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Lauric acid is mainly obtained from laurel and used to make soap. But it is also an important component of coconut oil. In this article you can read everything you need to know about lauric acid.

Lauric acid – This is where it comes from

Lauric acid is a medium-chain saturated fatty acid named after the Latin name for laurel (Laurus nobilis). Because: The oil of the laurel plant consists mainly of lauric acid.

Lauric acid is found in the following foods:
The fruits of the laurel contain a fatty oil. This consists mainly of lauric acid.
Coconut oil is particularly well known for its lauric acid content. Cold-pressed coconut oil consists of 45 to 60 percent lauric acid.
Lauric acid is also found in palm oil.
Lauric acid is also found in breast milk, but in much lower concentrations.
Lauric acid is also found in small amounts in butter and other milk fats.

effect of lauric acid

Lauric acid is primarily said to have health-promoting effects. However, it is not entirely undisputed:
Since lauric acid is a saturated fatty acid, it is suspected of raising cholesterol levels, which in turn increases the risk of cardiovascular disease. The Federal Center for Nutrition is also critical of coconut oil for this reason.
According to other research, however, lauric acid contains what is known as HDL cholesterol, which helps to protect the blood vessels. It supports the human circulatory system and reduces the risk of metabolic disease.
Compared to the problematic trans fats, lauric acid ultimately contributes to a better lipid profile and thus cholesterol levels (study). HDL cholesterol (the “good” cholesterol) is raised more than LDL cholesterol (which is considered the “bad” cholesterol).
For this reason, you should only use cold-pressed (native) coconut oil! If coconut oil is refined, the problematic trans fats are created. Then you can no longer benefit from the benefits of lauric acid.
The lauric acid also has an antimicrobial effect, as a study from 2009 shows. It provides effective protection against viruses, bacteria and fungal infections – which is also the reason why it is found in human and other mammalian breast milk.
It is also believed that lauric acid helps diabetics absorb insulin better. However, these are relatively new and not yet sufficiently substantiated conjectures.
The acid could also help with weight loss: the enzymes in lauric acid are broken down faster than other fats, which stimulates the metabolism. However, this is also not conclusively proven.
Because of its smell, lauric acid protects against ticks and some insects. Simply rub your skin (especially the exposed areas) with some coconut oil.
Similarly, lauric acid acts against mites, fleas, lice and other parasites. Rubbing coconut oil on pets and farm animals such as dogs or horses can help.
In addition, coconut oil is said to provide the muscles with energy quickly and help against muscle tension due to the lauric acid, among other things. You can rub affected muscle parts. This can help both prophylactically and with tension.

Carbohydrates are important suppliers of energy. We’ll show you the difference between short and long chain carbohydrates and explain how they affect your body.

Carbohydrates (saccharides) are chemical compounds made of carbon, oxygen and hydrogen. In addition to proteins and fats, they are one of the three macronutrients and are the most important energy suppliers in human nutrition. They also help to store energy in the body and supply it with important building materials. Basically, carbohydrates are divided into two categories: short-chain and long-chain carbohydrates.

Short and Long Chain Carbohydrates: What’s the Difference?

1. Short-chain carbohydrates:
Single and double sugars are combined into short-term carbohydrates:
Simple sugars consist of only one single molecule. These are, for example, glucose (dextrose) and fructose (fruit sugar). You can find these in fruits, for example.
Disaccharides are formed from two linked molecules. These include, for example, lactose (milk sugar) or maltose (malt sugar).
They are characterized by their sweet taste.
The following foods are mainly short-chain carbohydrates:
fruit (especially fructose)
Dairy products (lactose)
Household, cane, beet sugar
lots of baked goods and cereals
Sweets
2. Long Chain Carbohydrates:
This group consists of the multiple sugars: They include all carbohydrates that consist of more than ten individual molecules.

The most important polysaccharide for our body is starch. It does not taste sweet compared to the short-term carbohydrates.
Dietary fibers also belong to this group. These are indigestible food components that are mainly found in plant-based foods and whole grain products. Dietary fiber is particularly important for your digestion and keeps you full in the long term.
Long-chain carbohydrates are particularly found in these foods:
oatmeal
whole grain products
potatoes
nuts
legumes
vegetables

Oligosaccharides are sugars that are good for health. Here you can read what they do and why they can cause problems with irritable bowel syndrome.

Oligosaccharides – why not all sugars are sweet

Oligosaccharides is the technical term for multiple sugars. Because the sugar molecules, the so-called saccharides, can join together to form long chains almost as often as you like. Depending on the number of connections, there are double, triple or even multiple connections.

Oligo is Greek and means few – in contrast to the polysaccharides, which are made up of even longer chain molecules. According to DocCheck, oligosccarids can have three to a maximum of ten sugar compounds. However, both terms are not so clearly separated from each other scientifically. Thus, in the technical literature, polysaccharides can also be used as a collective term, which then also includes the oligosaccharides.

Only short sugar compounds really taste like sugar. Oligosaccharides are longer and therefore not really sweet anymore. They are not found in table sugar, but in carbohydrates. All carbohydrates are made up of sugar compounds, which vary in length and are connected to other elements.

These foods contain oligosaccharides

These more complex structures of carbohydrates from oligosaccharides are found almost exclusively in vegetables.
Legumes: According to the medical portal Onmeda, the carbohydrates in legumes such as beans, peas, lentils consist of oligosaccharides.
Soybeans are also legumes. According to the Transgen database, they contain the oligosaccharide stachyose.
Milk: In its “Nutritional assessment of milk and milk products” the Max Rubner Institute also mentions the oligosaccharides that are found in small amounts in cow’s milk. Compared to milk sugar, lactose, the oligosaccharides play a subordinate role here. Unlike in breast milk. It contains significantly more oligosaccharides that help the baby build up the intestinal flora.
Oligofructose: Spectrum of Science explains that oligofructose also belongs to the oligosaccharides. These multiple fructose occur, among other things, in a plant-based dietary fiber, inulin. Jerusalem artichokes, parsnips and salsify are rich in inulin.

Oligosaccharides – their healthy side

The stomach and intestines need a little longer to digest the oligosaccharides. Simple sugars, such as glucose, immediately provide energy and are quickly digested. The intestine must first split the more complex structures of the multiple sugars into their individual molecular chains, the simple sugars. On the other hand, the energy from oligosaccharides is available for longer than with the short-term energy boost from a piece of glucose.

In order to keep the sugar level in the blood at a healthy level, polysaccharides in carbohydrates are necessary. The German Society for Nutrition recommends that carbohydrates should provide 50 percent of the energy required. You can achieve this with a balanced wholesome diet. This includes beans and lentils as well as fruit, vegetables and whole grain products.
The oligofructoses such as inulin are important for the healthy intestinal flora. The human organism lacks the digestive enzymes for these fructose compounds. They therefore pass through the intestinal tract undigested as roughage. Only the intestinal bacteria in the large intestine ferment the oligofuctose into nutrients. The good intestinal bacteria such as the bifidus bacteria in particular prefer these polysaccharides. Sektrum der Wissenschaft reports on the prebiotic effect of oligofructoses by serving as food for probiotic bifidus bacteria.

Why oligosaccharides are problematic

Bean vegetables or a lentil soup fill you up for a long time and are proven to be healthy. Nevertheless, they are not among the favorite foods for many – because of the unpleasant side effects.

Gas builds up in the intestines after a meal, which can lead to flatulence. The digestive enzymes release the gases as they break down the oligosaccharides into their component parts. It is similar for the intestinal bacteria with the oligofructoses, they also release the gases in the intestine.

If your gut is healthy, you have little to do with such side effects. It is different with an irritated intestine. This can result in severe flatulence, diarrhea or abdominal pain.

According to doctors, the reason for this is the so-called “fodmaps”. Fodmap stands for “Fermenting Oligosaccharides, Disaccharides, Monosaccharides and Polyols”. Basically, it is sugar and carbohydrates in food that can be responsible for the symptoms of IBS. In the Fodmap diet you should avoid such foods.

The only problem is that the food industry adds oligosaccharides to many foods that actually have nothing to do with the natural occurrence in vegetables:
Maltodextrins, i.e. starch molecular chains cut up by enzymes. These malto-oligosaccharides are found in foods and beverages and are intended to make them sweeter or to replace natural fats. These oligosaccharides thicken sauces or cream fillings, for example. Isotonic drinks enrich the oligosaccharides with carbohydrates.
Netdoktor reports that food manufacturers use inulin oligosfructose in prebiotic foods to improve the intestinal flora. In diet foods, they should reduce the calories and fat content and provide more fiber. Here you will find them in all types of food, from sausage to yoghurt and fruit juice.