The SFT includes lower and upper-body strength (chair-stand and arm curl test, respectively), aerobic endurance (2-min steps test), and agility/dynamic balance (8-foot up-and-go test). Static balance will be measured with the One Leg Balance Test [60, 61] which has been considered a ...
The body–brain axis is emerging as a principal conductor of organismal physiology. It senses and controls organ function1,2, metabolism3and nutritional state4,5,6. Here we show that a peripheral immune insult strongly activates the body–brain axis to regulate immune responses. We demonstrate th...
Here at The CreatingWE Institute, our goal is to expand the cultural perspective of conversations. Not only do conversations provide a platform for the exchange of information, but they also hold the power to stimulate body systems and nerve pathways that influence our body’s chemistry. When ...
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The body weight of 21-day groups was measured consecutively, which was illustrated in Figure 1. Though the 2 groups both gained weight at last, 21-day SM group experienced weight lose during the initiation of TS and thus presented significant lower body weight from day 7, as compared with ...
extends our understanding beyond the existing body of research focused on automatic prediction error indexed by well-known ERP/Fs components such as N100, MMN, and ERAN16,17,19,20,21. Those studies revealed that such components were primarily generated by the auditory cortex41,42, reporting a ...
response mediators like cortisol and catecholamines are both synthesized and metabolized by mitochondria [16] but also the stress response essentially involves energy production and increased availability of energy substrates like glucose in the brain, one of main energy-demanding organs in the body [21...
In this review, we analyze the wide body of literature available today to focus on: (1) the mechanisms induced by IF in neuronal cells; (2) the effects of IF on brain health, in both animal models and humans; (3) possible future clinical applications of IF in the field of neurological...
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After SAH, TLR4 in the central nervous system is activated by endogenous DAMPs, and massive pro-inflammatory cytokines in the body are released through TLR4-mediated MyD88 and TRIF pathways. Additionally, after SAH, different cells in the central nervous system also produce different damage effects...