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The Modulatory Actions of FMRFamide and Related Peptides on Locust Skeletal Muscle

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Academic year: 2020

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Figure

Fig. 2. The effect of 5-min pulses of YGGFMRFamide at various concentrations onSETi-induced twitch tension in the extensor-tibiae muscle
Fig. 3. Dose-response curves for the actions of FMRFamide (O) and YGGFMRFamide(•) on SETi-induced twitch tension
Fig. 4. Effect of 10 6of neurotransmitter from the terminals of the SETi motor neurone to a slow distalfibre of the extensor-tibiae muscle
Table 1. The specificity of action of FMRFamide-related peptides on the locustextensor-tibiae muscle

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