A second round of Galaxy Meditation
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CISD2 longevity gene field
Taiwan discovers longevity secret hidden in chromosome 4
In Taiwan, in 2009, a research team led by Professor Cai Tingfen from the Department of Life Sciences of Yang-Ming University proved for the first time that the Cisd2 gene in human chromosome 4 can determine human aging and aging and regulate the life span of mammals. This finding echoes a study by Harvard University in 2001. At that time, the Harvard University research team conducted genetic analysis on 137 longevity families and more than 300 people and found that the longevity gene may exist on chromosome 4. These studies have brought Cisd2, a gene that is highly conserved genetically, to the spotlight.
The Cisd2 gene mainly affects one of the organelles in the cell, the mitochondria. The protein expressed by the Cisd2 gene is present on the outer membrane of the mitochondria. When the Cisd2 gene is changed, it may affect the structure and function of the mitochondria. Mitochondria are responsible for the conversion of energy in our cells and can also store calcium ions, which have a great influence on muscles and nerve cells.
In order to better understand the function of the Cisd2 gene, the Yang-Ming University research team tried to delete the Cisd2 gene in black mice to see what impact it would have. As a result, they found that these little black mice were smaller in size, grew white hair earlier, and showed signs of aging such as bone loss, hunchback, and sagging skin. Moreover, 40% of them died in about seven months. Black mice with the gene knocked out lived an average of two years less. Careful study of the cells of these black mice revealed that once the Cisd2 gene is missing, their mitochondria will be damaged and their functions will be affected, causing aging symptoms to follow.
Cai Tingfen’s research team is currently studying the Cisd2 gene in depth and published a new research report in 2015. This time they want to look at the role of the Cisd2 gene in nutrient deficiency and starvation responses in mice. They found that hungry mice had higher levels of Cisd2 messenger RNA (mRNA) and protein, which means that the expression of the Cisd2 gene in hungry mice was higher. It was also confirmed that mice with the Cisd2 gene deleted showed less FoxO3a (a gene related to human longevity mentioned above). It can be further deduced that in addition to the important regulatory role of the Cisd2 gene, allowing mice to survive starvation, Cisd2 The influence of genes on life span is also increasingly endorsed.
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Hi all 
I would like to sugest Schisandra and Fo-ti fields. Both herbs are higlly valued by the Taoist masters. You can read about their benefits in the links below:
Wish you all the best and Happy New Year!
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@El_Capitan_Nemo
I’d like to request the best water charging field. I see there are a few good ones but i’ve come across the term “bovis scale” Places like the well of fatima have a bovis scale of 500,000 while our normal bottled water has maybe 50. There was also a cave in the bay of Guayaquil that had naturally occuring silver and gold colloidal and bovis scale of 2.5 million.
a spiritual archeologist Klaus Dona spent years finding interesting areas and that cave was one of them.
I think it has to do with ley lines / dragon lines. Which is why places like Bali are so healing apparently ley lines are numerable there. I remember something like the atoms spin to the right, while disease and death spin to the left
What u think?
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I remember aspects in the hair color reviver:
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I love this idea
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Fascinating
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Thanks , I wasn’t aware about this.
A Soul Retrieval field
I think it’s the opposite, the beneficial is to the left, the not beneficial is to the right…just in case Dreamweaver wants to make this just thought I would correct that bit
Also if I’m reading this right, the water at Lourdes has a very high reading- and there is the Lourdes water charger on gumroad!
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Soul Mate field
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A field for Wilson’s disease. This is an inherited disease affecting 1 in 30,000 people. It’s a bad one it makes it difficult to process copper so copper builds up in the liver, eyes, etc leading to organ failure and death.
People with this disease must take chelating agents, prescribed zinc for life and sometimes must have liver transplants. They must also avoid consuming copper except in very low amounts
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I think negentropic Hun Po
Blueprint of Love
Attract Love
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From the Energetic Alchemy? (The free one)
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Oh I meant the NFT actually
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Nystatin to sos
Add perceived time to any wound healing field.
Source:
https://www.nature.com/articles/s41598-023-50009-3
Abstract
In this study we wounded study participants following a standardized procedure and manipulated perceived time to test whether perceived time affected the rate of healing. We measured the amount of healing that occurred across three conditions using a within-subjects design: Slow Time (half as fast as clock time), Normal Time (clock time), and Fast Time (twice as fast as clock time). Based on the theory of mind–body unity—which posits simultaneous and bidirectional influences of mind on body and body on mind—we hypothesized that wounds would heal faster or slower when perceived time was manipulated to be experienced as longer or shorter respectively. Although the actual elapsed time was 28 min in all three conditions, significantly more healing was observed in the Normal Time condition compared to the Slow Time condition, in the Fast Time condition compared to the Normal Time condition, and in the Fast Time condition compared to the Slow Time condition. These results support the hypothesis that the effect of time on physical healing is directly affected by one’s psychological experience of time, independent of the actual elapsed time.
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@Nice2knowU
Oh my god i just read that article last night hahaha
Neuroscience’s insta
Perception of time and wound healing yup yup
I never know where to post those articles ; not really for him to make persay but because its so interesting
I guess new perspectives is in order eh
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Hello, INTRODUCING THE The Tenacious Brain: How the Anterior Mid-Cingulate Contributes to Achieving Goals - PMC
Anterior Mid-Cingulate Cortex!, @DR_MANHATTAN might be familiar with this one!
We all say that dopamine plays a huge role in motivation but scientists have currently found out that if we do more things we don’t like or struggle to do, We stimulate a part of the brain called Anterior Mid-Cingulate Cortex, We have two of those in our brain. The larger and more stimulating it is, the easier it is for us to do tasks that we don’t like to do. Life requires discipline at times, What if a field can be made to stimulate this area of the brain?!?? Maybe it’s in one of manhattan’s creations.
“In this paper, we will review evidence supporting this view, focusing on how anterior mid-cingulate cortex (aMCC) plays a central role in establishing tenacity. Due to its position at the intersection of multiple intrinsic networks, the aMCC can integrate signals related to interoception, allostasis, executive function, motor planning, and sensory integration. We will argue that this uniquely connected position allows aMCC to weigh predicted energy requirements against predicted rewards and allocate physiological and attentional resources to achieve desired goals.”
We also have Andrew Huberman, Big Neuroscientist from Stanford talk about this:
Skip to 1:33
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