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Capable of working as an antagonist of adenosine receptors in the brain trimethylxanthine is better known by what name?
Peanut30
Caffeine
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∙ 15y ago
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What happens when you stimulate an axon in the middle?
Axons have no receptors for stimuli, only the dendrites off of the soma are capable of having receptors for different stimuli
What is the molecule that is capable of delivering the required energy to the cell?
conductionConductionConduction.conduction
According to the clonal selection theory foreign antigens select and interact with surface receptors only on the membranes of those specific lymphocytes that are genetically capable of making antibod?
False
What two sense organs have receptors sensitive to chemicals?
Sensory receptors that are sensitive to chemicals are found in the nose and mouth. While chemicals can have a reaction on other parts of the body, the receptors located in the nose and mouth are capable of recognizing these sensations the most.
Is it possible an antagonist can solve problem at the end of a story?
Yes, it is possible for an antagonist to solve a problem at the end of a story, known as a redemption arc. This allows for character development and adds complexity to the narrative, showing that even those perceived as villains are capable of growth and positive change.
What is correct 'capable to' or 'capable of?
"Capable of"
What is correct 'capable to' or 'capable of'?
"Capable of"
What are facts about humans?
I'm not a doctor, so keep that in mind. The adrenal gland sits atop the kidneys, and when you get frightened or threatened your body will release adrenaline (aka epinephrine). Epinephrine "boosts the supply of oxygen and glucose to the brain and muscles..." Also, caffeine found in coffee and other drinks causes your body to release small amounts of adrenaline and that is partially why it keeps you awake and active. Caffeine is similar to adenosine which is what helps you fall asleep at night. The brain is "tricked" by caffeine because its structure is much like adenosine. And so, when caffeine binds to receptors in the brain it actually speeds things up rather than adenosine slowing things down. Your body is capable of much more when adrenaline is released, its possible to move hundreds of pounds of whatever when your life depends on it. Also, you can supposedly see things nearly twice as fast as normal. The human brain sees things at roughly 30 frams a second, however when your on an adrenaline rush - running or fighting for your life - you can see at nearly 60 frames a second which would be like seeing things in slow motion. If you ask people who may have had near-death experiences they may tell you that they saw everything as if it was all in slow motion. It's really cool, check out "Human Body: Pushing the Limits" on the Discovery website. http://dsc.discovery.com/tv/human-body/human-body.html wikipedia - Adrenaline: http://en.wikipedia.org/wiki/Adrenaline wikipedia - Adenosine: http://en.wikipedia.org/wiki/Adenosine
How drugs affect the nervous system?
Depressant Drugs: Alcohol, Benzodiazepines, Barbiturates and other central nervous system depressant drugs act primarily on a neurotransmitter substance known as GABA (Gamma Aminobutyric Acid). GABA is an inhibitory neurotransmitter that makes other neurons less likely to activate. The depressant drugs are GABA agonists, acting to help GABA reduce neuronal activation more efficiently than it usually would. Alcohol also inhibits (acts as an antagonist against) another excitatory neurotransmitter (Glutamate), making it harder for Glutamate to get the nervous system excited. Stimulant Drugs Amphetamines have their primary effects on the neurotransmitter Dopamine. Amphetamines both induce the terminal button of Dopamine-producing neurons to let more Dopamine out than normal, and also keep that Dopamine out in the synapse longer than it normally would be allowed to stay. Amphetamine also acts agonistically on receptors for a different neurotransmitter, Norepinephrine, by competing with Norepinephrine for post-synaptic receptors and turning those post-synaptic receptors on. Cocaine has its major effect by blocking the re-uptake of the neurotransmitters Dopamine and Serotonin. Opioid Drugs: Opioid drugs bind to special endorphin receptors in the brain (the 'mu', 'kappa', 'sigma' 'delta' and 'gamma' receptors) that have to do with pain. When these receptors are occupied and activated, the perception of pain lessens. Drug treatments for opioid addictions sometimes include the administration of Naltrexone, which is an opioid antagonist. Naltrexone competes with the opioids for their receptor sites, but is not itself capable of activating those receptor sites. An opioid addict on Naltrexone is thus rendered more or less incapable of getting high from their opioid drug of choice; they may take an opioid, but it will be blocked from the opioid receptors by the Naltrexone, and will not have its effect. Cannabinoids: Marijuana has a complex set of effects. It acts on the neurotransmitters Serotonin, Dopamine and Acetylcholine. It also binds to a receptor for a recently discovered neurotransmitter known as Anadamide. Hallucinogens: LSD is known to antagonize Serotonin by blocking its release.
Is capable an adverb?
No, the word capable is not an adverb.The word "capable" is an adjective.
What is a capable router?
Depends on what Capability you ask IPV6 Capable ? VOIP Capable ? Video Capable ?
What is a sentence with the word capable?
You are not 'capable' of using 'capable' in a sentence.
