Adrenaline inhibits depolarization‐induced increases in capacitance in the presence of elevated [Ca²⁺]_i in insulin secreting cells

The Use of Far Infrared Treatment Prior to Exercise in Horses: An mfBIA and Acoustic Myography Three Case Study

“…This finding for Case 3 could be explained by the restless nature of this subject during the FIR treatment, that as a young horse seemed eager to get going with training and did not relax in the same way the other two horses did during their 30-minute period of FIR Therapy Solarium treatment. A restless, eager nature could be expected to induce the release of systemic adrenaline, which has been shown to have an inhibitory effect on membrane capacitance in excitable cells[32] [33], going some way to explaining the decrease found for Mc in Case 3 and the elevated Ri value. Yet, whilst mfBIA results are revealing and interesting, they are always taken pre-exercise in a rested state and as such are only representative of the static-and not the dynamic-state of a subject.…”