Hubert Czerniak - Vitamin C for children / Every parent should know about new discoveries!

The speaker’s core message is a direct call to action for parents: while every pediatrician mentions vitamin D, vitamin C is somehow neglected, yet the infant brain demands it. He argues that newborns rapidly consume their tiny vitamin reserve, and when mothers cannot breastfeed, the replacement formula may not compensate. Drawing on the new epigenetic evidence and the animal model of kidney necrosis, he insists that supplementation should start from the youngest age. He is realistic about compliance—children are reluctant to take anything unpleasant—so he emphasizes that the supplement must be tasty and appealing, leading him to direct viewers to his store’s product. This protocol is not a formal medical guideline but a personal, impassioned recommendation grounded in his interpretation of recent biochemical discoveries.

The speaker explicitly states that vitamin C should be given in malignant diseases, referencing ‘many scientific papers’ that show its benefit. He singles out bleomycin as an example where the synergy is particularly clear because both agents converge on the same iron-dependent radical mechanism. This is not presented as a fringe protocol but as a logical extension of biochemistry, and he urges that vitamin C be considered a standard adjuvant.

The speaker describes this as a natural, built-in weapon: when a pathogen breaches tissue, leukocytes rush in and pour out hydrogen peroxide; vitamin C ensures there is enough ferrous iron inside the cells to trigger the Fenton reaction, generating a burst of hydroxyl radical that sanitizes the area. He contrasts this pro-oxidant role with the simplistic view of vitamin C as only an antioxidant, emphasizing that the body deliberately uses it to create controlled oxidative bursts for defense.

The speaker briefly reminds the audience that collagen is the scaffold of bones and teeth, and that without vitamin C, teeth become loose and fall out—a classic sign of scurvy. He likens it to the stabilizing role of vitamin D in tissues, underscoring that both are necessary for structural integrity.

The speaker explains that the discovery of 5-hydroxymethylcytosine, a nucleotide that unblocks protein biosynthesis on DNA, was a turning point. A group of enzymes (TET) uses vitamin C to oxidize 5-methylcytosine to 5-hmC, thereby reactivating genes that have been silent for millennia. He argues that in situations of toxic exposure—when the organism’s current metabolism cannot cope—vitamin C becomes critical: it drives the creation of 5-hmC, unblocking the genetic material and allowing the formation of entirely new biochemical pathways. This, he says, is the essence of epigenetics, linking environmental challenges to gene expression. He frames this as especially important for brain function, insisting that the brain, particularly in children, requires abundant vitamin C to operate this epigenetic machinery properly. He notes that this mechanism was once dismissed as fantasy but is now confirmed biochemistry.

The speaker points out that guinea pigs, like humans, lack the ability to produce their own vitamin C. In newborn guinea pigs deprived of the vitamin, necrosis of the proximal renal tubules occurs. He states bluntly that claims about vitamin C causing kidney stones are false, and that contrary to popular belief, vitamin C deficiency can lead to tubular necrosis. He references multiple scientific papers that, in his view, demonstrate that vitamin C should be administered from the earliest years of life. By implication, he is arguing that the pediatric and public health focus on avoiding stones has caused harm by discouraging supplementation, especially in infancy when vitamin stores are low and the risk of deficiency‐related kidney damage may be higher.

The speaker outlines a stepwise pathway: in inflammatory conditions or in the tumor microenvironment, vitamin C is oxidized extracellularly to dehydroascorbate, which enters cells via GLUT transporters. Simultaneously, this oxidized vitamin C reduces ferric iron (Fe3+) in plasma to ferrous iron (Fe2+), which is also imported into the cell. Inside, the Fe2+ encounters hydrogen peroxide produced by leukocytes, triggering the Fenton reaction that generates hydroxyl radical—the most destructive radical, lethal to both pathogens and cancer cells. He stresses that bleomycin chemotherapy operates on exactly the same principle, and that co-administering vitamin C dramatically increases its efficacy. Based on this mechanism, he advocates routine vitamin C administration in oncological diseases, citing published studies that show greater chemo effectiveness. He also notes that healthy tissues like heart, brain, and breast gland concentrate vitamin C at levels far above plasma, implying a built-in protective or functional role.

The speaker laments that while vitamin D supplementation is widely recommended and talked about, vitamin C is ignored, despite clear evidence that the developing brain requires large amounts. He states that newborns have a small reserve of vitamins and minerals, which they quickly deplete. Ideally, the mother supplies vitamin C through breast milk, but many women do not lactate, and infant formula often does not contain sufficient vitamin C. Without it, neuronal development is compromised. He ties this to the newly discovered epigenetic role of vitamin C, arguing that the brain’s ability to reactivate needed genetic programs in early life depends on this vitamin. He urges parents to consider supplementation from the youngest age, implicitly criticizing the medical establishment for not addressing this need.

The speaker mentions that in mice and rats, vitamin C concentrations are continually high—about 100-fold above the human RDA. He leaves this as a provocative observation, suggesting that if the body naturally maintains such high levels when it can self-synthesize, perhaps the externally set RDA for humans is grossly underestimated. He does not prescribe a specific higher dose but uses this point to counter fears of ‘excessive’ vitamin C, implying that what we call high dosing may simply be restoring physiological levels closer to those of synthesizing animals.