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  1. MKH:n ongelmana on ahmimishäiriö. Tuo tarkoittaa sitä että kun hän ostaa puoli kiloa karkkia niin hän myös syö sen heti. Sama koskee pullaa ja muutakin ruokaa. Parempi siis ostaa vaikka pieni pussi makeisia tai yksi pulla ja syödä se vaikka kilohinta on kovempi.
  2. Kyse on GI*määrästä. Glukoosin GI on sama kuin oluen mutta oluen GL on matala.

    https://beerandhealth.eu/beer-and-health/beer-and-diabetes/?age-verified=972e040e43

    'As beer contains alcohol, it can have an effect on diabetes. There is considerable scientific evidence that alcohol consumption of up to 24 g per day can lower the relative risk of type 2 diabetes by up to 30%. In people with diabetes, moderate alcohol consumption may improve glycaemic control and convey cardiovascular risk reduction and mortality benefits. These effects apply to all alcoholic beverages.'

    ' Glycaemic load
    The glycaemic load (GL) expresses the total available carbohydrate content in a given amount of food, multiplied by its GI: (GI × carbohydrate (g))/100. Foods with a GL ≤ 10 are been classified as low GL, and those with a value ≥ 20 as high GL.'

    ' Beer: High glycaemic index versus low diabetes risk
    Beer is classified as a high GI food, with the GI of lager beer around 100178,179, comparable with the GI of potatoes or breakfast cereals. 180However, the GL of beer is only 7.5 because of the low carbohydrate content (7.5 g carbohydrates per 250 ml*). In comparison with other products, a glass of a regular soft drink has a GI of 63 and a GL of 16, and a boiled potato of 150 g has a GI of 96 and a GL of 24. 180Although diets high in GI or GL have been associated with an increased risk of diabetes, 181alcohol consumption up to 24 g per day is related to a lower diabetes risk. 149-151This contradiction might be explained because when beer is consumed with or before a carbohydrate meal, beer tends to reduce the blood glucose peak after the meal. The biological mechanism behind this is likely to be alcohol’s ability to acutely inhibit glucose production in the liver and so counteracts the blood glucose response as a result of glucose absorption from the food/meal by the gut, and thereby reducing the overall GR (blood glucose peak). This results in more stable blood glucose levels after the food/meal, and that might consequently reduce the risk of type 2 diabetes.'