Hubert Czerniak - Bierzesz STATYNY? Musisz obejrzeć! Tak działają na organizm! Nadciśnienie tętnicze

Czerniak anchors the protocol in his overall model: hypertension stems from stiff, non‑elastic arteries — like trying to blow up a cold, poor‑quality balloon. The body’s connective tissue turns over every three months; if the nutritional environment is right, vessels can regain elasticity. Vitamin K2 directly addresses the calcification that makes vessels rigid. He reports that a patient with critical aortic regurgitation (3+ leak, low ejection fraction, scheduled for valve replacement) was treated with K2 for two years; afterwards the regurgitation dropped to 1+ and no surgeon now offers replacement. He extends this to all pathological calcifications — plaques, kidney stones, gallbladder stones — claiming K2 crumbles even 1.5 cm stones into passable fragments. This protocol is part of his larger argument that one can frequently stop antihypertensive drugs after three months of comprehensive natural therapy.

Heavy metals provoke oxidative stress and displace essential minerals, leading to endothelial dysfunction and high blood pressure. Vitamin C directly neutralises free radicals and, at high doses, facilitates the urinary excretion of metals. He cites Linus Pauling’s work and a 2012 New England Journal of Medicine graph showing that as vitamin consumption rose, cardiovascular mortality fell dramatically. Moreover, he criticises the medical board’s reaction to his statement that vitamin C aids radiation sickness, asserting that by supporting collagen synthesis it repairs the cytoskeleton damaged by radiation — a fact he says was demonstrated by Pauling, a double Nobel laureate. Therefore, he urges high‑dose vitamin C as a foundational element of hypertension reversal.

Mercury is claimed to be a million times more potent at displacing magnesium, zinc, and iron from their intracellular binding sites. The displaced minerals leak into the blood, giving the illusion of sufficiency or even excess on standard labs. Meanwhile, cells are starved, and the enzymes that deactivate heavy metals — glutathione reductase, peroxidase, catalase — cannot function. In this scenario, supplementing magnesium and zinc supports the enzymes that protect vessels and mitochondria, thereby lowering oxidative stress and blood pressure. He repeatedly warns never to rely on serum Mg or Zn; only an intracellular test (the quick, non‑invasive Sołeczka test) reveals true tissue status.

The speaker references a study where humic acids were given to pigs, resulting in the binding and excretion of toxic metals. He translates this to human use by recommending mumio, a traditional substance rich in humic acids, as a natural chelator. This fits into his larger strategy of cleaning the body’s ‘filters’ — kidneys, liver, mitochondria — to restore vascular reactivity and normal blood pressure.

Czerniak distinguishes between niacin (kwas nikotynowy) and niacinamide, insisting the flushing form must be used. The flush is a visible sign that the small arteries are still capable of expanding. If they expand, peripheral resistance falls and blood pressure drops. He counters the common fear that a flush could trigger a stroke in someone with high blood pressure, asserting that vasodilation is protective. This simple, inexpensive vitamin becomes another tool in his ‘pure physiology’ approach to hypertension.

Czerniak introduces DMG as a rediscovered nutrient identified by Ernst Krebs (junior). By pushing homocysteine back to methionine, it lowers the vascular abrading amino acid and simultaneously provides methylation support. Additionally, DMG is said to be an antioxidant and a direct vasodilator, improving tissue perfusion and normalising blood pressure. This fits his theme of correcting biochemistry rather than using drugs.

He cites both religious tradition and scientific research showing that fasting turns on apoptosis — the programmed death of dysfunctional cells — and autophagy, the cellular recycling process. By periodically clearing out damaged components, the vasculature and organs can renew themselves, contributing to lower inflammation and better blood pressure control. He does not give medical contraindications; the recommendation is presented as universally beneficial.

Czerniak passionately defends CO₂, recalling medical school lessons: a cyanotic patient given almost 100% oxygen showed no improvement until the assistant added CO₂, at which point the skin turned pink — proving that CO₂ facilitates oxygen release from hemoglobin. In Pokrywka’s chamber, CO₂ is 60‑fold higher than ambient, hydrogen a thousand‑fold, and pressure 1.5 atm. He argues that enriching the body’s ‘ventilation’ allows mitochondria to work again, which has direct benefits for vascular tone and pressure. He recommends the chamber as a primary therapy, not an accessory, for serious cases.

He presents a visual of a water stream subjected to a 24 Hz frequency, which turns smooth laminar flow into chaotic turbulence. Blood, he says, should flow quietly and laminarly; external electromagnetic agitation can induce turbulence and raise pressure. Therefore, shielding living spaces with conductive fabrics (silver, gold, copper) blocks these frequencies. This protocol complements his structural and biochemical interventions, addressing an environmental physical stressor.

He highlights that cervical instability is a frequently overlooked cause of hypertension. The solution is not surgery (rods, screws) but manual therapy. He recalls a local practitioner, Serwinka, whose treatments even doctors accepted and pharmacies dispensed, and describes how children with ‘sunięcie’ (spinal misalignment) presenting with fevers and crying would be instantly cured by a single adjustment. The protocol is part of a three‑month remodelling cycle: correct the structure, supply nutrients, and the connective tissue — including vessel walls — regenerates, rendering drugs unnecessary.

Czerniak contrasts conventional antiplatelet/anticoagulant drugs with hirudotherapy, noting that one is unpatentable and the other is patented and profitable. He proudly mentions that Dr. Paruzel, a graduate of the Pomeranian Medical Academy, spent six years providing scientific proof of leech therapy’s effectiveness. In his framework, leeches improve microcirculation and reduce thrombotic risk, thus addressing a potential contributor to high pressure — elevated blood viscosity and impaired flow.

Czerniak’s patient had a very low ejection fraction and 3+ aortic regurgitation; cardiologists offered valve replacement. After two years of vitamin K2 supplementation, her valve became so competent that the regurgitation fell to 1+ and surgery is no longer proposed. He extends the principle to other calcified tissues: plaques in arteries, kidney stones, and liver stones. The mechanism he explains is simple: K2 mobilises misplaced calcium, causing stones and plaques to crumble — even a 1.5 cm stone can break into smaller pieces and pass. He also links gallbladder stones to under-consumption of fats, which leads to sludge and crystallisation of cholesterol stones; K2 helps dissolve them. The underlying theme is that the body’s connective tissue remodels every three months, so if one adopts the right strategies (diet, vitamin K2, etc.), calcified tissues can soften and function normally, often eliminating the need for antihypertensive drugs within three months.

He describes homocysteine as an amino acid that physically scrapes the inner lining of arteries. When the endothelial surface is wounded, the body’s immediate concern is to avoid a clot that could cause a stroke or heart attack. It dispatches cholesterol — which is flexible, smooth, and elastic — to dress the wound from the inside, forming a makeshift bandage. In this view, cholesterol is not the enemy but a repair material; the real problem is the excess homocysteine. The solution, therefore, is to lower homocysteine by ensuring adequate B vitamins: B6 (especially in cases of enzymatic defects requiring high doses), folate (B9), B12, and also B2, B1, and dimethylglycine (B15), which facilitates the conversion of homocysteine back to methionine. He recommends keeping homocysteine between 4 and 8 µmol/L, acceptable up to 10, and to actively lower it above that. This perspective undermines the rationale for statins and shifts focus to nutritional correction.

He likens clogged mitochondria to a house chimney blocked by tar — the mitochondrion’s ‘ventilation fans’ are jammed. DMSO acts as a chimney sweep: it penetrates and washes away both fat‑ and water‑soluble debris that obstructs the electron-transport chain. He claims it is practically non‑toxic: ‘if there had been a single case of harm, all TVs and newspapers would be shouting that DMSO kills, but DMSO is a delight.’ In support, he recalls the old medical maxim: ‘When you don’t know what to do, give Gol’s liquid,’ and now he says, ‘When you don’t know what to do, give DMSO — it always helps.’ The implication is that clearing mitochondrial sludge improves ATP production and facilitates tissue repair, which indirectly lowers blood pressure by helping vessel walls remodel.

He states that an unstable cervical spine can disturb nerve flow and blood supply, raising pressure. The solution is to realign the vertebrae. He mentions ‘klawiterapia’ — a modern term for what was once known as non‑surgical orthopaedics — and endorses Thai massage, where therapists stretch the body until it ‘crackles’. He also recalls a village bone‑setter, ‘pani Serwinka’, near Lublin, whose treatments were so effective that even doctors accepted her prescriptions and pharmacies dispensed them. Such practitioners, he argues, treat cases that medicine had given up on. For children, a poorly aligned spine — called ‘sunięcie’ — can cause unexplained fevers and crying; a single adjustment resolves it. This ties into his broader claim: when people follow his holistic advice (diet, detox, structural work), connective tissue remodels in three months and antihypertensive medication becomes unnecessary.