A new scale for the assessment of functional status in Alzheimer’s disease and related disorders

Abstract

AbstractBackgroundIt is estimated that 5.7 million Americans are suffering from Alzheimer’s disease kills more people than breast cancer and prostate cancer combined. Scientists have been scrambling to figure out why Alzheimer’s disease is epidemic. Several years ago, the dowry’s theorized that genetics were to blame. The flaw with this explanation was that it did not rationally plain why the rates of Alzheimer’s disease are increasing at an unprecedented rate. While genetics may play a role, they are most certainly not the sole reason why Alzheimer’s disease is becoming such a widespread issue. While genetics may play a role, they are most certainly not the primary reason why Alzheimer’s disease is becoming such a widespread issue In 2017, a researcher finally stumbled across a logical eHeavy metals and Alzheimer’s Disease. Knowing that there were much more to Alzheimer’s disease than just genetics, researcher tuned to their attention to environmental toxins ‐ heavy metal to be specific. Related disorders included cancer and brain tumor caused heavy metal exposure and Alzheimer’s disease.MethodOne study published in the Journal of Alzheimer’s Disease found that people with Alzheimer’s disease had large amounts of aluminum, mercury and cadmium in their body. The method was to watch out on toxic or protein food in your refrigerator can cause dementia.ResultAs more and more studies supported this correlation, researchers take a deeper alert to determine how heavy metals are specifically connected to Alzheimer’s disease and damage to your brain. This damage comprises the function of your beurons rah in can result in cognitive problems, movement disorders.ConclusionAvoiding heavy metal exposure requires an awareness of how you get exposed to heavy metals. Here are some of the most common ways heavy metals get into your body and brain. Unlike other substances that detoxify the body, zeolite has the unique ability to travel deep into your cells where heavy metals accumulate. From there it binds to heavy metals like a magnet and transports them out of the body, so they are no longer a threat to your brain. Referenced Source: https://www.drperlmutter.com/study/circulatory-levels-of-toxic-media-patients-with-Alzheimer's-disease/. https://link.springer.com/article/10.1007/s13530-018-0340- https://www.n.I.non.nih.gig/PMC/articles/PMC4798150/.