Intelligent Bioenergetics on Instagram: "The Electro-Equiscope® is designed to support the body by listening first. ⚡️ Using biofeedback technology, the device receives the body’s electrical signals during a session and responds in real time. This helps guide placement, pacing, and overall session flow based on the individual’s feedback rather than applying a fixed approach. Why does this matter? Because every body is different. When sessions are guided by biofeedback, it allows technicians to s

Intelligent Bioenergetics on Instagram: "Plate placement is more than just part of the setup — it’s the foundation of how the Electro-Equiscope® communicates with the body. 🙏 The plates create a pathway that allows the device to receive the body’s electrical feedback during a session. This feedback helps guide placement, pacing, and overall session flow, ensuring that each session is responsive to the individual, not based on guesswork.🙌 Why does this matter? Because every body is different. T

Cass - metabolism|hormones|bioenergetics on Instagram: "The tea⬇️ Before you spend any more money on digestive support, you need to get these four things right! 😁Properly chewing your food - Mechanical digestion reduces particle size, increasing surface area for digestive enzymes in the stomach and small intestine. Chewing stimulates saliva production, which contains amylase and lipase, initiating carbohydrate and fat digestion in the mouth. Smaller food particles empty from the stomach more ef

Orlando Electric on Instagram: "Endocrine Disruption: High-dose estrogen can cause mitochondrial dysfunction primarily by inducing excessive oxidative stress, causing structural changes, and disrupting bioenergetics, often switching from a protective to a harmful role. While physiological levels of estrogen (specifically 17β-estradiol or E2) are generally protective and can help improve mitochondrial efficiency, supraphysiological or pharmacological concentrations can lead to mitochondrial damag

Moss Matters on Instagram: "Endocrine Disruption: High-dose estrogen can cause mitochondrial dysfunction primarily by inducing excessive oxidative stress, causing structural changes, and disrupting bioenergetics, often switching from a protective to a harmful role. While physiological levels of estrogen (specifically 17ß-estradiol or E2) are generally protective and can help improve mitochondrial efficiency, supraphysiological or pharmacological concentrations can lead to mitochondrial damage. E