Should We Have a Fear of Sickness?

 

“What changed, what was different in my day to the degree that now 1 in 3 children face chronic health conditions?”

 

The youth in my day, being raised in the 70’s, seemed to be invincible as they had their whole life ahead of them; they would live hard and play hard being full of energy with hormones surging. A teenager never thought of sickness nor was to hear of a young person who had died or had a deadly illness. That was for old people, and when we became old, then it may be for us as well. But being a young person today is different, it is no longer a rare event to see sick children and since COVID, it is a normal occurrence. What changed, what was different in my day to the degree that now 1 in 3 children face chronic health conditions? Oh they, of course, have all the answers, except the actual ones. Our testing and diagnosing is better, doctors now have a clearer direction when it comes to treatment, and more people are seeking solutions to their problems. Yes, that may be true; if you do not have problems you do not seek solutions.

In my day I did not carry the Vancouver Sun, the Toronto Star, the Wall Street Journal or listen or watch 60 Minutes or Walter Cronkite wherever I went. Heck, I do not know how I made it having to think about things all on my own. Let’s answer it this way: the average teenager’s modern smartphone has between 6GB to 12GB of RAM which has vastly more raw computing power and memory capacity than the Apollo Guidance Computer (AGC) used in the Apollo 11 mission in 1969 to land on the moon. The AGC had limited RAM (4KB) and ROM (72KB). By comparison, the average kid potentially is exceeding millions of times the AGC’s memory in their back pocket.

Is it any wonder with access to such a massive amount of information that the average young person experiences fear of sickness? According to the article Side Effect Fears Deter European Teens from Vaccines[1], potential side effects are the leading cause of vaccine hesitancy among European adolescents and their parents. A study involving 1,877 adolescents aged 12–17 from Italy, Portugal, Poland, and Spain, along with 1,135 parents, found that 56.1% of adolescents and 51.9% of parents cited fear of adverse effects as their primary reason for reluctance to vaccinate. Distrust in government recommendations was also significant, with approximately 22% of both groups expressing skepticism. Notably, Poland exhibited the highest adolescent hesitancy at 31.6%, while Spain had the lowest at 12.5%. If they are paying attention to the real world and not the propaganda being dished out by the legacy media or the pharmaceutical pimps, you can hardly blame them.

It was never seen before COVID how athletes in their prime while playing sports would either pass out on the field or die from myocarditis if they played sports within 2 months of receiving the jab. It is a sobering sight watching one of your sports hero suddenly fall on the field.
Had the pharmaceutical/medical community been honest by saying that there could be a chance that those receiving the COVID vaccine and engaged in high level sports could experience myocarditis things might have looked very different. “Based on passive surveillance reporting in the US, the risk of myocarditis after receiving mRNA-based COVID-19 vaccines was increased across multiple age and sex strata and was highest after the second vaccination dose in adolescent males and young men. This risk should be considered in the context of the benefits of COVID-19 vaccination.”[2]

The impact of COVID-19 vaccine on women’s health

In her book The Pfizer Papers: Pfizer’s Crimes Against Humanity, journalist Naomi Wolf, along with the Daily Clout research team, examines internal Pfizer documents related to the company’s COVID-19 vaccine. These documents, which were released under a court order following a lawsuit by Public Health and Medical Professionals for Transparency, reportedly reveal that Pfizer and the U.S. Food and Drug Administration (FDA) were aware of significant adverse effects and limitations in vaccine efficacy as early as November 2020. Despite this knowledge, the vaccine was promoted to the public, and efforts were made to withhold this information, including a request by the FDA to delay the release of these documents for 75 years.

Wolf’s investigation also highlights concerns about reproductive health impacts, including menstrual irregularities and fertility issues, which she attributes to the vaccine. She criticizes the FDA for failing to protect public health and accuses mainstream media of not adequately reporting on these issues. The book argues that the legal protections given to pharmaceutical companies under the Public Readiness and Emergency Preparedness (PREP) Act allowed them to prioritize profits over safety, leading to widespread harm.

“Among a group of pregnant women who tested positive for COVID-19, the women who received a COVID-19 vaccine were significantly more likely to miscarry compared to women who didn’t get a COVID-19 vaccine, according to a new peer-reviewed study. (…) Epidemiologist Nicolas Hulscher said the Spanish study’s outcomes confirm the health harms of spike proteins — and the findings of a preprint published last week examining pregnancy outcomes among vaccinated and unvaccinated women in the Czech Republic. That study “found that among approximately 1.3 million Czech women ages 18-39, those vaccinated against COVID-19 had approximately 33% fewer successful pregnancies compared to unvaccinated women,” Hulscher said.”[3]

Why is the health of our children getting worse?

A recent study published in Academic Pediatrics explored the trends in chronic health conditions among children and young adults in the United States between 1999 and 2018. Led by researchers from Harvard Medical School, the study focused on illnesses that originate in childhood and persist into adulthood. They found that “[n]early one in three children had a chronic condition by 2018 — The researchers found that the frequency of chronic conditions among children ages 5 to 17 years increased from about 23% in 1999/2000 to over 30% by 2017/2018. Even more concerning, the study estimated that 1.2 million young people with chronic conditions are now entering adulthood each year, carrying these challenges into college, work, and adult life. Asthma, ADHD, autism, and prediabetes are leading the increase.”[4]

As the prevalence of autism spectrum disorder (ASD) continues to rise—1 in 31 children are now diagnosed, up from 1 in 36 in 2020 and 1 in 150 in 2000—the search for the exact causes continues. While environmental factors have been suggested, many scientists emphasize that ASD is a multifactorial condition with no single known cause. Experts caution against oversimplified explanations and advocate for continued research into the diverse genetic and environmental factors that may contribute to ASD. Different studies pointed out different causes: “a 2022 study from France showed prenatal exposure to organophosphate pesticides was linked to an increase in autistic traits among 11-year-old children” and “there have been several [other] studies showing that there is gut dysbiosis in autism, and that it correlates with autism symptoms,”[5] emphasizing the gut-brain link. “In another recent study, microbiota transfer therapy led to significant improvements in gastrointestinal (GI) symptoms, autism-related symptoms, and gut microbiota in children with ASD. The effects of the initial treatment on both gut microbiota and GI symptoms were maintained at the 2-year follow-up, with continued improvement in autism-like behaviors, the researchers reported.”[6]

Natural solutions from Life Choice

We would recommend CLAW Therapy, Opti-Cal/Mag Complex, high dose Pure Vitamin C, Thymus Gland and fortified Boron, since it can reduce inflammation, improve immunity, strengthen the heart and helps treat cancer according to clinical studies. For gut health we can offer Laktokhan and Full Spectrum Digestive Enzyme as the imbalance of bacteria is the bases of all disease.

References:

[1] Jiménez, Andrea. 2025.

[2] Oster, Matthew, E. et al. 2022.

[3] Nevradakis, Michael. 2025.

[4] Mercola, Joseph. 2025.

[5] Brooks, Megan. 2025.

[6] Ibid.