Sources and Health Consequences of CADMIUM Exposure

This article gives a comprehensive list and explanation of possible exposures to the heavy metal, CADMIUM (Cd). This is an in-depth look at how we can be exposed to Cadmium. Most importantly, we also look at how cadmium exposure can effect children and adult long-term health. This report is especially useful for those who have found levels in their body through pathology testing or the Toxtest/EAL Hair Analysis of toxic metals. This article will be updated as more information becomes available and complements all other Cadmium related information and tests on Toxno and Toxtest.

By |2018-08-22T09:25:34+00:00August 20th, 2018|Heavy Metals|1 Comment

Sources of Arsenic Exposure

This article gives a comprehensive list and explanation of possible exposures to the heavy metal, ARSENIC (As) particluarly in Australia. This is an in-depth look at how we can be exposed to Arsenic. Most importantly, we look at ways to minimise this. This report is especially useful for those who have found levels in their body through pathology testing or the Toxtest/EAL Hair Analysis of toxic metals. This article will be updated as more information becomes available and complements all other Arsenic related information and tests on Toxno and Toxtest.

By |2018-07-01T08:29:51+00:00June 18th, 2018|Heavy Metals|0 Comments

Hair Tissue Mineral Analysis (HMA or HTMA) in Australia

For the first time in Australia, human hair testing is available to the public using the absolute latest Perkin Elmer Inductively Coupled Plasma–Mass Spectrometer at Environmental Analysis Laboratories in Lismore, Australia. Instrument detection limits are at or below the single part per trillion (ppt) level for many of substances tested. Results are then presented online without any personal details - hence preserving privacy and confidentiality. Many innovative features are utilised so that individuals can get the outmost from their results. Example results are on this page. It's also a great way for children to get screened for heavy metal exposure like antimony, lead and mercury because of the non-invasive nature of the test.

By |2018-04-23T21:34:17+00:00April 23rd, 2018|Heavy Metals|0 Comments

Testing DUST in your home, workplace or school for heavy metals like Lead, Arsenic, Cadmium and Antimony

Dust allows nasty chemicals to bind to it. Adults, but more particularly children, are at risk of dangerous chemical exposure if dust in the home or workplace becomes contaminated with heavy metals. There are many ways this happens. This article provides details for a simple, inexpensive home or workplace test from one of the highest quality Environmental Analysis Laboratories in Australia (EAL) and outlines evidence of heavy metal dust contamination, the importance of getting tested and what to do about it.

By |2018-04-23T14:13:10+00:00April 23rd, 2018|Heavy Metals|0 Comments

Sources of Lead Exposure – Update 2018

This article gives a comprehensive list and explanation of possible exposures to the heavy metal, LEAD (Pb). In Australia, lead smelting is carried out in Mt Isa and Nyrstar in Port Pirie both of which have a historical issue with high blood lead levels in the town’s children. Tank water is likely to be contaminated with lead if you have lead flashing on the roof catchment area, PVC downpipes or if you live near a busy road or major arterial route. In fact 25% of rain water tanks in Victoria were found to contain lead levels above the Australian Drinking Water Guidelines...

By |2018-04-23T20:34:33+00:00April 23rd, 2018|Heavy Metals|0 Comments

How we get exposed to the heavy metal, CHROMIUM (Cr)

This is an evolving testament of possible exposures to the toxic form of Chromium (hexavalent chromium). Data comes from researching the current literature and other sources. Thanks to all the scientists, researchers, universities, government departments and investigative journalists for making this data possible and available. At Toxtest we conduct Hair Analysis that can reveal low-dose [...]

By |2018-07-10T19:36:24+00:00August 17th, 2016|Heavy Metals|0 Comments