Dementia At 23?

rei

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Aug 6, 2017
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This thread is so full of new-age mumbo jumbo it hurts just to read it, no matter how hard i tried to psych it away ;)

If this was true i'm sure someone would have made a study imaging the brain of people in severe chronic pain before and after a course where they are taught to just believe it away. This would in one shot upset the whole of western medicine. Of course such does not happen because such an effect does not exist. Sure, you can ignore the pain. But you cannot stop feeling it.
 

zewe

Member
Joined
Jul 8, 2018
Messages
265
This thread is so full of new-age mumbo jumbo it hurts just to read it, no matter how hard i tried to psych it away ;)

If this was true i'm sure someone would have made a study imaging the brain of people in severe chronic pain before and after a course where they are taught to just believe it away. This would in one shot upset the whole of western medicine. Of course such does not happen because such an effect does not exist. Sure, you can ignore the pain. But you cannot stop feeling it.

SNIPS:

It’s Measurable. Tapping Can Change Your Hormones
It’s well known, and can easily be experienced by anyone using Tapping, that outward physical changes take place after a series of tapping rounds. This could be noticed by a reduction of pain, the loosening of rigid joints, or perhaps the relaxation of muscles.

But there are those who believe that changes are also taking place at the level of cellular biology and genetic expression. These changes constitute the foundational work in the rapidly developing field of epigenetics.

In previous studies, MRI and EEG readings that measure a person’s brain activity have shown that acupuncture or pressure on the acupoints result in visible changes (decreases) in hyper-arousal of the nervous system.

These researchers of this studywanted to take another step in this direction to see if there were corresponding dips in cortisol levels after EFT Tapping treatment.

Researchers recruited study participants (aged 18-80) from an online site advertising a free cortisol test. They were neither current patients nor did they have any clinical diagnoses.

They were then divided into three groups corresponding to the type of treatment to be received: tapping, supportive listening, and no treatment.

The cortisol levels of each participant were taken initially with a saliva kit, and all were asked to fill out one of the standard psychological questionnaires that measure anxiety & stress symptoms, rating their symptoms on a scale of 1-5.

The 3 groups then had individual 50-minute sessions of treatment.

The sympathetic listening group met with a licensed therapist who empathized with the person and challenged his or her negative thoughts. The tapping group had a session with a coach certified in EFT. The non-treatment group waited in the waiting room.

After the individual sessions were complete, a second saliva kit sample was taken and a second questionnaire filled out. All test sample kits were then sent to be analyzed.

After all the elements of the study were analyzed, the researchers found that the cortisol levels of the two control groups had been reduced by 14%, but the EFT group had been reduced by 24%.

For the psychological symptoms, one questionnaire showed a 42% decrease for EFT, a 13% decrease for the non-treatment group, and a 17% decrease for the sympathetic listening group.

On another questionnaire, EFT showed a 51% reduction vs 14% in sympathetic listening and 17% for non-treatment.

Your saliva doesn’t lie!


Recent Scientific Evidence of Tapping’s Effectiveness:

Bougea, A.M., et al. Effect of the emotional freedom technique on perceived stress, quality of life, and cortisol salivary levels in tension-type headache sufferers: a randomized controlled trial. Explore (NY). 2013 Mar-Apr;9(2):91-9.

Chatwin, H., et al. The effectiveness of Cognitive Behavioral Therapy and Emotional Freedom Techniques in Reducing Depression and Anxiety Among Adults: A Pilot Study. Integr Med (Encinitas). 2016 Apr;15(2):27-34.

Church, D., et al. The effect of emotional freedom techniques on stress biochemistry: a randomized controlled trial. J Nerv Ment Ds. 2012 Oc;200(10):891-6.

Church, D. Reductions in pain, depression, and anxiety symptoms after PTSD remediation in veterans. Explore (NY). 2014 May-Jun;10(3):162-9.

Clond, M. Emotional Freedom Techniques for Anxiety: A Systematic Review With Meta-analysis. Journal of Nervous and Mental Disease 2016 May;2014(5):388-395.

Nelms, J.A., Castel, L. A Systematic Review and Meta-Analysis of Randomized and Nonrandomized Trials of Clinical Emotional Freedom Techniques (EFT) for the Treatment of Depression. Explore (NY). 2016 Nov-Dec;12(6);416-426.

Patterson, S.L. The effect of emotional freedom technique on stress and anxiety in nursing students: A pilot study. Nurse Educator Today. 2016 May;40:104-10.

Sebastian, B., Nelms, J. The Effectiveness of Emotional Freedom Techniques in the Treatment of Posttraumatic Stress Disorder: A Meta-Analysis. Explore (NY). 2017 Jan-Feb;13(1):16-25.

Stapleton, P., et al. Secondary psychological outcomes in a controlled trial of Emotional Freedom Techniques and cognitive behaviour therapy in the treatment of food cravings. Complement Ther Clin Pract. 2017 Aug;28:136-145.

SOURCE:
EFT Tapping for Anxiety, Depression, Fibromyalgia, Weight Loss, Insomnia | Hypothyroid Mom
 

zewe

Member
Joined
Jul 8, 2018
Messages
265
A few items here. First, Dr.Kim D'Eramo on 3 Reasons why people don't heal. The 2nd is spoken of much in the RP communities, on victim mentality:

-----------------

Talks about healing himself and traveling the globe to find others who did the same. For illnesses other than pain.


In this previous video, Dr. Joe Disperza speaks of partnering with the Heart Math Institute. They have been around for many years and have generated much research into the Heart Brain connection. If you haven't watched Dr. Joe Disperza's video, please do, so you may understand where this all fits in. In the above by Dr. Kim, she briefly mentions centering at the heart.

Most spiritual traditions work at opening the heart and becoming heart centered. There is more to this than you may realize.

@rei This is not "New. Age" mumbo jumbo, we have the technology to prove what the ancients knew intuitively.

What has been found is that the heart affects the brain more than the other way around. "As their research evolved, they found that the heart in particular seemed to have its own logic that frequently diverged from the direction of autonomic nervous system activity. The heart was behaving as though it had a mind of its own. Furthermore, the heart appeared to be sending meaningful messages to the brain that the brain not only understood, but also obeyed. Even more intriguing was that it looked as though these messages could affect a person’s perceptions, behavior and performance."
------ - -- -- --
CHAPTER 1 [resource from Heart Math Institute]:

Heart-Brain Communication
Traditionally, the study of communication pathways between the head and heart has been approached from a rather one-sided perspective, with scientists focusing primarily on the heart’s responses to the brain’s commands. We have learned, however, that communication between the heart and brain actually is a dynamic, ongoing, two-way dialogue, with each organ continuously influencing the other’s function. Research has shown that the heart communicates to the brain in four major ways: neurologically (through the transmission of nerve impulses), biochemically (via hormones and neurotransmitters), biophysically (through pressure waves) and energetically (through electromagnetic field interactions). Communication along all these conduits significantly affects the brain’s activity. Moreover, our research shows that messages the heart sends to the brain also can affect performance.

The heart communicates with the brain and body in four ways:
  • Neurological communication (nervous system)
  • Biochemical communication (hormones)
  • Biophysical communication (pulse wave)
  • Energetic communication (electromagnetic fields)
Some of the first researchers in the field of psychophysiology to examine the interactions between the heart and brain were John and Beatrice Lacey. During 20 years of research throughout the 1960s and ’70s, they observed that the heart communicates with the brain in ways that significantly affect how we perceive and react to the world.

In physiologist and researcher Walter Bradford Cannon’s view, when we are aroused, the mobilizing part of the nervous system (sympathetic) energizes us for fight or flight, which is indicated by an increase in heart rate, and in more quiescent moments, the calming part of the nervous system (parasympathetic) calms us down and slows the heart rate. Cannon believed the autonomic nervous system and all of the related physiological responses moved in concert with the brain’s response to any given stimulus or challenge. Presumably, all of our inner systems are activated together when we are aroused and calm down together when we are at rest and the brain is in control of the entire process. Cannon also introduced the concept of homeostasis. Since then, the study of physiology has been based on the principle that all cells, tissues and organs strive to maintain a static or constant steady-state condition. However, with the introduction of signal-processing technologies that can acquire continuous data over time from physiological processes such as heart rate (HR), blood pressure (BP) and nerve activity, it has become abundantly apparent that biological processes vary in complex and nonlinear ways, even during so-called steady-state conditions. These observations have led to the understanding that healthy, optimal function is a result of continuous, dynamic, bidirectional interactions among multiple neural, hormonal and mechanical control systems at both local and central levels. In concert, these dynamic and interconnected physiological and psychological regulatory systems are never truly at rest and are certainly never static.

For example, we now know that the normal resting rhythm of the heart is highly variable rather than monotonously regular, which was the widespread notion for many years. This will be discussed further in the section on heart rate variability (HRV).

soh-figure-1-1.jpg

Figure 1.1 Innervation of the major organs by the autonomic nervous system (ANS). Parasympathetic fibers are primarily in the vagus nerves, but some that regulate subdiaphragmatic organs travel through the spinal cord. The sympathetic fibers also travel through the spinal cord. A number of health problems can arise in part because of improper function of the ANS. Emotions can affect activity in both branches of the ANS. For example, anger causes increased sympathetic activity while many relaxation techniques increase parasympathetic activity.

The Laceys noticed that the model proposed by Cannon only partially matched actual physiological behavior. As their research evolved, they found that the heart in particular seemed to have its own logic that frequently diverged from the direction of autonomic nervous system activity. The heart was behaving as though it had a mind of its own. Furthermore, the heart appeared to be sending meaningful messages to the brain that the brain not only understood, but also obeyed. Even more intriguing was that it looked as though these messages could affect a person’s perceptions, behavior and performance. The Laceys identified a neural pathway and mechanism whereby input from the heart to the brain could inhibit or facilitate the brain’s electrical activity. Then in 1974, French researchers stimulated the vagus nerve (which carries many of the signals from the heart to the brain) in cats and found that the brain’s electrical response was reduced to about half its normal rate.[1] This suggested that the heart and nervous system were not simply following the brain’s directions, as Cannon had thought. Rather, the autonomic nervous system and the communication between the heart and brain were much more complex, and the heart seemed to have its own type of logic and acted independently of the signals sent from the brain.

While the Laceys research focused on activity occurring within a single cardiac cycle, they also were able to confirm that cardiovascular activity influences perception and cognitive performance, but there were still some inconsistencies in the results. These inconsistencies were resolved in Germany by Velden and Wölk, who later demonstrated that cognitive performance fluctuated at a rhythm around 10 hertz throughout the cardiac cycle. They showed that the modulation of cortical function resulted from ascending cardiovascular inputs on neurons in the thalamus, which globally synchronizes cortical activity.[2, 3] An important aspect of their work was the finding that it is the pattern and stability of the heart’s rhythm of the afferent (ascending) inputs, rather than the number of neural bursts within the cardiac cycle, that are important in modulating thalamic activity, which in turn has global effects on brain function. There has since been a growing body of research indicating that afferent information processed by the intrinsic cardiac nervous system (heart-brain) can influence activity in the frontocortical areas[4-6] and motor cortex,[7]affecting psychological factors such as attention level, motivation,[8] perceptual sensitivity[9] and emotional processing.[10]

Neurocardiology: The Brain On the Heart
While the Laceys were conducting their research in psychophysiology, a small group of cardiologists joined forces with a group of neurophysiologists and neuroanatomists to explore areas of mutual interest. This represented the beginning of the new discipline now called neurocardiology. One of their early findings is that the heart has a complex neural network that is sufficiently extensive to be characterized as a brain on the heart (Figure 1.2).[11, 12] The heart-brain, as it is commonly called, or intrinsic cardiac nervous system, is an intricate network of complex ganglia, neurotransmitters, proteins and support cells, the same as those of the brain in the head. The heart-brain’s neural circuitry enables it to act independently of the cranial brain to learn, remember, make decisions and even feel and sense. Descending activity from the brain in the head via the sympathetic and parasympathetic branches of the ANS is integrated into the heart’s intrinsic nervous system along with signals arising from sensory neurons in the heart that detect pressure, heart rate, heart rhythm and hormones.

The anatomy and functions of the intrinsic cardiac nervous system and its connections with the brain have been explored extensively by neurocardiologists.[13, 14] In terms of heart-brain communication, it is generally well-known that the efferent (descending) pathways in the autonomic nervous system are involved in the regulation of the heart. However, it is less appreciated that the majority of fibers in the vagus nerves are afferent (ascending) in nature. Furthermore, more of these ascending neural pathways are related to the heart (and cardiovascular system) than to any other organ.[15] This means the heart sends more information to the brain than the brain sends to the heart. More recent research shows that the neural interactions between the heart and brain are more complex than previously thought. In addition, the intrinsic cardiac nervous system has both short-term and long-term memory functions and can operate independently of central neuronal command.

soh-figure-1-2.jpg

Figure 1.2 Microscopic image of interconnected intrinsic cardiac ganglia in the human heart. The thin, light-blue structures are multiple axons that connect the ganglia.

Courtesy of Dr. J. Andrew Armour

Once information has been processed by the heart’s intrinsic nervous system, the appropriate signals are sent to the heart’s sinoatrial node and to other tissues in the heart. Thus, under normal physiological conditions, the heart’s intrinsic nervous system plays an important role in much of the routine control of cardiac function, independent of the central nervous system. The heart’s intrinsic nervous system is vital for the maintenance of cardiovascular stability and efficiency and without it, the heart cannot function properly. The neural output, or messages from the intrinsic cardiac nervous system travels to the brain via ascending pathways in the both the spinal column and vagus nerves, where it travels to the medulla, hypothalamus, thalamus and amygdala and then to the cerebral cortex.[5, 16, 17] The nervous-system pathways between the heart and brain are shown in Figure 1.3 and the primary afferent pathways in the brain are shown in Figure 1.4.

Had the existence of the intrinsic cardiac nervous system and the complexity of the neural communication between the heart and brain been known while the Laceys were conducting their paradigm-shifting research, their theories and data likely would have been accepted far sooner. Their insight, rigorous experimentation and courage to follow where the data led them, even though it did not fit the well-entrenched beliefs of the scientific community of their day, were pivotal in the understanding of the heart-brain connection. Their research played an important role in elucidating the basic physiological and psychological processes that connect the heart and brain and the mind and body. In 1977, Dr. Francis Waldropin, director of the National Institute of Mental Health, stated in a review article of the Laceys’ work, "Their intricate and careful procedures, combined with their daring theories, have produced work that has stirred controversy as well as promise. In the long run, their research may tell us much about what makes each of us a whole person and may suggest techniques that can restore a distressed person to health."

soh-figure-1-3.jpg

Figure 1.3 The neural communication pathways interacting between the heart and brain are responsible for the generation of HRV. The intrinsic cardiac nervous system integrates information from the extrinsic nervous system and the sensory neurites within the heart. The extrinsic cardiac ganglia located in the thoracic cavity have connections to the lungs and esophagus and are indirectly connected via the spinal cord to many other organs, including the skin and arteries. The vagus nerve (parasympathetic) primarily consists of afferent (flowing to the brain) fibers that connect to the medulla. The sympathetic afferent nerves first connect to the extrinsic cardiac ganglia (also a processing center), then to the dorsal root ganglion and the spinal cord. Once afferent signals reach the medulla, they travel to the subcortical areas (thalamus, amygdala, etc.) and then the higher cortical areas.

soh-figure-1-4.jpg

Figure 1.4 Diagram of the currently known afferent pathways by which information from the heart and cardiovascular system modulates brain activity. Note the direct connections from the NTS to the amygdala, hypothalamus and thalamus. Although not shown, there also is evidence emerging that there is a pathway from the dorsal vagal complex that travels directly to the frontal cortex.

The Heart as a Hormonal Gland
In addition to its extensive neurological interactions, the heart also communicates with the brain and body biochemically by way of the hormones it produces. Although not typically thought of as an endocrine gland, the heart actually manufactures and secretes a number of hormones and neurotransmitters that have a wide-ranging impact on the body as a whole.

The heart was reclassified as part of the hormonal system in 1983, when a new hormone produced and secreted by the atria of the heart was discovered. This hormone has been called by several different names – atrial natriuretic factor (ANF), atrial natriuretic peptide (ANP) and atrial peptide. Nicknamed the balance hormone, it plays an important role in fluid and electrolyte balance and helps regulate the blood vessels, kidneys, adrenal glands and many regulatory centers in the brain.[18] Increased atrial peptide inhibits the release of stress hormones,[19] reduces sympathetic outflow[20] and appears to interact with the immune system.[21] Even more intriguing, experiments suggest atrial peptide can influence motivation and behavior.[22]

It was later discovered the heart contains cells that synthesize and release catecholamines (norepinephrine, epinephrine and dopamine), which are neurotransmitters once thought to be produced only by neurons in the brain and ganglia.[23] More recently, it was discovered the heart also manufactures and secretes oxytocin, which can act as a neurotransmitter and commonly is referred to as the love or socialbonding hormone. Beyond its well-known functions in childbirth and lactation, oxytocin also has been shown to be involved in cognition, tolerance, trust and friendship and the establishment of enduring pair-bonds. Remarkably, concentrations of oxytocin produced in the heart are in the same range as those produced in the brain.[24]


Chapters:

YOU CAN READ ALL CHAPTERS W/ LINKS ABOVE.

@Hugh Johnson: The Heart Math people have developed quick techniques and technologies which you can use in place of years of meditation and breath work. Working this way, as each develope their own state of coherence, is how we can all contribute to healing not only ourselves but those around us and the world:


-----------------
Here's a quick technique:

 

Motif

Member
Joined
Nov 24, 2017
Messages
2,757
Eating: Tomatoes, spinach, bananas, oj, strawberries, alcoholic drinks, beer

NO HISTAMINE REACTIONS. No apparent methylation problems. No supplements, no meditation, no precautions like salt/water.

Next foods to eat: sauerkraut, wine, ?

No discussion from me. You either get this or not. Dr. Lipton does give how to reprogram the subconscious rapidly....if you watch entire video.





Was drinking two glasses of OJ yesterday and had very bad histamine issues unfortunately
 

zewe

Member
Joined
Jul 8, 2018
Messages
265
Have you tried famotidine?

@tisho23 : I do not have GI issues. I've used phenergran for vomiting from pain. I don't have that issue anymore.

For histamine intolerance, antihistamines aren't a good treatment. I do keep allergy pills around but only for a rescue remedy.

Since histamine intolerance is caused by a an impaired ability to reduce histamine, it might seem like an antihistamine would solve all of your problems. Yes, an antihistamine can take care of the symptoms. But it doesn’t address the underlying problem, so they are just a temporary Band-Aid. Plus, habitual use will keep you from going back to your baseline level.

Antihistamines don’t actually remove histamine from your body. Rather, they just prevent histamine from binding to histamine H1 and H2 receptors.

The main histamine enzyme in the gut is Diamine Oxidase (DAO), while areas like the skin, spinal cord, lungs and other organs rely on an enzyme called Histamine N-Methyltransferase (HNMT). It is HNMT enzyme production that I am deficient in.

This has caused me respiratory symptoms, cognitive problems, pain from intracellular histamine buildup which causes tissue swelling and in turn presses on nerves throughout the body. I have had miscarriages because of it, tempory amnesia, allergies of all sorts, insomnia, asthma from meds, frequent urination, and more I can't recall at the moment.

I can be very sensitive to inhalants, food/liquids, almost all medicnes, and stress be it emotional or physical.

I've overcome central pain sydrome, although I still have limits to how much I can use my body. I do not have the cognitive issues anymore, my respiratory symptoms are greatly reduced.

All my life, I would sleep in 3-4 hour blocks, no more. Histamine is a waking transmitter which is why so many have insomnia. Most nights I sleep well. When hisamine is high, I barely sleep.

I've used many supplements and they did me good to a point but they are expensive.

I feel I can go futher, particularly with fatique, but I do have to honor where I am at and how far I've come. I'm currently using the modalities I've posted.

I was born with histamine intolerance and had early hospitalization for it.....but they didn't know what it was back then. I did not test positive for allergies. However, for most of my life I had very good health. Any histamine symptoms were merely an inconvenience.

Severe trauma is what really ramped my symptoms up. .....or, you could say that it caused this gene defect to express itself most emphatically!

Because there are so many emotional levels underlying my illness, I believe that the energy psychology methods are where I need to heal from, at this point in my journey.

@Motif Since you're histamine intolerant, I wouldn't push the high histamine foods too far. Remember, it's about how much histamine you have buildup in your body at any given moment. Impairtment to remove histamine generally runs fron 30-70%.

Try drinking much less oj in a day. Also make sure your food is very fresh, particularly meat....home from the butcher and cook or freeze immediately.

Most with histamine intolerance are low in cortisol and pregnenolone has greatly helped any allergy like symptoms. Cortisol reduces histamine and I figure that the pregnenolone converts to that in my body. I'm attempting to not use it but I will keep it around when I might need a boost, like the other day.

Have you tried pregnenolone, Motif? I've used 12.5 mg. at a time once per day, occasionally twice per day.

I did have histamine symptoms, day before yesterday, and here's why.

First, I ate 2 bowls of chili.
Then, I did house cleaning. I was doing more than I've been able but pushed myself too far.

I have noticed that if I push to far, high histamine food or not, I can get symtoms back.

I woke in the night with snot running [when I'm like this I can go thru a box of Kleenex in a-day!]
This is a time when I would take an allergy pill and I did.

I also took celtic salt with a 16 oz of water and 15 g. of chlorella to detox. I couldn't sleep that night so I've been resting. I feel ok now.

I've been using the quick coherence technique and I find that the emotion of gratitude is what works best for me. It truly did "lift" me to a level where I felt great and could physically do more. I didn't honor my body when it told me that's enough though. So, this is a process but one which I am enjoying and finding effective.

And yes, I'm eating high histamine foods which I had eliminated but I eat small amounts of them.
 
Last edited:

Motif

Member
Joined
Nov 24, 2017
Messages
2,757
@tisho23 : I do not have GI issues. I've used phenergran for vomiting from pain. I don't have that issue anymore.

For histamine intolerance, antihistamines aren't a good treatment. I do keep allergy pills around but only for a rescue remedy.

Since histamine intolerance is caused by a an impaired ability to reduce histamine, it might seem like an antihistamine would solve all of your problems. Yes, an antihistamine can take care of the symptoms. But it doesn’t address the underlying problem, so they are just a temporary Band-Aid. Plus, habitual use will keep you from going back to your baseline level.

Antihistamines don’t actually remove histamine from your body. Rather, they just prevent histamine from binding to histamine H1 and H2 receptors.

The main histamine enzyme in the gut is Diamine Oxidase (DAO), while areas like the skin, spinal cord, lungs and other organs rely on an enzyme called Histamine N-Methyltransferase (HNMT). It is HNMT enzyme production that I am deficient in.

This has caused me respiratory symptoms, cognitive problems, pain from intracellular histamine buildup which causes tissue swelling and in turn presses on nerves throughout the body. I have had miscarriages because of it, tempory amnesia, allergies of all sorts, insomnia, asthma from meds, frequent urination, and more I can't recall at the moment.

I can be very sensitive to inhalants, food/liquids, almost all medicnes, and stress be it emotional or physical.

I've overcome central pain sydrome, although I still have limits to how much I can use my body. I do not have the cognitive issues anymore, my respiratory symptoms are greatly reduced.

All my life, I would sleep in 3-4 hour blocks, no more. Histamine is a waking transmitter which is why so many have insomnia. Most nights I sleep well. When hisamine is high, I barely sleep.

I've used many supplements and they did me good to a point but they are expensive.

I feel I can go futher, particularly with fatique, but I do have to honor where I am at and how far I've come. I'm currently using the modalities I've posted.

I was born with histamine intolerance and had early hospitalization for it.....but they didn't know what it was back then. I did not test positive for allergies. However, for most of my life I had very good health. Any histamine symptoms were merely an inconvenience.

Severe trauma is what really ramped my symptoms up. .....or, you could say that it caused this gene defect to express itself most emphatically!

Because there are so many emotional levels underlying my illness, I believe that the energy psychology methods are where I need to heal from, at this point in my journey.

@Motif Since you're histamine intolerant, I wouldn't push the high histamine foods too far. Remember, it's about how much histamine you have buildup in your body at any given moment. Impairtment to remove histamine generally runs fron 30-70%.

Try drinking much less oj in a day. Also make sure your food is very fresh, particularly meat....home from the butcher and cook or freeze immediately.

Most with histamine intolerance are low in cortisol and pregnenolone has greatly helped any allergy like symptoms. Cortisol reduces histamine and I figure that the pregnenolone converts to that in my body. I'm attempting to not use it but I will keep it around when I might need a boost, like the other day.

Have you tried pregnenolone, Motif? I've used 12.5 mg. at a time once per day, occasionally twice per day.

I did have histamine symptoms, day before yesterday, and here's why.

First, I ate 2 bowls of chili.
Then, I did house cleaning. I was doing more than I've been able but pushed myself too far.

I have noticed that if I push to far, high histamine food or not, I can get symtoms back.

I woke in the night with snot running [when I'm like this I can go thru a box of Kleenex in a-day!]
This is a time when I would take an allergy pill and I did.

I also took celtic salt with a 16 oz of water and 15 g. of chlorella to detox. I couldn't sleep that night so I've been resting. I feel ok now.

I've been using the quick coherence technique and I find that the emotion of gratitude is what works best for me. It truly did "lift" me to a level where I felt great and could physically do more. I didn't honor my body when it told me that's enough though. So, this is a process but one which I am enjoying and finding effective.

And yes, I'm eating high histamine foods which I had eliminated but I eat small amounts of them.




Hey zewe. Histamine intolerance is such a b****. I had two glasses OJ the day before yesterday and still my skin flakes like crazy.
I will avoid OJ completely.

I never tried pregnolone, thanks for the advice. But it's not a long term Solution , right?

I have to get rid of this.
I started zinc and copper cause I'm deficient in both, but I guess when I will test it again i will still be deficient.

Maybe it's a liver thing. Or a gut thing.

I had a lot of vodka two weeks ago and it didn't affect my histamine issues directly, but now I'm more sensitive to it. No idea why
 

zewe

Member
Joined
Jul 8, 2018
Messages
265
@Motif Alcohol inhibits DAO enzyme. You could try that enzyme before eating. Make note it doesn't work for everyone.
Histame Food Intolerance Support

I think the pregnenolone was a good kick start for my healing. I used it routinely for a few months, spaced use out further and futher; now very occasionaly.
 

Motif

Member
Joined
Nov 24, 2017
Messages
2,757
I don't know if it's a gut issue. If i only knew ... maybe a liver issue. I got Gilbert syndrome too
 

zewe

Member
Joined
Jul 8, 2018
Messages
265
I appreciate other's interest and suggestions to heal histamine intolerance. The problem for me with this approach is that it requires me to live in a state of lack.

I don't make enough enzymes or hormones or I have to eliminate these foods.....

If and when I do choose to supplement my body, it would be in the mind set that I'm doing something nice for it or maybe I pushed my body too far or didn't have time to properly nourish myself. Although there are breathatarians who have not eaten for years and have placed themsevles under strict medical scrutiny. Gotta wonder what's up with that:


I was explaining earlier that when harmonizing [or bringing in coherence] that when the emotion of gratitude is brought forth, I feel tremendously well. The reasoning behind this is that gratitude or appreciation is an emotion I would feel AFTER I was healed.

Here, Gregg Braden talks about harmonizing heart and brain and why we should do so. He also speaks of the importance of the emotions we choose to work with.


In this video Gregg Braden shows quantum healing of a tumour in real time. Notice how the healers saw the patient as healthy, not diseased.

He also talks of Dr. Masaru Emoto's work with water and cleaning polluted water with our thoughts. prayers, words:


Before the trauma that slammed and distorted my being, I was on this path of understanding/healing/awakening.

I participated in an experiment with Penn State and Lynne Mc Taggart, author of, "The Field: the Quest for the Secret Force of the Universe."
https://www.amazon.com/Field-Quest-Secret-Force-Universe/dp/006143518X
What we did was a large group of people across the globe sent our thoughts to samples of water at Penn State's lab where they could analyze the samples before and after. This was in the early 2000s.

I can also share with you how incredibly powerful we are from one of my personal experiences:

My son was young and we were having horrific rain/flooding, days of it. The water had begun to leak thru his bedroom ceiling, causing a bulge.

The landlord would not be able to fix the roof until the storms had past.

Son and I joined hands and intended that no flood water or rain would enter our home. We were the only home not flooded in our neighborhood. But there's more.

After we did our intentions in his room, under the ceiling leak, we went downstairs. He kept asking if we should check the leak. I told him if he keeps checking the ceiling he'd be doubting what we were creating....you have to believe or not.

After a couple of hours, while still raining, we went to look:
No more water coming in! I went and opened the window and told him to stick his hand out the window.

Even though a storm raged around our home, no rain was hitting our roof or the arms we stuck outside. Absolute truth.

So, I do KNOW what we are capable of doing thru manipulation of this field that surrounds us. This IS our God given power and one by one humans will come to know this.
 

Andy316

Member
Joined
Jul 18, 2018
Messages
275
@Motif @zewe Have you guys eliminated histamine intolerance? Red chillies and calcium rich foods give me bad hair itching and flaking and for the life of me, I cant seem to find a permanent solution to fix this.
 

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