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When Kinesiology tape is applied to the body, the skin’s sensory receptors are stimulated and send more inputs to the brain, thus increasing awareness of the location and movement of the muscles/body in space. This increase in Neurosensory input can result in an immediate increase in muscle activation patterns, which will allow one to move the body in a more precise manner.
Understanding Brain Tape and Its Benefits
Our previous fMRI studies showed that patellar taping modulates activity in several brain areas during the proprioception knee movement task, including the medial SMA, pre-SMA, thalamus, basal ganglion and cerebellum (Fig. 2B). In the present study, we used a 2 x 2 repeated-measures factorial design to test 4 contrasts: the main effect of moving the knee; the main effect of taping and the interaction between task and tape. The results revealed that activity was increased in the medial SMA and pre-SMA during both simple and proprioception tasks, but was lower in the proprioception task without tape compared to with tape, which could be explained by the idea that the participants might have perceived the task as easier with the tape than without, and therefore needed less brain activity.
Automated tape-collecting ultramicrotomy combined with scanning electron microscopy (SEM) is an efficient method for brain histological preparation and three-dimensional circuit analysis. However, current methods suffer from section wrinkle formation and depression damage to the sample during imaging, which compromise high-quality imaging. Here we show that plasma-hydrophilized carbon nanotube-coated polyethylene terephthalate (PET) tape resolves these problems, and, when used in conjunction with an improved post-embedding immunostaining protocol, produces SEM images of high quality.
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