Allostasis Blog
The aim of Allostasis blog is to establish a platform for providing rich content on trending topics in Allostasis communities, including videos, papers, articles, photos, arts, and metaverse experiments. We offer an opportunity for individuals to publish their content related to human, social, and environmental health and sustainability, and collaborate with others. By converting your content into NFTs, you can earn rewards based on the quality and value of your content, as measured by likes, comments and views. This bidirectional relationship ensures that the higher the quality and value of your content, the greater the rewards you receive. You can sell or rent out your NFT to generate income. 

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![Figure 1 It provides a visual representation of the ascending neural pathways involved in Interoception, specifically focusing on the connections between peripheral internal organs and the brain. It highlights that interoceptive sensory signals from the organs are detected by interoceptors, molecular sensors, or receptors located at the termini of peripheral sensory ganglia. The diagram emphasizes the different pathways through which these signals are transmitted, including cranial/vagal pathways via vagal afferents and spinal nerve pathways via spinal afferents [2].](https://allostasis.io/wp-content/uploads/elementor/thumbs/p11-ql4zk8qyspu8p339gcg80cj02b8gaglmufe9vqolow.png "ascending neural pathways involved in Interoception")
![Figure 1: visual representation of the experimental setup and demonstrates the steps involved in recording and stimulating neural activity in the cerebellar cortex of rats using transcranial ultrasound [8].](https://allostasis.io/wp-content/uploads/elementor/thumbs/Entrainment-768x431-1-qiflywbylhpnx1l2o4brxtfv31lm2k0cfrjygqobf4.png "Entrainment-768×431")
