of the primary and secondary cortical regions, as well as the adjacent insular cortex were recorded using an EEG and where applied with electrical stimulation. The findings here showed that the onset of spike-and-wave discharged were followed by 5–9 Hz oscillations in these cortical regions as well.
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Studies have linked neurogenesis to the beneficial actions of specific antidepressants, suggesting a connection between decreased hippocampal neurogenesis and depression. In a pioneer study, scientists demonstrated that the behavioral benefits of antidepressant administration in mice is reversed when neurogenesis is prevented with x-irradiation techniques. In fact, newborn neurons are more excitable than older neurons due to a differential expression of GABA receptors. A plausible model, therefore, is that these neurons augment the role of the hippocampus in the negative feedback mechanism of the HPA-axis (physiological stress) and perhaps in inhibiting the amygdala (the region of brain responsible for fearful responses to stimuli).
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Charles Herbert "Herb" Carneal (May 10, 1923 – April 1, 2007) was an American Major League Baseball sportscaster. From 1962 through 2006, he was a play-by- play voice of Minnesota Twins radio broadcasts, becoming the lead announcer in 1967 after Ray Scott left to work exclusively with CBS. Prior to 1962, he broadcast for the Baltimore Orioles, partnering with Ernie Harwell from 1957 to 1959 and with Bob Murphy in 1960–1961. His mellow baritone voice and laid- back demeanor were well loved by Twins fans and formed a well balanced team with the more excitable and emotional style of his longtime broadcast partner John Gordon.
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In April 2019, the most popular audio games in the Assistant; Crystal Ball and Lucky Trivia have had the biggest voice changes in the application's history. The voice in the assistant has been able to add expression to the games. For instance, in the Crystal Ball game the voice would speak slow and soft during the intro and before the answer is revealed to make the game more excitable and in the Lucky Trivia game the voice would become excitable like a game show host. In the British accent voice of Crystal Ball, the voice would say the word 'probably' in a downwards slide like she's not too sure.
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This 'low' level of contraction is a protective mechanism to prevent avulsion of the tendon--the force generated by a 95% contraction of all fibers is sufficient to damage the body. In multiple fiber summation, if the central nervous system sends a weak signal to contract a muscle, the smaller motor units, being more excitable than the larger ones, are stimulated first. As the strength of the signal increases, more motor units are excited in addition to larger ones, with the largest motor units having as much as 50 times the contractile strength as the smaller ones. As more and larger motor units are activated, the force of muscle contraction becomes progressively stronger.
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Shunting is a process in which axonal ion channels open during the passive flow (not requiring an ion pump) of a subthreshold depolarization down the axon. Usually occurring at axonal branch points, the timing of these channels opening as the subthreshold signal arrives in the area causes a hyperpolarization to be introduced to the passively flowing depolarization. Therefore, the cell is able to control which branches of the axon the subthreshold depolarization current flows through, resulting in some branches of the axon being more hyperpolarized than others. These differing membrane potentials cause certain areas of the neuron to be more excitable than others, based on the specific location and occurrence of shunting.
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Frustrated when he refuses to do so, she dresses herself to leave, recounting as she does so how when she first met the doctor as a young girl, she wrote her name in the snow outside his window in the hopes he would notice her. She flees the house in a fury while Dr. Givings, in a creative stir, summons Annie to help him draft plans for a vibrator made of water, designed to treat more excitable patients such as his wife. Catherine reappears with Leo after running into him during the first snowfall of the season, and openly flirts with him, much to his discomfort. She requests that he show her where her husband placed the vibrator in their session earlier, and as she places her hand on his cheek, Dr. Givings enters from the operating theater.
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An alien race known as the Boov find near-future Earth a suitable place to call "home". Led by Captain Smek (Steve Martin), they commence their "friendly" invasion of the planet, relocating the humans, whom the Boov deem as simple and backwards, to remote parts of the planet while the Boov inhabit their homes in a quick and bloodless conquest. One of the Boov, named Oh (Jim Parsons), is a more excitable, freethinking member of the species, who decides to invite the Boov to his apartment for a housewarming party, despite the race's antipathy towards him. Not far from Oh is a 14-year-old girl named Gratuity "Tip" Tucci (Rihanna), who drives away through her home city to find her mother Lucy (Jennifer Lopez) after being separated from her during the invasion, leaving her with only her calico cat Pig and fueling her hatred for the Boov.
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