No. In general, there are four types of laxatives:

* Laxative irritant. They stimulate the receptors of the colon mucosa, which leads to increased peristalsis and the appearance of stool.

The advantage of these funds is the speed of the onset of the effect - in the evening you take the drug, and in the morning there is already a chair.

But irritant laxatives also have a number of serious drawbacks, which does not allow them to be recommended for regular use:

1) As a result of constant irritation of the intestinal receptors, after some time they are depleted, which leads to an even more pronounced decrease in intestinal tone

2) Elimination of constipation with these drugs for more than 10 days inevitably causes addiction to them, so the previous dose ceases to work, and it is necessary to increase it

3) The laxative effect is often accompanied by severe pain in the abdomen, which is associated with bowel contractions

* Laxatives with osmotic action. They increase the osmotic pressure in the intestinal lumen, preventing fluid from being absorbed into the blood, soften the feces and increase their volume.

Saline osmotic laxatives are not recommended for chronic stool retention. They are used when an immediate remedy for constipation is required, for example, with acute stool retention or to quickly clear the intestines in cases of drug and food poisoning.

Unlike irritants, osmotic laxatives are not addictive and do not impair intestinal tone. And this is their advantage.

But at the same time they have their drawbacks:

1) With prolonged use, electrolytes are washed out of the body, which leads to a violation of the water-salt balance

2) Taking them regularly can cause dehydration

3) Emptying the bowel is often accompanied by pain in the abdomen

* Laxatives - prebiotics. Broken down by colonic microflora to form organic acids. Acids increase the osmotic pressure in the colon, contributing to water retention, softening of the feces and increasing their volume.

There are practically no serious negative properties of laxatives - prebiotics. The disadvantage can be considered frequent swelling, especially in the first days of admission. In addition, it cannot be said that this remedy for constipation is fast. The chair occurs in a day, and at the beginning of the reception even on the second or third day, which is associated with the passage of the drug through the entire gastrointestinal tract.

*Laxatives - excipients. They absorb water, swell, increasing the volume of feces and softening them.

Their advantages are a mild laxative effect, no addiction to them, the possibility of long-term use for chronic constipation. They can also be used when constipation occurs during lactation.

The disadvantages include the slow onset of the effect and the mandatory requirement to drink them with at least one glass of water. In general, the more a person drinks, the better. After all, if there is not enough water, then instead of a laxative effect, you can get congestion in the intestines.

If you have problems with stool, then you should include foods with a laxative effect in your diet. These include prunes, dried apricots, raisins, apples, cucumbers, curdled milk, kefir. A decoction of peeled beets and gooseberries will be useful. As a laxative during pregnancy, fresh and cooked vegetables are perfect. It can be the same beets, carrots, cabbage, zucchini, pumpkin, broccoli, spinach, lettuce. Fruits and berries (plums, strawberries, apricots, peaches) will help normalize the stool. Buckwheat, millet and pearl barley, oat bran, black bread, vegetable oil, liquid soups. Do not forget about the observance of the drinking regime.

Image copyright getty

You can often hear warnings about the dangers of drinking too much plain sparkling water - supposedly it has a negative effect on the stomach, bones and teeth. Is it really? - the correspondent decided to figure it out.

Everyone knows that the constant consumption of sugary carbonated drinks is unhealthy - the combination of high sugar content with high acidity has a negative effect on the body.

If you leave a coin in a glass of cola overnight, the next morning it will be clean and shiny. The reason for this is the phosphoric acid contained in the drink, which dissolves the oxide coating that covers the coin.

So it's better to drink plain water. But plain water there is no pronounced taste, so many people periodically drink carbonated drinks for a change.

However, there is an opinion that plain sparkling water is also harmful. Is it really?

Let's start with the stomach. Carbonated water is made by adding carbon dioxide (carbon dioxide) under pressure. In fact, water turns into a solution of carbon dioxide.

If you drink a glass of such water in one gulp, then in some cases this may be followed by an attack of hiccups or indigestion.

Well, if you drink more slowly and measuredly? Really and then the simple sparkling water negatively influences a stomach?

Image copyright getty Image caption There is an opinion that any carbonated drink - even plain sparkling water - can be harmful to health.

It turns out just the opposite. In one randomized, double-blind study conducted in the early 2000s, patients suffering from dyspepsia or constipation were asked to drink plain water for 15 days.

One group drank carbonated, the other non-carbonated. The participants were then examined.

It turned out that the condition of those who drank carbonated water improved, while that of the control group remained unchanged.

Drinking large amounts of plain sparkling water can lead to bloating, but Japanese researchers have concluded that this side effect also has a positive side.

In a recent experiment, a group of women did not eat anything in the evening, and in the morning they were given a glass of either still or carbonated water to drink slowly.

It was found that when drinking only 250 ml of water, 900 ml of gas is formed in the stomach. Not surprisingly, women experienced a feeling of satiety, although they actually did not eat anything.

At the same time, the participants in the experiment did not feel any discomfort. Therefore, plain sparkling water is now recommended as a remedy for overeating.

Bad for bones?

For dehydration caused by indigestion, severe vomiting, or a simple hangover, some people let soda stand before drinking to release gas from it.

However, scientists who tested this method on a group of children with acute gastroenteritis found no evidence that it works.

In addition, it turned out that, compared with rehydrating solutions designed to replenish the content of salts and sugar in the body, ordinary carbonated water with gas released from it contains much less sodium and potassium needed by the body.

Well, if even carbonated water does not harm the stomach, then perhaps it makes the bones more fragile?

Image copyright getty Image caption It is possible that phosphoric acid somehow blocks the absorption of calcium by bone tissue.

There is no scientific evidence to unambiguously support this claim.

A Canadian study published in 2001 found that teenagers who consumed large amounts of sugary sodas (not plain water) did indeed have reduced bone calcium, but researchers were not entirely sure whether the drinks themselves were the cause, or the fact that teenagers who drink them constantly do not drink milk.

In 1948, the so-called Framingham heart study began in the US state of Massachusetts - a large group of residents of the town of Framingham (in several generations - the study is still ongoing) have been medically monitored for many years in order to identify risk factors leading to the development of heart disease .

Now the descendants of some of these subjects are taking part in the Framingham Osteoporosis Study at Tufts University in Boston.

As part of this study, over 2,500 participants are comprehensively assessed every four years. Among the objectives of the 2006 survey was to investigate the relationship between bone density and carbonated beverage consumption.

The scientists analyzed different types of drinks that the subjects regularly drink.

They concluded that women (but not men) who drink cola three times a week had lower average pelvic bone mineral density than those who did not drink cola as often.

Image copyright getty Image caption The destructive effect of sugary carbonated drinks on tooth enamel appears over time

The influence of consumption of other types of carbonated drinks on the composition of bone tissue was not revealed. The authors of the study hypothesized that caffeine and phosphoric acid (plain sparkling water contains neither), the mechanism of action of which on bones is not yet fully understood, may be the reason for the decrease in mineral density.

It is possible that phosphoric acid somehow blocks the absorption of calcium by bone tissue, but how exactly this happens, no one knows yet.

Ten years after the announcement of this discovery, there is still debate about the extent to which a person's diet can affect the condition of his bones.

So, in all likelihood, plain sparkling water does not have any negative effect on the bones and stomach. What about teeth?

It would seem that any acid, even in a weak concentration, should destroy tooth enamel. However, this is not necessarily the case.

The effect of plain carbonated water on teeth is very little studied, but there is already plenty of data on other carbonated drinks.

In 2007, Barry Owens of the University of Tennessee College of Dentistry at Memphis conducted a comparative study of different types of carbonated drinks.

It turned out that drinks based on cola are the most acidic. They are followed by diet colas, and coffee drinks close the list.

Cumulative effect

Owens emphasizes that what matters here is not the initial acid-base balance of the drink, but how much it retains acidity in the presence of other substances, since in reality there is saliva in the mouth, as well as other foods that can affect the level of acidity.

The ability of a solution to maintain an acid-base balance is related to its so-called buffer capacity.

If you drink through a straw, the drink goes directly to the back of your mouth, and its impact on the teeth is minimal.

Colas have the highest buffering capacity (which means they also have the most acidity), followed by their diet versions, then fruit sodas, fruit juices, and finally coffee.

In other words, some of the carbonated drinks can actually damage tooth enamel.

Poonam Jain of Southern Illinois University School of Dentistry put shards of tooth enamel into jars of various sodas for 6, 24, and 48 hours and found that the enamel did begin to erode.

You can find fault with the purity of this experiment, because in real life no one holds a drink in his mouth for so long.

But if teeth are exposed to drinks for many years, even if each sip takes only a few seconds, the consequences can be the same.

The young man's front teeth were partially destroyed after he drank half a liter of cola every day for four years in a row, and then - for another three years - one and a half liters a day, plus some fruit juice.

Image copyright getty Image caption The researchers found that the acidity of carbonated water is only 1% of the acidity of sugar-sweetened carbonated drinks.

However, a lot depends on how you drink. This patient, in addition to brushing his teeth irregularly, also "retained each portion of the drink in his mouth for a few seconds, enjoying its taste before swallowing."

Swedish researchers compared five different ways drinking drinks - in one gulp, slow sips and through a straw. It turned out that the longer the drink lingers in the mouth, the more acidic the environment in the oral cavity increases.

But if you drink through a straw, the drink immediately enters the back of the mouth, and its effect on the teeth is minimal.

So what about plain sparkling water?

Catriona Brown from the University of Birmingham conducted an experiment by placing extracted human teeth without signs of caries for 30 minutes in vessels with different types flavored sparkling water.

Each tooth was pre-coated with varnish, except for a small area with a diameter of half a centimeter.

Drinks were found to be just as damaging to teeth, and in some cases even more so, than orange juice, which has been found to soften tooth enamel.

Plain soda is 100 times less likely to cause tooth decay than some other sodas

Lemon, lime and grapefruit flavored carbonated waters were the most acidic, probably because they use citric acid as a flavoring agent.

Thus, flavored carbonated waters are not at all as harmless to teeth as regular water. Can the same be said for unflavored plain sparkling water?

There is very little research in this area, but in 2001, researchers at the University of Birmingham studied seven different brands of plain sparkling water by placing extracted human teeth in them.

It turned out that these drinks have an acid-base balance of 5-6 (that is, they are less acidic than some types of colas, which can reach an acid-base balance of 2.5).

For comparison, the balance of plain non-carbonated water is 7 units, that is, it is equal to the balance of a neutral medium. In other words, as the scientists suspected, plain carbonated waters are weak acidic solutions.

However, their ability to destroy teeth is 100 times lower than some other types of carbonated drinks.

Of course, the environment of the oral cavity is different from the environment of a laboratory beaker, but so far there is not much evidence that plain soda is bad for teeth.

So if you are fed up with plain still water, you can diversify the menu of plain sparkling water. Well, to minimize the risk to your teeth, you can drink it through a straw.

Denial of responsibility

All information contained in this article is for informational purposes only. general information and should not be considered as a substitute for the medical advice of your healthcare professional or any other healthcare professional. The BBC is not responsible for, and cannot be held liable for, the content of external Internet sites referred to herein. It also does not encourage the use of any commercial products or services mentioned or recommended on any of these sites. Always contact your healthcare provider if you have any concerns about your health.

anonymously

Hi! not detected, according to ultrasound-diffuse changes in the pancreas perenchyma, according to irigoscopy-signs of chronic colitis, insufficiency of the ileocecal valve, according to MRI-signs of chronic cholecystitis with cholestasis phenomena. The gastroenterologist prescribed me: trimedat 100 mg 1t. panzinorm 10000 1t.x3r. per day for 10 days, aevit 1 day per day for 1 month, laktofiltrum 2t.x3r. on the day of 1 month. I was diagnosed with chronic parenchymal pancreatitis. I am on a diet. After taking these drugs, I felt better. But 1 month passed. I began to suffer from cramps in the abdomen, heartburn, after eating a strong rumbling in the stomach, then frequent stools, then constipation. What should I do? coming New Year!

anonymously

Hello! According to the results of MRI, the gallbladder is ovoid, 5.6x2.7 cm in size, the signal from the contents is inhomogeneous, two-layer with the effect of sedimentation (stagnant bile, suspended matter) without convincing filling defects, the wall is not thickened (0.3 cm). Choledochus has a diameter of up to 0.4 cm, without convincing filling defects. I didn’t take weight loss drugs and didn’t code. I used to weigh 75 kg, and now 58 kg. I’ve been sick since March. I seem to be on a diet, but the symptoms do not disappear anywhere - heartburn, rumbling in the stomach after eating, frequent stools or constipation. After using trimedat and lactofiltrum, I felt better, after 1 month the symptoms returned.

Mineral water contains salts, trace elements, biologically active components and is widely used in spa treatment. It is difficult to overestimate the balneological significance of such water. At the same time, many do not know whether it is possible to drink mineral water daily in unlimited quantities or should be limited to moderate intake.

Is it possible to constantly take mineral water

To answer this question, it is worth considering in detail the classification of mineral waters. Table mineral water has a low degree of mineralization and does not a large number of biologically active components. Such water can be used constantly by perfectly healthy people without restriction.
For gastritis accompanied by low acidity, sodium chloride mineral waters are recommended, which are taken for a long time in half a glass 30 minutes before meals.

Therapeutic table mineral water has a mineralization of 1 to 10 g per cubic dm. For therapeutic and prophylactic purposes, it is permissible to use such water in limited quantities. That is, medicinal table water is not suitable as ordinary drinking water.

Therapeutic mineral water has a high degree of mineralization and contains a large number of biologically active components. It is recommended to use such water only as prescribed by a doctor in a prescribed dose during the appropriate period of treatment for a particular disease. this is especially true for those who have a diseased liver, kidneys or other internal organs.

If we consider chemical composition according to ionic components, six classes of mineral waters can be distinguished: chloride, hydrocarbonate, sulfate, mixed, biologically active and carbonated. All classes of mineral water can have different degrees of mineralization and are intended for the treatment and prevention of certain diseases.

The gas composition and the content of specific components make it possible to subdivide mineral water into sulfide, carbonic, nitric, siliceous, iodine, bromide, ferruginous, radioactive and arsenic.

Calcium chloride waters with a high degree of mineralization are used for various diseases as prescribed by a doctor.

How to choose mineral water

For daily constant intake in unlimited quantities, choose table mineral water. It can be used by perfectly healthy people who do not suffer from chronic diseases.

Buy medicinal mineral water on the recommendation of a doctor. You can drink such water in a slightly warmed form without gases before or after meals. If the patient's body is depleted or weakened, treatment is started with a low dose and gradually increased to the recommended one.

Basically, mineral water is available in plastic or glass bottles pre-carbonated with carbon dioxide. Such water retains mineralization for a long time, which allows for treatment in non-resort areas.

When choosing mineral water, carefully read the label. If the mineralization is weak and the bottle says that the water belongs to the dining room, you can drink it instead of ordinary water without any harm to health.

Do I need to drink vitamins, for example, active people require more from their body, which means they need more nutrients. You can get almost everything you need in nutrition through a well-designed diet. But for the rest, vitamin complexes can be one of the most important supplements.

If you are an athlete, athlete, or someone with an active job, do you need to take vitamins? You probably need more nutrients than some couch potato. And no, I'm not just talking about macronutrients, proteins, carbohydrates and fats. You can get most if not all of your daily needs from a good diet. But in the area of ​​micronutrients, which you also need, you may be deficient. This is where multivitamins can help.

A good multivitamin usually contains a wide range of micronutrients, including B vitamins, vitamins C, A, D, E, and K, and minerals such as potassium, iodine, calcium, magnesium, and iron. Even if you are absolutely meticulous about food preparation, you may still need help meeting your micronutrient needs in these categories.

Here's how multivitamins can help and how to get the most out of the ones you're already taking.

More Activity Means More Micronutrient Needs

Intense exercise is good for you, but it also requires more from your body. When you are active, your body needs micronutrients to maintain fluid balance, maintain a healthy metabolism, and build and repair muscle. Sweating alone can deplete your stores of essential nutrients, including calcium, potassium, sodium, zinc, and magnesium. Low levels of these minerals can lead to cramps, fatigue, dizziness, and low blood pressure. It can also negatively affect your athletic ability quite quickly.

Nutrients such as B vitamins, copper and iron help your body maintain the metabolic rate your body needs to support intense exercise. And when you increase the frequency or volume of exercise, you increase your body's need for these micronutrients.

Are you getting enough micronutrients from your diet?

Let's hope that if you are an active person, then you pay attention to your diet. You eat both a wide variety and a lot of leafy greens, a lot of different fruits and vegetables. You consume enough protein and just the right amount of carbohydrates and fats. But if you don't (or maybe you're not sure), there's a good chance you're missing out on some important vitamins or minerals.

If you always eat the same foods (chicken and broccoli, anyone?), you are always getting the same nutrients and possibly missing out on others. A multivitamin may be just what you need to keep your body functioning properly.

This does not mean that you can compensate for a poor or restricted diet by simply taking a multivitamin. Vitamins are not food! The foundation of any active person's life should be a well-balanced nutrition plan.

Diets for weight loss can reduce the intake of micronutrients

Do I need to take vitamins while following a weight loss diet? If you start reducing your food intake for weight loss or competition preparation, you can also reduce your nutrient intake. Lack of zinc, iron, and certain vitamins can lead to fatigue, trouble concentrating, and increased susceptibility to disease.

Regardless of why you restrict calories, it's up to you to make sure your diet doesn't leave important gaps in your nutrition. If you do not eat animal protein, you may need an RDA multivitamin (Recommended Daily Norm) vitamin B-12, zinc and iron.

If you're on a lactose-free diet, look for a multivitamin with calcium, phosphorus, vitamin D, and potassium.

Find the right multivitamin for you

What vitamins to drink in the spring or in preparation for competitions can be more accurately determined after tests that show a shortage, or maybe an excess of certain vitamins in the body. If you are considering taking a multivitamin, there are a few recommendations to consider. You can talk to knowledgeable friends, nutritionists or a pharmacist to get a recommendation. You can just pick a multivitamin off the shelf and see how it works. Or you could see a healthcare professional to help you determine which vitamins and minerals you're missing.

Multivitamins today come in all shapes and sizes. For example, a prenatal multivitamin contains more folate to meet the specific needs of pregnancy. Some multivitamins designed specifically for women contain extra iron and calcium. To get the most benefit, find a multivitamin that suits your individual needs. Read the label to avoid possible allergens or restrictions.

In most cases, you need to take a multivitamin once a day. Try pairing them with high-fat foods to increase absorption.

Is it possible to drink vitamins constantly?

If you are taking a water-soluble multivitamin, your body does not store excess nutrients and can excrete them in the urine. But even so, continuous overconsumption can lead to nerve problems, kidney stones, etc.

Your body stores fat-soluble vitamins, including vitamins A, K, and E. Excess quantity of these vitamins, including iron, sodium, and calcium, can build up to toxic levels and wreak havoc on your body, especially your liver.

By making sure your multivitamins contain micronutrients at or near 100 percent of the RDA, you can avoid the rare problems caused by overconsumption and nutrient toxicity.

If you're concerned about possible toxicity, talk to your doctor or healthcare professional to make sure you're taking as many multivitamins as you need.

If you are an active person, your body will thank you for taking care of your micronutrient needs. Just make sure you do it safely.