Before you continue to YouTube

🌌 Unlock the power of your mind with The Pineal Guardian! 🧠✨

Discover techniques to enhance your intuition and elevate your consciousness! 🌟🔮

👉 Start your journey today: [https://thepinealguardian.com/ds/indexvs.php#aff=Stullar69](https://thepinealguardian.com/ds/indexvs.php#aff=Stullar69)

#PinealGland #Mindfulness #SpiritualAwakening

The Pineal Guardian

The Pineal Guardian

How to Practice Kundalini Meditation? 6 Amazing Benefits of Kundalini Meditation - Lifetimeyogi

Kundalini meditation is a powerful and transformative practice that aims to awaken the dormant energy within us. It is a journey towards self-discovery, enlightenment, and higher consciousness. In this blog, we will explore the fundamentals of Kundalini meditation, its benefits, and how to practice it effectively.

Lifetimeyogi

This study shows that #heartdiseases affect the production of the sleep hormone #melatonin in the #pinealgland and reveals the role of #ganglia in causing sleep disturbance: http://go.tum.de/100860

#nervoussystem

📷K.Ziegler

Cause of sleep disturbance in cardiac disease identified

Herzerkrankungen wirken sich auf die Produktion des Schlafhormons Melatonin in der Zirbeldrüse aus. Dabei spielt das obere Halsganglioin eine wichtige Rolle.

In @sciencemagazine this week, Ziegler, Engelhardt & al report that #sleep disruption in #HeartDisease is driven #macrophage-mediated loss of #neurons projecting from the #SuperiorCervicalGanglia into the #PinealGland!

http://bit.ly/Sci_abn6366

Be sure to also check out the outstanding Perspective on this paper penned by Harvey Davis & David Atwell!

http://bit.ly/Sci_adj0217

Updated View on the Relation of the Pineal Gland to Autism Spectrum Disorders | Shomrat & Nesher 2019

https://www.frontiersin.org/articles/10.3389/fendo.2019.00037/full #ActuallyAutistic #Autism #PinealGland #Bufotenine
Updated View on the Relation of the Pineal Gland to Autism Spectrum Disorders

Identification of the biological features of autism is essential for designing an efficient treatment and for prevention of the disorder. Though the subject of extensive research, the neurophysiological features of autism remain unclear. One of the proposed biological causes of autism is malfunction of the pineal gland and deficiency of its principal hormone, melatonin. The main function of melatonin is to link and synchronize the body's homeostasis processes to the circadian and seasonal rhythms, and to regulate the sleep-wake cycle. Therefore, pineal dysfunction has been implicated based on the common observation of low melatonin levels and sleep disorders associated with autism. In this perspective, we highlight several recent findings that support the hypothesis of pineal gland/melatonin involvement in autism. Another common symptom of autism is abnormal neuroplasticity, such as cortical overgrowth and dendritic spine dysgenesis. Here, we synthesize recent information and speculate on the possibility that this abnormal neuroplasticity is caused by hyperactivity of endogenous N,N-dimethyltryptamine (DMT). The pineal gland was proposed as the source of DMT in the brain and therefore, our assumption is that besides melatonin deficiency, pineal dysfunction might also play a part in the development of autism through abnormal metabolism of DMT. We hope that this manuscript will encourage future research of the DMT hypothesis and reexamination of several observations that wer...

Frontiers