Brain Saver Flashcards
(53 cards)
What are glial cells?
They store and organize Information in the brain. If they become clogged or poisoned they can lose their ability to correctly catalog and store memory.
What occurs in the neurons when someone is struggling to think of something? What is this called in medical science?
When electricity strikes a damaged neuron or gilial cell it creates these small explosions off the neuron and other neurons try to compensate for the damaged neuron. They may try to piece the information together but cannot. This disorganized information travels down other potentially damaged neurons and that process continues.
Brain fog is a symptom of impeded neurons.
Whats the difference between good heavy metals and toxic ones?
trace minerals—contain information that comes from life sources of the planet and also life forces outside the planet, from the solar system and galaxy. The planet is living. It’s alive, it’s breathing.
Toxic heavy metals, meanwhile, can weaken, burn out, short out, twist out, interfere with, toxify, and denature our brain’s natural electrical currents, currents that allow us to think, feel, and function optimally. As metals are unearthed to be used for industries, they’re restructured and changed through the industrial process, which denatures the metals, turning them against the human body.
What are signs of high toxic heavy metals in the brain?
emotionally triggered or literally burnt out from stress very easily
Social anxiety—for example, extra nervousness and sweating around others, or feeling like you can’t carry on a conversation
Why is science unable to detect these toxic heavy Metals?
Although you can detect traces of toxic heavy metals in the bloodstream if exposure was recent, you can’t detect traces of toxic heavy metals in the tissue, organs, glands, and bones, where toxic metals settle indefinitely.
What are brain enzymes?
Your liver produces brain enzymes specifically for the purpose of communication, both for receiving and expressing information. These enzymes cling to neurotransmitters and act as tiny antennae for projecting information from neurotransmitters. Toxic heavy metals inhibit these enzymes
Your brain magnetic field can work agains itself. Why?
Your brain’s electromagnetic field is intended for a productive purpose: the incredible ability to draw in trace minerals and electrolytes—to serve you. But this can also draw in toxic heavy metals. Your brain does not discriminate.
When deposits of toxic heavy metals build up inside brain tissue, the brain has an even larger and stronger magnetic pull toward toxic heavy metals. That’s because more electricity gets funneled into brain tissue that’s saturated with metals—and more electricity in the brain creates a larger and stronger electromagnetic pull.
If the brain is electricity what four things prevent it from over heating?
How do toxic heavy metals play into this over eating?
1) space between our skull and brain helps cool the brain; (
2) cerebrospinal fluid contains water and magnesium, which act as coolant; (
3) glucose in the brain also acts as a coolant.
(4) Perpetually shifting pathways so that an electrical pattern doesn’t stay the same allows a chance for electrical pathways to cool down.
This is why music is critical for factory workers: because if a factory worker is doing the same job for 10 hours straight, the pathway of the electrical pattern is close to the same—and music provides variety, altering the pathways of the electricity
toxic heavy metals in our brain are coals in the fire that sustain heat. If someone can’t break a bout of frustration or anger, it’s usually because toxic heavy metals are perpetuating that frustration or anger. This intense, sustained brain heat is one way people can experience what used to be called “going mad.”
What happens when toxic heavy metals melt in brain due to the electrical heat?
When toxic heavy metals that reside in the brain melt, they transform into a liquid gas chemical composition. That is, the metals change from a solid to a liquid gas and can spread and cover more ground inside the brain more easily.
Melting toxic heavy metals in the brain are one reason why so many conditions and symptoms—Alzheimer’s, for example—worsen with time. Another reason is that large deposita of heavy metals begin to accumulate in one area.
Why is mercury so bad in the brain
Because mercury tends to draw more mercury. Increasing the deposit of heavy metals in one area of the brain.
If it’s mercury saturating a neurotransmitter chemical, the electrical impulse will be more reckless and dangerous, in part because mercury is a shape-shifting metal that doesn’t need intense heat or manipulation to further break down and liquefy. This effect of brain electricity on mercury can create a host of different behaviors in someone, whether child or adult.
Viruses like mercury because it was originally used by labs to preserve viruses. While being studied and raised in classified labs, viruses would be kept alive and suspended in their present state in a mercury-based preservative solution. Viruses learned to adapt to mercury, using it as food
Why is acidic blood such an issue
It does not allow toxic heavy metals to leave the body.
How does toxic heavy metals effect neurotransmitters?
As toxic heavy metals melt and outgas over the years, the residue of that metal can mix with the clean neurotransmitter chemicals, causing the neurotransmitters to become dirty, like muddy water. When electricity runs through these neurotransmitters it can be have in different ways based on what metal it is.
Whenever neurotransmitters get saturated with any toxic heavy metals, brain electricity runs hotter
What is an alloy
What is a symptom of lots of alloy in the brain?
An alloy is what forms when you put metals together. Everyone has unique alloy blends in their brain without knowing what they are, or that they’re even there. These toxic heavy metal alloy compositions each react to electricity differently.
Alloys’ effects on brain messaging mean that they influence memories, emotional sensations, nostalgia, and even dreams.
People wonder why their dreams are so ridiculous or obscure or bizarre.
you may have dreams of being trapped underwater or trapped in a tiny space. Or if, in your dream, you’re running away from someone and feeling like you can’t get away, can’t run fast enough, or you’re almost stuck, that’s electricity getting caught up in toxic heavy metal deposits that electrical patterns in the brain don’t normally hit when you’re awake. As part of sleep’s healing rhythms, electricity goes to different places in the brain when you’re sleeping, creating some dreams that are nothing like experiences when you’re awake—
An alloy brain can also have positive effect, like opening up new possiblilities but it can also have down sides. Ultimately it is unpredictable.
What three things are required for the brain electro magnetic field
The brain’s electrical field cannot exist without water, electrolytes, and trace minerals in the bloodstream.
Why are trace minerals so Important
One major function of trace minerals is to balance electricity running through the brain. Electricity is attracted to trace minerals, and that’s part of how trace minerals stop electricity from going rogue and getting out of control
Trace minerals prevent extreme heating from electrical currents, meaning that they regulate currents so they run cooler when needed, because trace minerals in their natural state, unlike industrialized metals, regulate temperature when electricity from the brain hits them.
Why are trace minerals so effective against toxic heavy metals?
Why is celery juice so good at neutralizing these toxic heavy metals?
Sinve heavy metals have been industrialized they now hold a destructive charge, making our brain run hotter instead of cooler, like nature intended with the trace minerals.
Trace minerals hold a beneficial charge and when there is enough of them, can neutralize the toxic heavy metal charges.
celery juice’s sodium cluster salts do a better job of it because celery juice contains complete electrolytes
How does neurotoxins effect is?
Neurons and nerve cells are supposed to be hypersensitive so they can receive messages easily from electrical signals that harbor information from your brain and travel down nerves throughout your body.
When a neurotoxin saturates a neuron, it is coating the neuron with information that conflicts with the information the neuron is receiving and transmitting.
When an electrical impulse traveling with its own information hits a neurotoxin-coated neuron, conflicting information that the virus embedded into the neurotoxin causes an overheating of the neuron.
The overheating that occurs as a result is the neuron deciphering what’s legitimate information versus foreign invader information. Neurons can become inflamed through this process of overexertion.
What is neurallogical fatigue?
Why does it appear to be Inconsistently am issue
Neurological fatigue is the result of brain tissue saturated with viral neurotoxins that elevate inflammation, resulting in swelling inside brain cells
you may feel like your legs weigh a thousand pounds. Your body can ache.
For some people, neurological fatigue is not so bad at times and then very difficult at times. This is because neurotoxins are floating around in the bloodstream, moving around, and landing on nerves at different times.
What cause long haul flu
Long-haul flu is caused when an underlying non-flu virus or two that were already inside a person get triggered out of the running gate because a flu virus pushes that person’s already-weakened immune system to its limits.
Why is gluten bad
That’s why a person can eat gluten and not experience any symptoms or conditions; the viruses they have may not have left dormancy and begun to feed on gluten yet. Gluten doesn’t become toxic until it’s consumed and excreted by a virus. So when a virus feeds on gluten, even though the virus is growing in number because it’s eating a favorite food, the waste excreted from the virus will not be as toxic as the waste a virus excretes after consuming forms of viral fuel that are inherently toxic (such as mercury and copper). Gluten is still problematic because it feeds viruses, so gluten increases numbers of viral cells, which creates more viral byproduct and waste matter, which creates inflammation throughout the body,
Why are eggs bad
Why are these issues hard to detect
Viral neurotoxins from eggs also cause the liver to become stagnant and sluggish, which means the lymphatic system is going to become stagnant and sluggish because the lymphatic system is only as clean as the liver is. Unlike gluten, eggs are high in fat. Higher fat means thicker blood, which means more stagnant blood and less oxygen in the blood, allowing viruses to thrive. Oxygen keeps viruses more docile. Fats are also extremely acidic, creating an acidic bloodstream, and an acidic environment allows viruses to thrive
Viruses love eggs much more than gluten. While eggs themselves are a nontoxic food, they’re certainly not the best food for the human body;
This is because these viruses were originally raised inside chicken eggs in classified labs.
Behind the scenes, viruses have been slowly growing inside these people’s bodies from the eggs they consume, and it’s these viruses that are creating their symptoms.
What are 3 symptoms of neurotoxins
Chills without fever are a symptom of neurotoxins’ effect on brain tissue. The feeling that the head is extremely heavy, that the head is swollen, or that it’s hard to hold up the head on the body can be symptomatic of a virus in the brain latching onto nerves there, or they can be symptoms of viral neurotoxins.
Why should we be careful of B12 shots
Our body has a safety mechanism. Anything that breaks the skin is seen as an enemy if any kind of foreign substance is left behind. Our body will build an antibody to that foreign substance. The body does not consider it foreign if it’s delivered intravenously: that is, by IV
Retaliation can mean anything from a mild sensitivity to B12; to a total breakdown of the body’s ability to create, process, or convert B12; to seeing B12 as an enemy, allowing for an inflammatory occurrence to happen, including inflammation of the brain. Also, B12 injections lower the immune system, allowing pathogens to take advantage and increase viral neurotoxin inflammation.
The same applies to antibiotics delivered via injection and to allergy shots. If the needle goes deeper than the derma and enters into the muscle, there’s a greater chance for the body to see the antibiotic or allergy shot serum as an enemy and to build an antibody, resistance,
Steroid injections often go deep into the muscle and connective tissue, which is why many people become sensitive to steroid injections.
Why is oxygen so essentially for the brain electrical impulses?
Which two substances stop the brain from over eating?
Electrical impulses are actually fed by that oxygen. Because these electrical sparks need oxygen to occur inside the brain, it’s critical that an ample amount of oxygen enters the brain. Oxygen is also highly flammable.
Because oxygen is flammable, other brain supplies must be present at the same time to prevent electricity from overheating and getting out of control. Traveling alongside oxygen, the water in our bloodstream circulates through much of the brain and is partly responsible for suppressing the heat of the brain’s fire and keeping the brain engine cool enough. We also rely on ample glucose (sugar) in our blood because glucose helps cool brain cells and tissue.
You have to have the right proportion of glucose, water, and oxygen. People are always breathing, so they’re getting enough oxygen, yet if they’re withholding glucose and water, the balance is off
Heightened oxygen and heightened adrenaline creating elevated heat on the brain’s electrical grid without glucose and water to suppress the heat can even lead to hyperventilation in some situations.
This can also take a person to the level of being completely overwhelmed, push them into a panic attack, or shut them down so they’re less responsive, lying curled up in bed feeling wrecked.
