Oldvatr
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Apparently The Star newspaper is printing an article today that states that scientists have proven the a long term high fat diet actually is the cause behind Diabetes, Obesity, alzheimers, and on the way causes the brain to shrink. apparently it is based on this scientific study from 2022
Now being an inquisitive sort I decided to look into this and see if it holds water.
I do not have access to this paper, so I am assuming that like all good reputable research studies, they source their diet samples from a purveyor of mouse chow for standardised tests.
Now the basic mouse chow comprises a whole grain base of wheat or corn or oats, and with added minerals and vitamins to keep the mice healthy. according to the purveyour I know, the grains are mixed with alfafa, and . soyabean mash and mashed fish for protein, and then the oil is usually a vegetable oil or palm oil. The chow is high fibre, high ish carb, lowish fat to a known nutritional level It has a mix of both omega-3 and omega-6 oils
The High Fat Diet (HFD) that they supply is based not on whole grains, but amino acid doctored casein powder, with cornstarch with added maltodextrin, and for taste sucrose. The oil is purified soyabean oil. Fibre is provided by added cellulose filler. The HFD is thus very high carb, zero protein, and high fat based on omega-6 oils, and has no omega-3 content
So I am not surprised the mice grew fat and diabetic, and their brains suffered lack of omega-3 and also the B vitamins (unless they were added but not specified in the ingredient list). so the study was biassed from the start. The brain needs omega-3 to thrive, so of course it shrank however much of this HFD muck the mice consumed. this is an observation that others have noted with HFD experiments and suspect chow where mice or rat studies are concerned..
Edit to add: another confounder is that apparently mice do not eat sucrose normally, and sucrose contains fructose which mice do not metabolise very well, so the fructose causes dyslipidemia and metabolic distress in the mice and hence may well trigger early onset diabetes. Other studies have shown this effect. This study does not mention dyslipidemia so they do not appear to have measured it.

Scientists Discover That This Type of Diet Can Shrink Brains
A Long-Term High-Fat Diet Causes Brain Shrinkage and Waistline Expansion According to recent research, eating fatty meals may not only increase your waistline but also damage your cognitive function. A clear relationship has been shown between mice given a high-fat diet for 30 weeks, causing dia
scitechdaily.com
Now being an inquisitive sort I decided to look into this and see if it holds water.
I do not have access to this paper, so I am assuming that like all good reputable research studies, they source their diet samples from a purveyor of mouse chow for standardised tests.
Now the basic mouse chow comprises a whole grain base of wheat or corn or oats, and with added minerals and vitamins to keep the mice healthy. according to the purveyour I know, the grains are mixed with alfafa, and . soyabean mash and mashed fish for protein, and then the oil is usually a vegetable oil or palm oil. The chow is high fibre, high ish carb, lowish fat to a known nutritional level It has a mix of both omega-3 and omega-6 oils
The High Fat Diet (HFD) that they supply is based not on whole grains, but amino acid doctored casein powder, with cornstarch with added maltodextrin, and for taste sucrose. The oil is purified soyabean oil. Fibre is provided by added cellulose filler. The HFD is thus very high carb, zero protein, and high fat based on omega-6 oils, and has no omega-3 content
So I am not surprised the mice grew fat and diabetic, and their brains suffered lack of omega-3 and also the B vitamins (unless they were added but not specified in the ingredient list). so the study was biassed from the start. The brain needs omega-3 to thrive, so of course it shrank however much of this HFD muck the mice consumed. this is an observation that others have noted with HFD experiments and suspect chow where mice or rat studies are concerned..
Edit to add: another confounder is that apparently mice do not eat sucrose normally, and sucrose contains fructose which mice do not metabolise very well, so the fructose causes dyslipidemia and metabolic distress in the mice and hence may well trigger early onset diabetes. Other studies have shown this effect. This study does not mention dyslipidemia so they do not appear to have measured it.
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