what receptor helps distinguish between organic and inorganic ? what does not remove neurotransmitter from the synapse ?
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Question:-
what receptor helps distinguish between organic and inorganic ?
what does not remove neurotransmitter from the synapse ?
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- Question: A person plays the piano, what components of the nervous system they may be using when they are playing the piano?Which type of receptor would likely trigger a synaptic reaction? Question 16 options: ligand gated ion channel receptor tyrosine kinase g-protein receptor intercellular receptorQuestion:- On a neuron, where is it unlikely for voltage activated potassium channels, sodium channels or calcium channels to be found ? Or is it found everywhere?
- Remaining Time: 1 hour, 16 minutes, 05 seconds. Qu B BIUS Paragraph V Arial P 田 心田 V 10pt X2 X2 # A = K7 ヒン V V V A V V T +] ABC V r T " Π 99 Ω € + QUESTION 27 What is the correct time-span for each stage in the "information processing model"? For each of the stages (sensory, short-term, and long- term), choose letter A, B, or C. Sensory Long-term memory Short-term (or working) memory A. Days to Years B. 1-2 seconds C. 30 seconds to several minutes QUESTION 28 Which one below does not describe the meaning of "episodic memory? This refers to remembering events and experiences at specific times and places. This refers to remembering the sequence of events and when things happened.What is the difference between an action potential and a synapse? (select all that apply) The action potential moves down the axon and a synapse is between neurons. The synapse travels long distances and the action potential can only travel short distances. The action potential starts at the dendrites and the synapse starts at the ахon. The action potential is always the same and the synaptic potentials vary. the action potential involves only the postsynaptic neuron, but the synapse involves both the pre- and post-synaptic neurons.Question : You are in the library and just found a place in the reading room. You settle down to study when you get a call and must step outside the library to take the call. After finishing the call you are going back to the reading room and your brain helps you navigate to the location in the library that you chose for yourself. Which one(s) of the following is/are correct? * A.1) The basic neural code involved here is the pattern of neuronal firing rate and its match with the stored pattern in your brain A.2) Your exact spatial locus from different spatial boundaries would be indicated by boundary detecting cells (neurons) A.3) The basic neural code involved here is the pattern of neuronal firing rate and its mismatch with the stored pattern in your brain A.4) Boundary detecting neurons would indicate your outbound path A.5) The place cells (neurons) would index your current position in the spatial layout and grid cells (neurons) would provide path…
- Subject: Neurophysiology Imagine that you have the NMJ preparation but your voltage clamp and intracellular microelectrode is broken. You decide to depolarize a nerve to threshold using KCl in the bath. What concentration would you use? Explain your rational using Goldman, and Nernst.Given the steps shown below, which of the following is the correct sequence for transmission at a chemical synapse? 1. neurotransmitter binds with receptor 2. sodium ions rush into neuron's cytoplasm 3. action potential depolarizes the presynaptic membrane 4. ion channel opens to allow particular ion to enter cell 5. synaptic vesicles release neurotransmitter into the synaptic cleft O 1, 2, 3, 4, 5 O 5, 1, 2, 4, 3 O 2, 3, 5, 4, 1 O4, 3, 1, 2, 5 O 3, 2, 5, 1, 4My question is how can temporal summation of synaptic potentials make it easier for a neuron to reach action potential threshold?
- Would anyone be able to explain these different channels? I would like an explanation as to why voltage gated membranes are associated with axon membranes (although it's prob because of membrane potential differences and depolarization/hyperpolarization?), why ligand gated channels are primarily at synapses (via neurotransmitters?), etc.Intro to Neuroscience Question Explain your reasoning and why you chose that answer.: Which of the following does NOT accurately describe medium spiny neurons (MSNs)? Group of answer choices They make a small number of synapses with many GPNs and a large number of synapses with a few GPNs They are GABAergic and therefore inhibitory. They are constitutively active to tonically inhibit the thalamus. They are activated by inputs from the cortex. All of the above are trueMy question is how can spatial summation of synaptic potentials make it easier for a neuron to reach action potential threshold?
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