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Figure Q10-7 Shows Data from One of the First Experiments

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Figure Q10-7 shows data from one of the first experiments demonstrating LTP by Bliss and Lomo (1973). The arrows indicate points at which high frequency stimuli were given. Figure Q10-7 shows data from one of the first experiments demonstrating LTP by Bliss and Lomo (1973). The arrows indicate points at which high frequency stimuli were given. Figure A. Figure Q10-7A below depicts an example of a field EPSP prior to high frequency stimulation. The vertical line is the stimulus artifact. What would the fEPSP look like at 1 hour and 4 hours? Figure Q10-7A B. What would happen to the response if Bliss and Lomo had given a low frequency stimulation of about 1 Hz at 5 hours? Question 10-8 and 10-9 refer to (Figure Q10-8) below. Figure Q10-8 shows a synaptic matrix, which describes how changes in synaptic weight can contribute to memory storage. There are presynaptic inputs A-E and postsynaptic outputs I-IV. Figure Figure
A. Figure Q10-7A below depicts an example of a field EPSP prior to high frequency stimulation. The vertical line is the stimulus artifact. What would the fEPSP look like at 1 hour and 4 hours? Figure Q10-7 shows data from one of the first experiments demonstrating LTP by Bliss and Lomo (1973). The arrows indicate points at which high frequency stimuli were given. Figure A. Figure Q10-7A below depicts an example of a field EPSP prior to high frequency stimulation. The vertical line is the stimulus artifact. What would the fEPSP look like at 1 hour and 4 hours? Figure Q10-7A B. What would happen to the response if Bliss and Lomo had given a low frequency stimulation of about 1 Hz at 5 hours? Question 10-8 and 10-9 refer to (Figure Q10-8) below. Figure Q10-8 shows a synaptic matrix, which describes how changes in synaptic weight can contribute to memory storage. There are presynaptic inputs A-E and postsynaptic outputs I-IV. Figure Figure Q10-7A
B. What would happen to the response if Bliss and Lomo had given a low frequency stimulation of about 1 Hz at 5 hours?
Question 10-8 and 10-9 refer to (Figure Q10-8) below. Figure Q10-8 shows a synaptic matrix, which describes how changes in synaptic weight can contribute to memory storage. There are presynaptic inputs A-E and postsynaptic outputs I-IV. Figure Q10-7 shows data from one of the first experiments demonstrating LTP by Bliss and Lomo (1973). The arrows indicate points at which high frequency stimuli were given. Figure A. Figure Q10-7A below depicts an example of a field EPSP prior to high frequency stimulation. The vertical line is the stimulus artifact. What would the fEPSP look like at 1 hour and 4 hours? Figure Q10-7A B. What would happen to the response if Bliss and Lomo had given a low frequency stimulation of about 1 Hz at 5 hours? Question 10-8 and 10-9 refer to (Figure Q10-8) below. Figure Q10-8 shows a synaptic matrix, which describes how changes in synaptic weight can contribute to memory storage. There are presynaptic inputs A-E and postsynaptic outputs I-IV. Figure Figure

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The fEPSP would be about twice as large ...

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