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It is difficult to determine the usefulness of meal planing

Homepage Articles It is difficult to determine the usefulness of meal planing

It is difficult to determine the usefulness of meal planing

We are talking here, among other things, about the resistant starch of the insoluble component fraction of fiber, which, because of its anti-health properties, can be readily used in foods known as superfoods. The vast majority of energy should come from products that are as little processed as possible, unprocessed and with a natural dietary fiber content. Carbohydrates are an important source of energy for our bodies, so they should cover 45 to 60 percent of our daily needs.

Table of Contents

1. He's a tough guy to deal with

In recent years, however, physiologists, dietitians and technicians have begun to pay particular attention to the nutritional value of starch. Resistant starch is therefore the sum of the starch and its breakdown products that are not digested and absorbed into the small intestine of a healthy person. We can distinguish the following types of resistance: RS1 is microbially inadequate for digestive enzymes, e.g. in undigested cereal grains, RS2 reduces the amount of grain enzymes present in raw potatoes, the juice of undigestioned bananas can be added to these products, the RS3 can be a starch compound, the result of the process of digestion, or the process in which we have to produce it. Firstly, it has a profound effect on the quantity of protein-resistant grains (which we produce in the form of cyanide) and then it has an enormous impact on the body's ability to produce energy from these chemicals.

2. It's a food source that's resilient

A large amount of resistant starch is produced when plant products are heated and then cooled for several hours. Resistant starches can be found in the cell walls of plants, primarily cereals, grain seeds and potatoes.

3. It is resistant to health effects

This information is particularly important for diabetics, as starch-resistant products contribute to lowering blood glucose levels in the gut and thus reducing insulin demand. However, keep in mind that heating starch rich products above 55°C causes starch to become absorbent again, which means that it can increase glycaemia. In addition, the fermentation of starch resistant products in the intestine also reduces the production of methane and hydrogen, as well as the consumption of short-chain fatty acids such as phosphoric acid, acetic acid, and fatty acid, which can also contribute to the metabolism of fat in the body, thus improving the use of cholesterol in the digestive tract, reducing the benefits of cholesterol resistance in the blood.

4. It plays a resistant role in the diet

A good way to trade resistant starch into our daily diet is to cook and then cool products such as potatoes, rice, cassava, macaroni, apples, strawberry seeds, etc. However, we must remember to keep our intake of unprocessed products in moderation, as these or other ingredients may not be used at the same time, so we can study the effects of many of these ingredients on our health, for example, if we have a high degree of energy-efficiency, we can test how many of them can be used in a healthy diet.
Source

Wojciechowicz A. et al., Wpływ dodatku skrobi opornej na właściwości ciasta i jakość pieczywa pszennego, „ŻYWNOŚĆ. Nauka. Technologia. Jakość” 2008, 5(60), 24–33.
Piecyk M., Godlewska M., Wpływ izolacji i obróbki termicznej na strawność skrobi grochu, „Nauka. Przyroda. Technologie” 2009, 3(4), 1–12.
Orzeł D. et al., Wpływ skrobi opornej RS4 na absorpcję magnezu i żelaza u szczurów rasy Wistar, „Roczniki PZH” 2007, 58, 1, 29–34.
Higgins J.A., Resistant starch and energy balance: impact on weight loss and maintenance, „Critical Reviews in Food Science and Nutrition” 2014, 54, 1158–1166.
Kowalska B., Skrobia oporna – nowe spojrzenie na węglowodany w diecie, dietetycy.org.pl/skrobia-oporna-nowe-spojrzenie-na-weglowodany-w-diecie/ (19.04.2019).
Szuwała A., Skrobia oporna – czym jest i dlaczego jest tak ważna w diecie diabetyka, diabdis.com/blog/skrobia-oporna/ (19.04.2019).
Janus P., Oporna skrobia – czym jest? Jak wpływa na organizm?, akademiadietetyki.pl/dietetyka/oporna-skrobia-czym-jest-jak-wplywa-na-organizm/ (19.04.2019).