Tuesday, September 1, 2015

Stuart Millheiser: The Relationship Between ALS & Metabolism

By Jason McDonald


Stuart Millheiser can attest to the idea that different factors may be linked to ALS. Most of this comes from the research that has been done over the years, as we have learned more about this condition than we would have had the technology not been available. Metabolism may be just one of the most important factors associated with this illness. A study has shown that this can be the case, and to say that the details are intriguing would be an understatement.

In general terms, metabolism is the biological process that allows our bodies to take what we consume, before turning it into energy. Calories and oxygen come together in order to release energy, which is what allows us to conduct all activities. Everyone undergoes metabolism, no matter what their body shape is or how old they are. It's just that the metabolism of some functions differently than others, which is relatively common knowledge at this point.

According to an article on Fox News, it would appear as though there is a connection between metabolism and those with ALS. Specifically, those who are ill with this condition wind up consuming a higher number of calories, though wind up weighing less. A Netherlands study, consisting of 670 individuals with ALS, was done by having those people record what they have consumed prior to showcasing symptoms. The results were intriguing, and names like Stuart Millheiser can say the same.

The study showed that those who had ALS wound up consuming a higher number of calories - around 2,258 per day - compared to those who did not have the condition. Even so, the former wound up with a lower average BMI. Does this necessarily mean that this is the case for everyone, and that the results would be the same for other groups? Even though it's early to say, the results shown in this study seem to indicate an influence, which is something that Stuart Millheiser should observe.

If you want to talk about the factors associated with ALS, one can make the sound argument that metabolism is a vital one. Does this necessarily mean that it will affect everyone in the same way? It's a worthwhile question to bring up, and I have to believe that this will pave the way for continual studies to be done. We know some of the factors associated with ALS - muscular degradation is just one of the many examples - and it's likely that we will learn more in time.




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