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Dependence Of The Epsc Triggered By A 5 And B 20 Light Pulses The

Dependence of the EPSC triggered by (a) 5 and (b) 20 light pulses. The ...
Dependence of the EPSC triggered by (a) 5 and (b) 20 light pulses. The ...
(a) Dependence of the EPSC triggered by a light pulse (6.4 μW cm −2 ...
(a) Dependence of the EPSC triggered by a light pulse (6.4 μW cm −2 ...
(a) Dependence of the EPSC triggered by a light pulse (6.4 μW cm −2 ...
(a) Dependence of the EPSC triggered by a light pulse (6.4 μW cm −2 ...
a) The EPSC and b) normalized EPSC triggered by a presynaptic light ...
a) The EPSC and b) normalized EPSC triggered by a presynaptic light ...
a) The EPSC and b) normalized EPSC triggered by a presynaptic light ...
a) The EPSC and b) normalized EPSC triggered by a presynaptic light ...
a) Schematic illustration of the EPSC triggered by a pair of ...
a) Schematic illustration of the EPSC triggered by a pair of ...
(a) EPSC triggered by a presynaptic spike (0.3 V, 10 ms) of the λ-car ...
(a) EPSC triggered by a presynaptic spike (0.3 V, 10 ms) of the λ-car ...
a) EPSC of the OHSPTs triggered by thirty 1100 nm light pulses. The ...
a) EPSC of the OHSPTs triggered by thirty 1100 nm light pulses. The ...
(a) EPSC induced by a pair of optical pulses with the pulse width of ...
(a) EPSC induced by a pair of optical pulses with the pulse width of ...
(a) EPSC triggered by a presynaptic spike (0.3 V, 10 ms) of the λ-car ...
(a) EPSC triggered by a presynaptic spike (0.3 V, 10 ms) of the λ-car ...
(a) (Top) The formation and decay of the EPSC under a sequence of ...
(a) (Top) The formation and decay of the EPSC under a sequence of ...
Dependence of EPSC curves on the parameters of electric pulses: a ...
Dependence of EPSC curves on the parameters of electric pulses: a ...
(a) EPSC of the (Al, Ga)N NW synaptic device triggered by two ...
(a) EPSC of the (Al, Ga)N NW synaptic device triggered by two ...
(a) EPSP curves triggered by a sequence of 50 light pulses with ...
(a) EPSP curves triggered by a sequence of 50 light pulses with ...
(a) The EPSC triggered by optical pulse (520 nm, 1 s) at a drain ...
(a) The EPSC triggered by optical pulse (520 nm, 1 s) at a drain ...
a EPSC excited using light pulses with different intensities. bΔW and ...
a EPSC excited using light pulses with different intensities. bΔW and ...
a EPSC excited using light pulses with different intensities. bΔW and ...
a EPSC excited using light pulses with different intensities. bΔW and ...
(a) EPSC triggered by a single presynaptic UV light pulse (10 mW cm⁻² ...
(a) EPSC triggered by a single presynaptic UV light pulse (10 mW cm⁻² ...
a EPSC triggered by a spike (1 V, 50 ms). b Pre-synaptic spike ...
a EPSC triggered by a spike (1 V, 50 ms). b Pre-synaptic spike ...
Dependence of the EPSC change ratio, ((I–I0)/I0 × 100%), according to ...
Dependence of the EPSC change ratio, ((I–I0)/I0 × 100%), according to ...
Activity-dependent EPSC decrease in the absence of glutamate. A ...
Activity-dependent EPSC decrease in the absence of glutamate. A ...
(a) EPSC curves of the albumen-gated synaptic transistor stimulated by ...
(a) EPSC curves of the albumen-gated synaptic transistor stimulated by ...
Analysis of the concentration dependence of drug action. a ...
Analysis of the concentration dependence of drug action. a ...
(a) EPSC curves of the albumen-gated synaptic transistor stimulated by ...
(a) EPSC curves of the albumen-gated synaptic transistor stimulated by ...
(a) EPSC triggered by a single presynaptic UV light pulse (10 mW cm⁻² ...
(a) EPSC triggered by a single presynaptic UV light pulse (10 mW cm⁻² ...
a) IPSC evoked by stimuli trains consisting of 20 light pulses of ...
a) IPSC evoked by stimuli trains consisting of 20 light pulses of ...
The dependence of the EPSC on extracellular [Ca2+] is shifted to lower ...
The dependence of the EPSC on extracellular [Ca2+] is shifted to lower ...
a) A schematic image of the typical biological nociceptor in neural ...
a) A schematic image of the typical biological nociceptor in neural ...
a) Variation of EPSC with different light intensities under a single ...
a) Variation of EPSC with different light intensities under a single ...
5. (a) EPSC triggered by a presynaptic spike; (b) PPF triggered by two ...
5. (a) EPSC triggered by a presynaptic spike; (b) PPF triggered by two ...
The characteristics of the optoelectronic synaptic transistor. a ...
The characteristics of the optoelectronic synaptic transistor. a ...
a) A PPF index depending on the delay between two successive light ...
a) A PPF index depending on the delay between two successive light ...
a) Variation of EPSC with different light intensities under a single ...
a) Variation of EPSC with different light intensities under a single ...
a) Schematic illustration of the SnO 2 NW synaptic devices. b ...
a) Schematic illustration of the SnO 2 NW synaptic devices. b ...
(a) Schematic diagram of a biological synapse. (b) EPSC induced by a ...
(a) Schematic diagram of a biological synapse. (b) EPSC induced by a ...
a) Schematic of a biological synapse. b) EPSC response stimulated by ...
a) Schematic of a biological synapse. b) EPSC response stimulated by ...

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Dependence of the EPSC triggered by (a) 5 and (b) 20 light pulses. The ... (a) Dependence of the EPSC triggered by a light pulse (6.4 μW cm −2 ... a) The EPSC and b) normalized EPSC triggered by a presynaptic light ... a) Schematic illustration of the EPSC triggered by a pair of ... (a) EPSC triggered by a presynaptic spike (0.3 V, 10 ms) of the λ-car ... a) EPSC of the OHSPTs triggered by thirty 1100 nm light pulses. The ... (a) EPSC induced by a pair of optical pulses with the pulse width of ... (a) (Top) The formation and decay of the EPSC under a sequence of ...

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