AI summary on Aluminum in Kidney Disease
Google Question:'
Heavy metals poisioning and kidney disease: how common is it?
AI Answer:
"Heavy metals are a common risk factor for kidney disease, though the prevalence varies by location and the specific metal. While high-level acute poisoning is less common in developed countries, chronic, low-level environmental exposure to metals like lead, cadmium, arsenic, and mercury is widespread and contributes to kidney injury and chronic kidney disease (CKD). Studies have shown a direct correlation between exposure levels and the risk of developing CKD, even at low concentrations.
Commonality of the problem
Widespread low-level exposure: Modern environments are "ubiquitous" with low levels of these toxic metals, making it a public health concern for a large portion of the population, not just those with occupational exposure.
Association with CKD: Studies have found that individuals with CKD have significantly higher blood levels of lead and cadmium compared to those without the disease.
No known safe threshold: Some research suggests there may be no "safe" lower blood concentration for certain metals, like lead and mercury, and that kidney function can be harmed even at low levels.
Metals most commonly linked to kidney disease
Arsenic: Linked to kidney injury and increased risk of CKD.
Cadmium: Strongly associated with increased risk of developing CKD and higher blood levels in those with CKD.
Lead: Shown to be significantly associated with increased CKD risk, with the risk increasing with both lead and cadmium exposure.
Mercury: Linked to a high risk of developing CKD.
Chromium: A high blood chromium level has been correlated with CKD.
Mechanisms and impact
Direct cellular damage: The proximal tubular cells in the kidney are the primary targets for heavy metals, leading to injury and potential damage.
Increased susceptibility: Individuals with CKD may be more susceptible to the toxic effects of heavy metals because their reduced kidney function decreases their ability to excrete them.
Exacerbation: Low-level exposure can contribute to CKD progression, and the adverse effects can be worsened by other factors such as certain diets."
My commentary:
No matter the original cause of you CKD like extreme stress and poor eating, once kidneys are weak they have less defense in ridding the body of toxic exposures, which accumulate to compound the problem. Don't forget alumnium, which may be the most common since they are spraying in the sky as chemtrails.
Heavy metals poisioning and kidney disease: how common is it?
AI Answer:
"Heavy metals are a common risk factor for kidney disease, though the prevalence varies by location and the specific metal. While high-level acute poisoning is less common in developed countries, chronic, low-level environmental exposure to metals like lead, cadmium, arsenic, and mercury is widespread and contributes to kidney injury and chronic kidney disease (CKD). Studies have shown a direct correlation between exposure levels and the risk of developing CKD, even at low concentrations.
Commonality of the problem
Widespread low-level exposure: Modern environments are "ubiquitous" with low levels of these toxic metals, making it a public health concern for a large portion of the population, not just those with occupational exposure.
Association with CKD: Studies have found that individuals with CKD have significantly higher blood levels of lead and cadmium compared to those without the disease.
No known safe threshold: Some research suggests there may be no "safe" lower blood concentration for certain metals, like lead and mercury, and that kidney function can be harmed even at low levels.
Metals most commonly linked to kidney disease
Arsenic: Linked to kidney injury and increased risk of CKD.
Cadmium: Strongly associated with increased risk of developing CKD and higher blood levels in those with CKD.
Lead: Shown to be significantly associated with increased CKD risk, with the risk increasing with both lead and cadmium exposure.
Mercury: Linked to a high risk of developing CKD.
Chromium: A high blood chromium level has been correlated with CKD.
Mechanisms and impact
Direct cellular damage: The proximal tubular cells in the kidney are the primary targets for heavy metals, leading to injury and potential damage.
Increased susceptibility: Individuals with CKD may be more susceptible to the toxic effects of heavy metals because their reduced kidney function decreases their ability to excrete them.
Exacerbation: Low-level exposure can contribute to CKD progression, and the adverse effects can be worsened by other factors such as certain diets."
My commentary:
No matter the original cause of you CKD like extreme stress and poor eating, once kidneys are weak they have less defense in ridding the body of toxic exposures, which accumulate to compound the problem. Don't forget alumnium, which may be the most common since they are spraying in the sky as chemtrails.
