There are many factors that have been linked to ALS, which Stuart Millheiser and others have been able to observe in the past. After all, it's a complicated medical condition and the fact that research is consistently done should speak volumes on the matter. However, what if I were to tell you that there might be a connection between said condition and the routine process known as metabolism? According to a recent study, this might very well be the case.
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.
A Fox News article talked about metabolism and, more specifically, its possible connection to ALS. The article in question made the claim that those with ALS ended up consuming more calories compared to healthy individuals, all the while generally weighing less. In order to affirm this information, a study was done in the Netherlands, which consisted of 670 patients. The results have been nothing short of interesting, as I'm sure the likes of Stuart Millheiser can attest to as well.
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.
One can make the argument that this increased metabolism has been seen in these patients even before they were afflicted with ALS. However, I feel like this is why continuous studies must be done, preferably with different sets of people of varied backgrounds. There is a connection to be had, without question, given the muscular degradation that ALS is known for. It's just a matter of further studies being done, so that more solid information may be found.
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.
A Fox News article talked about metabolism and, more specifically, its possible connection to ALS. The article in question made the claim that those with ALS ended up consuming more calories compared to healthy individuals, all the while generally weighing less. In order to affirm this information, a study was done in the Netherlands, which consisted of 670 patients. The results have been nothing short of interesting, as I'm sure the likes of Stuart Millheiser can attest to as well.
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.
One can make the argument that this increased metabolism has been seen in these patients even before they were afflicted with ALS. However, I feel like this is why continuous studies must be done, preferably with different sets of people of varied backgrounds. There is a connection to be had, without question, given the muscular degradation that ALS is known for. It's just a matter of further studies being done, so that more solid information may be found.
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