An Important Need to Monitor from an Early Age the Neurotoxins in the Blood or by an Equivalent Biomarker

Abstract

An overwhelming amount of evidence now suggests that some people are becoming overloaded with neurotoxins. This is mainly from changes in their living environment and style, coupled with the fact that all people are different and display a broad distribution of genetic susceptibilities. It is important for individuals to know where they lie concerning their ability to either reject or retain toxins. Everyone is contaminated with a certain baseline of toxins that are alien to the body, namely aluminum, arsenic, lead, and mercury. Major societal changes have modified their intake, such as vaccines in enhanced inoculation procedures and the addition of sushi into diets, coupled with the ever-present lead, arsenic, and traces of manganese. It is now apparent that no single toxin is responsible for the current neurological epidemics, but rather a collaborative interaction with possible synergistic components. Selenium, although also a neurotoxin if in an excessive amount, is always present and is generally more present than other toxins. It performs as the body’s natural chelator. However, it is possible that the formation rates of active selenium proteins may become overburdened by other toxins. Every person is different and it now appears imperative that the medical profession establish an individual’s neurotoxicity baseline. Moreover, young women should certainly establish their baselines long before pregnancy in order to identify possible risk factors.

Content of selected heavy metals in the umbilical cord blood and anthropometric data of mothers and newborns in Poland: preliminary data

“…The monitoring of human exposure to environmental chemicals is possible by means of analyzing concentrations of individual substances in biological samples 17 . The following metals were identified in the umbilical cord blood samples analyzed in the present study: lead, zinc, copper, manganese, selenium, chromium.…”

“…those with a half-life of several months or years, and urine, which is used to assess the levels of non-persistent compounds, i.e. those whose half-life is measured in hours 17 .‬…”

A Global Analysis of Research Outputs on Neurotoxicants from 2011–2020: Adverse Effects on Humans and the Environment

“…Some chemicals in this category with high potential for neurotoxicity can be obtained from bacteria, fungi, fish, plants, coelenterates, algae, insects, molluscs, amphibians, arachnids, reptiles, and selected mammals. Others in this class with less potency only exhibit neurotoxic effects when found in large amounts for ample time, e.g., metals, such as lead, arsenic, mercury, and other compounds comprising any of these poisonous elements, for example, methylmercury [1,4,5]. Manganese, selenium, and vitamin B6 also belong to this group when available in very high doses but can support normal body function (including the nervous system) at very low concentrations.…”