Email I just sent to my estranged wife regarding Coronavirus. THIS COULD SAVE LIVES...

I lost everything. I litterally walked out with the clothes I was wearing xmas eve 2018. Thx for asking.

I'm seeing this "email" pop up on various social media platforms by various authors.

Care to explain?

Editing my post to say I nominate this post as:

#1 POST IN 2020

Last Edited by Elegant Walnut on 01/14/2022 07:57 PM

OP saw the email on social media and sent it to his estranged wife.


simple.

I hear ya brother

Least you have your health

And your children

Thread: Anti Acid drugs can help block a Cytokine Storm.

OP have they confirmed Cytokine storm with this virus? I thought just the elderly and young were dying.

Believe in angels

They're around

Thanks.

brilliant synopsis

OP, Was asked the following question after posting it on another forum with super skeptics. Apologies for the post from that forum but perhaps you can clarify. . .

What are you planning to do about the whole host of interferons, interleukins, chemokines, and other substances flooding your body?

Thanks for the info, will buy.

These 3 items together cant interact negatively in a person?
I know it says take as directed on box, but could they interact negatively?

GLP posters who care about others are re-posting the info, eliminating personal identification.

Anybody?

Have a 90 day supply of Nexium, and just bought Benadryl and Pepcid on Amazon. Thanks for the info!

I'm not certain about those stomach acid reducing drugs. Generations have taught us that when you first feel ill, drink baking soda. It makes you empty your bowels and rid the digestive system of any bugs that get in. 70% of your health is in the Digestive system.
Why would anybody trust big pharma when baking soda does more for you? Not only will it reduce stomach acid but it aids in emptying the bowels.
Also, cytokine storms happen on the 3rd day after infection. No need to take benedryl before then. I'd spend the two days building up my immunity before I took benedryl.
Fill your vaporizor with Hydrogen Peroxide and pull listerine through a bong (minus the ganja) for the lungs.

I was wondering the same about Allegra, but Benadryl is pretty cheap so I just bought it.

Thanks OP

H1 antagonists have been shown to inhibit cytokine reaction: These are H1s as far as I have found-
(benadryl) diphenhydramine, (old unisom)doxylamine, (chlor-timetron)chlorpheniramine, hydroxyzine, meclizine, promethazine, cyproheptadine, (allegra)fexofenadine.

Thank you!

All these things OP listed are anti histamines. A cytokine attack looks like a huge histamine attack. So that is what you take. Anti histamines.

Also don’t eat foods that increase histamines then. Lists are in the internet. I’ve been on a low histamine diet. People have been sick all around me and I’ve been fine. Usually I get everything. Not now. Maybe this is the key. Keep those histamines low. And take vitamin d and c.

I'm a transplant patient on immunosuppressive medication. How would I adopt these things to my situation? I also have problems with digestion and I cannot take acid reducers or my body completely stop breaking down food and it is very painful.

Adapt, not adopt

One thing kills all virus.The Government does even started the blue man fear hype.
I purchased two silver generators.Almost sold out at amazon.Bill Gates wants to vaccinate you all

ph yeah!

Hey everyone, the best thing to prevent Cytokine storm is actually free, COLD THERMOGENESIS.
find cold water and jump in, I personally have a chest freezer that keeps water around 50 degrees, which is perfect.

Here is the stats-

"The immunological and endocrine systems, now described as one bi-directional entity, can be modulated by exercise and ambient temperature, influencing susceptibility to infections, illnesses, and pathological conditions [1], [2]. Acute bouts of exercise modulate immune functions by increasing leukocyte count and subsets with a subsequent release of immuno-mediators, including pro- and anti-inflammatory cytokines, interleukins (IL) 6, -1ra, -8, -10, -12, growth factors and other signaling proteins [3], [4]. The intensity of exercise also effects immune responses with regular low- and moderate-intensity exercise generally promoting positive immune outcomes [5], [6], [7].

Cold exposure is generally used as a broad concept that: i) includes multiple levels of physiological effects depending of the degree of cooling (vasoconstriction, hormonal secretion, bioenergetics, muscular control, etc.) and ii) has high inter-individual response variability [8], [9]. Previous investigations on the effects of cold exposure on the immune system showed minimal or no alterations in immunological functions [10], [11]. Nonetheless, lower cytokine production and lymphocyte proliferation has been observed with decreased core temperature [12] and normothermic subjects exposed to cold air [13]. Rhind et al. [14] determined that cold exposure may modulate cytokine production by selectively upregulating IL-1 and IL-6 while downregulating IL-1β and TNF-α, associating these results with cold-induced catecholamine secretion. Nonetheless, LaVoy et al. [15] reviewed 10 studies examining the effects of exercising in the cold on various immune outcomes and found no clear tendencies across studies for either an increase or a decrease in immune functions.

Shivering thermogenesis is a common thermoregulatory stress response that can occur early during cold exposure constituting of involuntary and repetitive muscle contractions to maintain thermal homeostasis by producing heat. The contribution of core cooling to shivering activity is ∼67–80%, whereas skin and peripheral tissue cooling account for the remaining portion [16], [17]. Shivering in the cold increases cortisol and norepinephrine concentrations, known to modulate immune responses [3], at rest [18], [19] and during exercise in the cold [20]. The examination of various cold thermal challenges altering endocrine responses, including shivering thermogenesis, could consequently help explain some immune differences from previous reports.

The variability in environmental conditions between studies [21], [22] complicates the comparison of results as temperatures nearing 5–10°C provided little to no thermal stress due to the increased metabolic heat production from exercise [20]. Additionally, some studies have evaluated immune differences between a cool and a hot environment, neglecting the comparison to a thermoneutral setting where immunity should be unchallenged and represent a control group comparison [21], [22]. It is therefore important to control laboratory environmental settings as its influences on endocrine responses are closely associated with exercise intensity and environmental conditions, and are responsible for immune changes including leukocyte and cytokine responses [14], [23], [24].

Studies examining immuno-endocrine modulations have investigated the implications of the sympathetic nervous system (SNS) (norepinephrine [NE] and epinephrine [Epi]), and the hypothalamic-pituitary-adrenal axis (HPA) (cortisol [COR] and adrenocorticotropic hormone [ACTH]) to explain the variance in cytokine and leukocyte responses [3], [14], [25]. The control mechanisms of these hormones on the immune system have been well studied [3], [14], [26], [27], [28], [29]. Nonetheless, immune responses are further modulated by the hypothalamic-pituitary-thyroid axis (HPT) and the hypothalamic-pituitary-gonadal axis (HPG) [30], [31]. The limited work performed on immune function during exercise in the cold have examined leukocytes and a limited number of cytokines simultaneously with NE, Epi and COR secretion only [3], [11], [14], [21]. To obtain a comprehensive outlook of the immune system under cold challenges, investigating the effects of other endocrine axes in addition to a broader inventory of immunity-modulating cytokines is required.

The purposes of the present study were: i) to examine the effects of low- and moderate-intensity exercise in a thermoneutral and cold environment, with and without the presence of shivering on leukocytes and leukocyte subsets, and hormone and cytokine responses; and ii) to investigate the effects of a thermoneutral and cold environment, with and without the presence of shivering on the relationships between immunological (leukocytes and cytokines) and endocrine (hormones from the HPA, SNS, HPT and HPG axes) parameters. We hypothesized that immuno-endocrine responses would be diminished in colder conditions (from a cold condition as well as with shivering and/or at lower exercise intensity), influencing serum hormonal concentrations and subsequently leukocytes and cytokines concentrations. We also hypothesized that all endocrine axes will influence the immune responses across environmental conditions."

anyone taking acid inhibitors should consider that maybe they have a food intolerance they are not addressing, like gluten or dairy, this will cause acid reflux and other digestive maladies

betaine hcl is made from beets and will separate into betaine and hydrochloric acid in the stomach, this will solve the problem of having less stomach acid production, you can order it or pick it up in any health food store, I took it with digestive enzymes for years to help digestion after gluten intolerance destroyed my ability to digest my food properly, I didn’t know I was gluten intolerant until I was 42

Whoever came up with putting a mask on this guy..I LOVE YOU!!!
Was checking out GLP at work and came upon it and almost died at my desk! I was laughing so hard, I had to close the thread and go back to work and just laugh to myself...and think Oh God! Too funny! I'm dying!
God bless you! Got me through work and listening to Trump as I type.

yeah, I thought I had epilepsy, too

took dilantin for over 20 years

then I stopped eating gluten to combat some health issues and I noticed my seizures stopped, been off dilantin for 12 years now

I’m not full blown celiac, just gluten intolerant, make sure your epilepsy isn’t just this

the problem with a food intolerance isn’t just seizures in this case, it overwhelms your immune system basically because undigested food particles are entering the bloodstream and the body sees them as foreign invaders, food intolerance and sensitivity is just an inability to completely break down and digest a particular food, usually a protein

you need your immune system in good shape for things like cancer and viruses, if someone has chronic problems then they should start questioning if they have wheat and dairy issues

Got em already :)