Muscle hypertrophy is achieved when several factors are present. Achieving muscle hypertrophy is practically impossible without specific and progressive training of the muscles. However, to hypertrophy supplement with a good diet, respecting rest times, and sleeping well is perhaps just as important.

This article defines the concept of muscle hypertrophy, describes what types there are, and proposes a method to make muscles increase in size.

RELATED: Muscle Hypertrophy Routine at Home.

Muscle hypertrophy: What is it?

By definition, muscle hypertrophy is the growth of muscles due to the enlargement of the muscle fibers.

According to science, hypertrophy is generated when contractile protein synthesis is more significant than its degradation. (1) This is why protein is essential in a hypertrophy diet.

In a classic gym hypertrophy routine, what is achieved with the exercises is the inflammation and rearrangement of the muscle fibers. This causes more proteins to be deposited on the cell membrane, increasing its size.

Although gaining volume can always be achieved with exercise and diet, genetics also affects this process. Some studies estimate that muscle genetics have a 35-80% influence on muscle hypertrophy. (8)

It is important not to confuse the terms hypertrophy and hyperplasia. Although both are related to the size of the muscles, the first is due to the increase in the size of the fibers (already existing), and the second is due to the generation of new muscle fibers.

Hypertrophy is a process that can be achieved naturally with training and a specific diet. Researchers still debate about whether hyperplasia is possible.

Types of muscle hypertrophy

There are two types or classes of muscle hypertrophy – M fibrillar and Sarcoplasmic. The first leads to the development of strength in muscle fibers. While the second is about the increase in volume. (1).

The quality of muscle mass obtained due to one type of hypertrophy or another differs substantially. The myofibrillar produces “dry” and toned muscles, while the sarcoplasmic produces bulky, unmarked muscles.

The fundamental rule to achieving myofibrillar hypertrophy is to do a maximum number of repetitions with moderate weight. To achieve sarcoplasmic hypertrophy, the ideal is to achieve a maximum of 10 repetitions and four series with considerable weight, to reach muscle failure in the last two series.

To avoid the muscles not adapting to the loads, it is also recommended to dedicate at least one day a week to maximum strength (maximum of 6-8 repetitions). This is ideal for the ectomorphic body type.

How to achieve muscle hypertrophy?

To achieve muscle hypertrophy, nutrition must be combined with an intense routine that allows the muscles to recover and respect the hours of sleep. These three processes contribute at different levels and naturally form the basis for hypertrophy.

Here’s how to achieve muscle hypertrophy:

1. Focus on technique

Neglecting the technique is one of the main mistakes in achieving muscle hypertrophy. In attempting to gain weight, beginners often perform uncontrolled movements and divert loads onto the joints. The result: your muscles work less, and you risk sports injuries. It is more effective to gain volume to start low, improve technique, and increase loads little by little.

1. Distribute the proteins throughout the day

Although several studies confirm that eating an excess of protein after training does not make sense. If you must distribute them throughout the day. (6,7,8)

Your body can absorb approximately 10 grams of protein per hour, which is essential to achieve hypertrophy. To supplement this amount, ensure that all your main dishes contain good quality protein-rich products.

1. Sleep well

Gaining volume without resting is impossible. Sleeping well is one of the fundamental bases for the muscles to recover and increase their size. If you find it difficult to sleep, you can try reducing by avoiding using the mobile 1 hour before bedtime, reducing caffeine, and taking melatonin.

1. Alternate between strength and hypertrophy routines during the week

To increase the overall size of the muscles, you need to combine them with force. This is great for improving levels of hormones related to muscle growth, such as growth hormone and testosterone.

The repetitions should not exceed 12 and 3-4 series in a hypertrophy routine. In a strength routine, you work with a maximum of 8. Alternating maximum repetition days with traditional practices is the best way to advance to the next level.

1. Measure rest times between sets

Measuring rest times is essential to allow the muscles to recharge energy between one series and another. The optimal rest time to achieve the increase in volume in the gym is around 45-90 seconds.

1. Rest one month and gain weight

To achieve muscle hypertrophy, you must gradually increase your weight. However, there will likely come when you do not see better results, and you have stalled. Instead of pushing for more, it is better to rest for about 30 days.

Take advantage of that month to do cardio and focus on toning the body. Then you will come back recharged, and you will surely obtain better results in muscle hypertrophy.

1. Sports Supplements

The primary fuel for muscles is phosphocreatine and muscle glycogen. Glycogen can be regenerated with carbohydrate foods. Creatine is found in meat in smaller amounts and is more difficult to obtain. For this reason, we consider that to achieve muscle hypertrophy, taking creatine monohydrate cyclically is one of the best supplements to help you increase the volume.

Benefits of muscle hypertrophy

Hypertrophy is associated with several benefits, not only at the aesthetic level but also at the level of skills and possible improvements in health.

In particular, muscle hypertrophy gives power to your muscles, accelerates your metabolism, and improves some indicators of your body.

The benefits of hypertrophy are:

• More muscle strength and power
• Improve anaerobic endurance
• More power for longer
• It helps you learn healthy nutrition
• Soft tissue symmetry and health
• Increased caloric expenditure
• Esthetic

How do you increase the volume of muscles?

The basis of the muscle hypertrophy process is to place significant tension on the muscle fibers, cause micro-damage to the muscles, provide the body with sufficient nutrients and sleep well for them to recover.

Under these conditions, the body’s cells become inflamed, repaired, and muscles grow and increase in size.

The best way to achieve muscle hypertrophy is to combine a routine with weights and free bars under undernutrition to gain muscle mass with a caloric surplus. Also, the process is directly affected by the levels of certain hormones. So the body must have nutrients to make them.

Including basic multi-joint exercises combined with foods rich in zinc and magnesium is an excellent strategy for hypertrophy. This is because they are the raw material for increasing testosterone levels.

Do you have to do cardio to hypertrophy?

To achieve muscle hypertrophy, you must emphasize exercises for volume. The classic strategy is isolation exercises in the gym with machines and bars.

Accompanying a muscle hypertrophy routine with low-intensity resistance training or cardio (swimming, running, elliptical, etc.) is a way to improve muscular endurance or m-hypertrophy. This method is known as active recovery.

On the other hand, HIIT, calisthenics, and functional training are excellent ways to improve muscular endurance or m-hypertrophy. However, doing it excessively or continuing a bulking routine is not recommended.

Muscle hypertrophy and lactic acid

It has been confirmed that pain from lactic acid accumulation is not the most critical factor in achieving muscle hypertrophy. (7)

Although the lactate concentration increases in a routine of this type, it is not the most critical factor in increasing muscle volume. Instead, it is related to the maximum resistance that an athlete can have.

By increasing the lactic acid capacity in the body, fatigue is reduced. This is important to improve the distance when running, for example. But in the case of muscle hypertrophy, it is even more essential to provide a sufficient level of creatine and muscle glycogen.

ABSTRACT

Muscle hypertrophy is defined as an increase in the size of muscle fibers and the fluid that surrounds them.

There are two types of muscle hypertrophy. Sarcoplasmic – volume is worked, and myofibrillar resistance worked.

Exercises with weights and bars in the gym are the best to achieve sarcoplasmic muscle hypertrophy. Alternating between the two types of hypertrophy is essential to accomplish the typical body of fitness professionals.

Exercises with body weight and maximum repetitions are the best strategy to achieve myofibrillar muscle hypertrophy.

Sleeping well, respecting rest times, and concentrating on technique are crucial to achieving muscle hypertrophy.

SEE REFERENCES

1. Single versus multiple sets in long-term recreational weightlifters, source

2. Hypertrophy and Muscle Growth, source

3. Nutrient timing revisited: Is there a post-exercise anabolic window ?. Source

4. Is There a Postworkout Anabolic Window of Opportunity for Nutrient Consumption? Clearing up Controversies. Source

5. Defining the anabolic window

of opportunity. Source

6Fundamentals of Human Nutrition / Lactic acids. Source

7. MUSCULAR HYPERTROPHY FROM THE GENETIC COMPONENT. Source

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Balancing the amount and proportion of macronutrients consumed helps achieve optimal health and a healthy weight.

This article describes the ideal percentage of carbohydrates, proteins, and fats to consume to stay healthy, lose weight and gain muscle mass.

The ideal percentage of carbohydrates, proteins, and fats

The WHO has determined that the perfect ratio of carbohydrates, proteins, and fats is (1):

• Carbohydrates 55%
• Proteins 15%
• Fat 30%

This percentage can be set to increase muscle mass and lose weight. The easiest way to reach this balance is to divide your plates correctly.

To understand where these numbers for the ideal carbohydrate-protein-fat ratio come from, let’s see what each one is for:

1. Carbohydrates

Carbohydrates are a significant fuel for the central nervous system and the muscles. They are stored in the liver and muscles. The liver stores between 80 and 110 grams of carbohydrates and the forces between 300 and 600 grams depending on the physique. Intense exercise will quickly deplete these reserves.

Simple carbohydrates (glucose and fructose) and complex (starch). These two types differ fundamentally in their glycemic index and how the body transforms them into energy.

With the number of carbohydrates to be eaten, confusion is frequent. To keep it simple, the idea is to consume about 250-300 g per day. (1) When it comes to quality, limiting simple carbohydrates and weighting complex carbohydrates is the most important.

1. Proteins

The proteins are chains of building blocks called amino acids. Twenty amino acids are used as building blocks. They all have different functions, and nine of them are known as essential amino acids because the body cannot synthesize them.

An average person needs 1.2-1.5 g of protein for every kilogram per day (1). This is about 105 grams for a 70 kg person.

If you exercise vigorously, you can gain up to 2.0 grams per kilo per day. It is likely that a higher percentage of protein does not mean better results in increasing muscle mass but that it is stored as body fat.

Your muscles use the protein more efficiently if you consume it in small doses throughout the day, that is, when you have a snack, rather than taking the entire daily serving at once.

1. Fats

Fat is the second most important source of energy for the body. Fat tissue is found throughout the body: under the skin, where you can feel fat physically pinching itself (subcutaneous fat), in the abdomen (visceral fat), and the muscles ( intramuscular triglycerides ).

Body fat is made up of essential fat and stored fat. The accumulated fat is an energy reserve. Essentials are stored in nerve tissues, bone marrow, and organs and play a key role in inflammatory and blood clotting processes. They represent 3% of body weight in men and 12% in women.

As for fats, it is recommended to consume about 70 grams per day. In energy, it is 30 percent of calories. Whenever possible, choose fatty vegetable or fish fats, avoiding saturated and processed ones.

The proportion of carbohydrates, proteins, and fats to increase muscle mass

The ideal proportion of carbs, fat, and proteins to increase muscle mass should be carbohydrates 50%, proteins 20%, and overweight 30%.

This amount, combined with a muscle hypertrophy routine, is ideal for building muscle. It is the basis of a bulking diet to increase muscle mass.

Another factor to consider is consuming a high percentage of proteins of high biological value. These are complete proteins in their amino acid profile and can be digested quickly; some examples are egg and animal protein.

Regarding the proportion of carbohydrates, simple carbohydrates should provide less than 10% of total calories. (1) The rest (50% of total calories) should be complex carbohydrates. These are in vegetables, cereals, and pseudo-cereals such as amaranth, quinoa, and buckwheat.

The proportion of carbohydrates, proteins, and fats for weight loss

To lose weight, the ratio of carbohydrates, proteins, and fats must be the same but with a lower percentage of calories.

Some diets like the low carb – low carb diet are based on a 20:40:40 ratio. Other diets like the keto diet are even more demanding and limit the percentage of carbohydrates to 5%.

A low carbohydrate diet is an effective and fast option for losing weight. However, they are not the healthiest. If they last for long periods, they can cause side effects.

Regarding health, the idea is to do a low-calorie diet where the percentage of carbohydrates, proteins, and fats remains at 55:15:30 but with a calorie reduction of 10-20%.

Losing weight with healthy eating rules is possible. The important thing is to stay consistent. Trying to burn fat in a week is not a fit and long-lasting strategy. Reducing your body fat percentage is a process that requires time and dedication.

An imbalance in the ratio of carbohydrates, proteins, and fats can cause all kinds of changes in metabolism. For example, when carbohydrate restriction is highest, the body releases more cortisol, the stress hormone.

And the number of calories?

Maintaining the ratio of carbohydrates, proteins and fats are essential to maintaining optimal health. However, when it comes to losing weight, not only this percentage must be taken into account.

To lose weight, calories must be reduced by 15-20%. While to increase muscle mass, you must do precisely the opposite.

Significant modifications in the number of calories will lead to intense feelings of hunger, leptin levels rise, and long-term results tend to be below.

To count the calories in a dish, the grams of each macronutrient (carbohydrates, proteins, and fats) must be multiplied by each (4 or 9) caloric intake. Although counting calories should not be a daily habit, it is a good starting point to know what percentage of energy you are covering.

Carbohydrates, proteins, and fats – theory vs. reality

A healthy salmon can provide 50 g of carbohydrates and 30 g of fat with buckwheat or a donut accompanied by a soda.

Not only is the proportion of carbohydrates, proteins, and fats essential, but their quality is the only way to cover the daily needs of micronutrients: vitamins and minerals.

Finally, including foods with fiber is essential. This type of carbohydrate does not provide calories, so it should not be counted in the amount of net or total carbohydrates. At least 20% of vegetable fiber must be added to the percentage of carbohydrates, proteins, and fats; in particular, it is essential for those who suffer from constipation.

ABSTRACT

According to the WHO, the ideal proportion or percentage of carbohydrates, proteins, and fats is 55% carbohydrates – 15% proteins and 30% fats.

Carbohydrates should be low on the glycemic index. These are those contained in cereals and pseudo-cereals such as quinoa, buckwheat, and amaranth. Limiting the proportion of simple carbohydrates to 5-10% of the total is a fundamental rule.

The recommended amount of protein is 1.0-1.2 grams per kilogram of body weight. This can be increased if the goal is muscle mass.

Healthy plant-based fats should be the ones that should be in the highest proportion. Saturated fats should not contribute more than 10% of total calories, trans fats less than 2 percent.

The percentage of carbohydrates, proteins, and fats can be modified according to gender, physical activity, and the state of health of each person; when in doubt, consult your nutritionist.

REFERENCES

1. Healthy Eating. FAO. Source

2. How much protein can the body use in a single meal for muscle-building? Implications for daily protein distribution. Source

3. Nutrient timing revisited: is there a post-exercise anabolic window? Source

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While its characteristic pink color is pleasing to the eye, this is not to say that Himalaya salt is much healthier.

This article analyzes the differences between the properties of Himalaya salt with common salt and what is really due to its color.

What is Himalayan salt?

The Pink Salt or Himalaya is the pink-colored salt extracted from ancient mineral deposits. The primary source of what is known as Himalaya salt in the world is found in the Himalayas and the Andes mountain range.

In both Himalaya salt and table salt, the chemical compound sodium chloride is the main ingredient. However, they may have some differences.

In less quantity, it contains additives so that it does not agglomerate, as well as in some cases, it is enriched with iodine and fluorine. The color in the Himalaya salt is due to the iron oxide present in minimal concentrations. In some cases, producers can add it through a vaporization process.

Himalaya salt properties: Why is it pink?

One of the main properties of Himalaya salt is the presence of iron oxide.

Due to a small concentration of iron oxide, 0.004%, natural Himalaya salt gets that particular pink color.

In addition, some Himalaya salt producers force sodium vapors over the crystals to obtain a more intense color. (1,2)

The chloride ions, Cl, combine with the metal ions to achieve that pink color. These crystals are present in less than 2% of the total mineral concentration.

And in reality, there is no scientific evidence that they have a benefit or that it is one of the differences in properties by which it can be said that it is healthier.

Is sea or Himalaya salt organic?

No, none of these products are ecological. The natural deposits built for thousands of years are modified to extract this type of salt. In addition, energy is invested in transportation to all parts of the world.

Although it is a product without additives or preservatives, so it can be classified in the category of organic foods. It cannot be said that one of the properties of Himalaya salt as a product is to take into account the environmental balance.

Differences between common salt, sea salt, and Himalayan salt

Sea salt and rock salt (or Himalayan salt) are two products that are currently offered in the market as an alternative to table salt. The main difference from common salt is its extraction process.

Sea salt is obtained through the simple process of evaporation of seawater. Himalaya salt is the one extracted by reserves in the deposits of the mountain ranges.

In the case of common salt, it is obtained by refining salt from deserts or salt reserves. The mineral content is different but not significant. The differences between the properties of Himalaya salt, common salt, and sea salt are detailed in the following table:

Composition table of the different types of salts. Source

Is table salt toxic?

Table salt is not a toxic product as long as it is used responsibly; the most important thing is not to exceed the amount. In the past, salt had enormous value; even the word “salary” comes from the Latin salary, which means “portion of salt.”

The Romans used it as a bargaining chip and compared it to gold. Currently, reducing salt intake is one of the main recommendations of nutritionists worldwide. How did it go from being so valued in ancient times to being condemned today?

To answer this question, first of all, we must know that the products we consume are not the same as in the past; in today’s food industry, additional salt is added to most foods, so it is no longer a vital need to add sodium. to meals to enhance the flavor.

Calories in Himalaya salt

Salt does not contain calories, so it cannot be said that it is a fattening product. However, consuming more than the recommended amount of salt; gives a puffy appearance. This is due to an increase in total water retained in the body. Any type of salt in excess, including sea salt and Himalayan salt, is harmful to the body.

The alternative to table salt; is Himalayan salt contains 45 mg of daily calcium intake: 1000 mg; 5 mg of magnesium. Daily intake of 300 mg; 0.7 mg of iron: daily intake of 10 mg. Following the logic, to meet the daily requirements with salt consumption, you should eat half a kilo per day. Something that would be counterproductive to health. Therefore, to say that one of the excellent properties of Himalaya salt is its content of vitamins and minerals does not make sense.

ABSTRACT

• While one of the properties of Himalaya salt is its higher content of vitamins and minerals, its impact on health is no different from common salt.
• Believing that consuming Himalaya salt makes it possible to regulate pressure and cure diseases is scientifically untenable.
• Both sea salt and Himalayan salt have non-significant differences in nutritional terms.
• The main difference with common salt is its extraction and preparation process, which gives it the typical pink color.
• Salt has no calories; however, it can cause imbalances in the cardiovascular system and swell in its excess.
• The recommended amount of salt is about 5 g per day.

SEE REFERENCES

1. The salt that nourishes and feeds – Source
2. Properties salt the Himalayas – Source
3. Sault, table – Source

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The rates at which different foods raise blood sugar levels are rated compared to the absorption of 50 grams of pure glucose. Pure glucose is the reference food with a GI value of 100.

Studies have shown that a low GI diet can result in weight loss, lower blood sugar levels, and a lower risk of heart disease and type 2 diabetes. (1,2) A detailed description can be found below in the material of the recommended diet for type 2 diabetes. We also summarize the logic of the menu and calculate its composition in the proportions of macronutrients. The diet is suitable for people who do not require weight loss.

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Low glycemic diet

The menu’s calorie content is about 1600 kcal per day, which means that the diet is suitable for people over 50 years with average and low body weight who lead a sedentary and moderately active lifestyle. Exercising regularly will increase your energy needs.

A meal every few hours is recommended to maintain a stable blood glucose level, which is extremely important in diabetes mellitus. The morning should start with breakfast, a light lunch, lunch, afternoon tea, and an early dinner.

Also, Rospotrebnadzor experts advise stocking up on food for two snacks; in particular, in the nutrition program presented, there is a “dry portion,” and the last supper is recommended at 9:00 pm (a small portion of yogurt)

Macronutrients

The total amount of protein in the presented menu for diabetes is about 100-110 g per day (about 25% of caloric intake), suitable for people of average and low body weight who do not engage in physical activity.

The total fat is 70 to 75 g per day (approximately 40% of the caloric intake). The fat source is exclusively lean meat and sesame and olive oils. The primary cooking method is steaming.

The total amount of carbohydrates is limited to 150 g (approximately 35% of the caloric intake). The diet contains at least 25-30 g of fiber.

Basic rules in a low menu:

• Caloric Content: 1600 – 1800 kcal
• Proteins: 100-110 g (25%)
• Fat: 70-75 g (40%)
• Carbohydrates: 150 g (35%)

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Foods to Eat on the Low GI Diet

The low GI diet primarily involves swapping high GI foods for low GI alternatives. There are many healthy and nutritious foods to choose from. It would help if you build your diet around the following low GI foods:

• Bread: whole grain, multigrain, rye, sourdough
• Breakfast cereals: steel-cut oats, bran flakes
• Fruit: apples, strawberries, apricots, peaches, plums, pears, kiwi, tomatoes, and more
• Vegetables: carrots, broccoli, cauliflower, celery, zucchini, and more
• Starchy vegetables: sweet potatoes with orange pulp, corn, yams, winter squash
• Legumes: lentils, chickpeas, baked beans, butter beans, kidney beans, and more
• Pasta and noodles: pasta, soba noodles, vermicelli noodles, rice noodles
• Rice: basmati, Doongara, long grain, brown
• Grains: quinoa, barley, pearl couscous, buckwheat, freekeh, semolina
• Dairy and milk substitutes: milk, cheese, yogurt, coconut milk, soy milk, almond milk

The following foods contain little or no carbohydrates and therefore do not have a GI value. These foods can be included as part of the low GI diet:

• Fish and seafood: including salmon, trout, tuna, sardines, and prawns
• Other animal products include beef, chicken, pork, lamb, and eggs.
• Nuts: such as almonds, cashews, pistachios, walnuts, and macadamia nuts
• Fats and oils: including olive oil, butter, and avocado.
• Herbs and spices: such as garlic, basil, dill, salt, and pepper.

Foods to avoid

Nothing is strictly prohibited on the low GI diet. However, try to replace these high GI foods with low GI alternatives as much as possible:

• Bread: white bread, bagels, naan, Turkish bread, French baguettes, Lebanese bread
• Breakfast Cereals: Instant Oatmeal, Rice Krispies, Cocoa Krispies, Corn Flakes, Froot Loops
• Starchy vegetables: Désirée and Red Pontiac potato varieties, instant mashed potatoes
• Pasta and Noodles: Corn Pasta and Instant Noodles
• Rice: Jasmine, Arborio (used in risotto), Calrose, medium-grain white
• Dairy substitutes: rice milk and oat milk
• Fruit: watermelon
• Savory Appetizers: Rice Crackers, Thin Corn, Rice Cakes, Pretzels, Corn Chips
• Cakes and other sweets: buns, donuts, muffins, cookies, waffles, pies.
• Others: candy, licorice, Gatorade, Lucozade

Example of a low glycemic menu

This sample menu shows what a week on a low GI diet would look like. Feel free to adjust this or add low GI snacks based on your needs and preferences.

Sample weekday menu:

• Breakfast: Steamed omelet with two eggs, oats, and seeds, low-glycemic fruits 200 g, coffee with milk 250 mL
• Snack: Skimmed yogurt – 200 g, baked apple, green tea
• Lunch: Low-fat bone broth with meatballs – 250 g, grilled chicken – 200 g, garnish of steamed vegetables (broccoli, cauliflower, green beans) – 200 g
• Mid-afternoon: Whole wheat crackers – 30 g, low-fat cheese 150 grams
• Dinner: Cabbage stuffed with Caprese Salad – 100 g / 5 g, chamomile tea, natural yogurt with unsweetened jam.

Example of a day of the menu:

• Breakfast: Oatmeal porridge with coconut oil – 150 g / 8 g, Soft-boiled egg – 60 g
• Coffee with milk – glass
• Snack: plums, tangerines – 150 g, Emmental cheese – 30 g
• Lunch: Pea soup – 250 g, steamed green beans with spices and herbs – 150 g, buckwheat – 100 g Carrot and beet salad with olive oil (carrot, beet, walnuts, olive oil)
• Snack: Yogurt with apricots and almonds – 150 g / 30 g / 15 g, rye bran – 60 g, espresso – 1 cup
• Dinner: Chicken skewer, seasonal vegetables – 300 g, whole wheat bread – 150 g

Tips for Assembling Your Own Low Glycemic Index Meals

Low glycemic index meals for diabetes should include at least 400 g of vegetables per day, each containing 40-50 g of carbohydrates; the WHO recommends this.

Eating non-starchy vegetables can help you meet your fiber and mineral needs and normalize your body’s response to insulin.

Whole grains should be the primary source of carbohydrates, while white flour bread and sweet cakes should be limited as much as possible. We also remember that potatoes and other starchy vegetables should be limited.

Restricting saturated fats like cheese, fatty meats, and butter and switching to low-omega-6 vegetable oils (like olive oil or canola oil) will make your low-glycemic menu healthier.

The food list can also be adjusted (for example, if you have food allergies or other individual characteristics of the body).

The figures indicated in the nutrition example (25% caloric intake) are relevant for a sedentary lifestyle. Physically active men (even with diabetes) need more protein, approximately 1.5 – 2 g per kg of body weight of the fat mass.

Summary

The low glycemic diet is based on controlling the quality and quantity of carbohydrates and eating small meals every few hours to equalize blood glucose levels. The menu presented contains approximately 1600 kcal per day and is designed for sedentary people with diabetes. The calorie content of the diet and nutrients must be determined together with a specialist and may differ from that indicated.

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Below you will find examples of how 2000 kcal looks like ready-to-eat industrial foods (mainly sweets and fast foods) and, for comparison, in the form of homemade food made with natural and even inexpensive products.

What does 2000 calories look like in the stomach?

Unfortunately, the human body cannot directly determine the caloric content of the food eaten. Although after eating, we feel full, satiety depends mainly on the physical volume of food and not on its calorie content.

When the stomach lining is stretched by ingestion of food, different mechanoreceptors are activated and then send a signal to the brain. If the diet is high volume, you will feel full, no matter how many calories the food contains. Chemoreceptors in the gut and liver also contribute to the determination of satiety. The hormones leptin and ghrelin influence this.

That said, the energy density of food is defined as the energy content per gram (kcal / g) and depends on the amount of liquid in the food. For example, cucumber has low energy density since water is an essential part of its composition. A donut, for example, has a high energy density due to both the low water content and the high-fat content. By consuming the same amount of calories in sweets and vegetables, the vegetables will create noticeably more stable satiety.

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2,000 kcal in processed foods

Ultra-processed foods refer to foods manufactured in a factory or fast food restaurant. Ultra-processed foods are made primarily from other substances extracted from food, such as starches, added sugars, and hydrogenated fats. They do not require cooking and are available for immediate consumption. They usually consist of added ingredients, such as sugar, salt, fat, and artificial colors or preservatives. Here’s what 2000 kcal looks like in industrial foods:

Juice, sandwich, chips, and cookies

Although this set of foods looks like a single meal, it contains a daily intake of 2000 calories. Ingredients: reconstituted fruit juice (250 kcal); large sandwich with chorizo, cheese, and mayonnaise (1088 kcal); French fries (220 kcal) and cookies (420 kcal).

McDonald’s lunch

A medium-sized Mcdonald’s combo contains approximately 1400 kcal; if you add ice cream for dessert, it is more than enough to reach 2000 kcal per day. Trying to replace regular cola with a sugar-free drink will cut calories by 200 calories; however, this does not solve the problem of excess calories in such foods at all. Detail of caloric value: chicken and bacon sandwich (750 kcal); French fries (340 kcal); regular cola (200 kcal); dessert (690 kcal).

Burrito (shawarma), chips, cola

At first glance, a burrito or other Middle Eastern fast food seems healthy and low in calories. Instead, a dinner of this type can contain more than 2000 kcal calories due to the high-fat content. Detail of caloric value: shawarma with meat (945 kcal); chips with guacamole sauce (770 kcal); regular cola (275 kcal).

Starbucks snack

Just one snack at Starbucks can exceed your 2000Kcal per day. Also, keep in mind that each drink contains almost 100% of the daily value for sugar. Caloric value: large frappuccino (460 kcal); late (190 kcal); fruit smoothie (270 kcal); toast with cheese (580 kcal); popcorn (125 kcal); croissant with chorizo ​​(410 kcal).

Slice of pizza, drink, and sweets.

Request an energy chart at a fast-food restaurant if you think that a small slice of pizza physically cannot contain many calories. It is usually the addition of large amounts of cheese and ultra-processed carbohydrates. Ingredients: two pieces of pizza with minced meat (880 kcal); chicken wings with cheese sauce (340 kcal); regular sprite (440 kcal); two pieces of biscuit (360 kcal).

Pasta with fried chicken

Many fast-food restaurants rank as “healthier,” apparently compared to dry sandwiches). However, it is easy to find a plate in them that completely covers your daily calorie intake. A large plate of pasta with fried chicken in a creamy sauce contains about 2370 kcal.

A piece of chocolate cake with a drink

Lovers of sweets often turn a blind eye to the number of calories in cakes (on average 500-600 kcal per small piece); in some cases, a serving of sweets can provide energy for the entire day. A large part of chocolate cake contains 1790 kcal, cappuccino (220 kcal.

Shake with cream

Consuming a shake with caramel with peanut butter provides about 2090 kcal. Parents who buy a sugary shake for their children often do not know that it can contain the amount of added sugar for a week, leading to obesity.

2000 kcal – examples of homemade food

More and more nutritionists recommend reducing the consumption of processed and ultra-processed foods, preferring exclusively foods prepared from whole natural foods: vegetables, natural cereals, and meats at home. With the same caloric content, the food content of this type of calorie diet is fundamentally different. Here’s what 2000 kcal of fast food homemade food looks like:

Diet with buckwheat, chicken, and vegetables

With the set of dishes seen in the image, 2000 calories are covered per day. We have a place for breakfast, lunch, and dinner. They are even allowing a glass of wine at the day’s last meal. Detail of calories: natural yogurt with fruits and nuts (210 kcal), pear (100 kcal), toast with jam (85 kcal), coffee without sugar (2 kcal), buckwheat with ground meat (400 kcal), soft drink without sugar (0 kcal)), breadsticks (220 kcal), chicken breast with salad (490 kcal), Brussels sprouts and zucchini (55 kcal), water (0 kcal), wine (120 kcal), cookies (200 kcal).

Diet with chicken, pasta, and pumpkin

Eating 2000 Kcal and feeling full is possible. The critical point is to serve the right, varied and balanced portions. Also, be sure always to include some source of protein in all your meals. Detail of calories:

• Natural yogurt with red fruits (130 kcal)
• Fried pumpkin with chicken egg (175 kcal)
• Rich soup (420 kcal)
• Tortilla chips (120 kcal)
• Water (0 kcal)
• Coffee without sugar (2 kcal)
• Chicken wings (280 kcal)
• Chicken and broccoli pasta (435 kcal)
• Beer (155 kcal)
• Poached pear ice cream (370 kcal)

Summary

While most people realize that fast food is high in calories, few realize that a single fast-food can easily cover 100% of their daily energy needs. This is a common cause of overeating and weight gain.

The dietary fiber that forms the structure of plants (and grains) is an essential nutrient that helps the body keep blood sugar levels stable. That said, both too little fiber in your diet and too much fiber could cause damage to your body. How much fiber do you need a day to be healthy and prevent diabetes?

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The importance of fiber for diabetes

Fiber is a complex, high molecular weight carbohydrate that forms the structure of plants and cannot be digested in the human stomach. In people, the central role of fiber is to support digestion processes, a decrease in the glycemic index of food, and the nutrition of the intestinal microflora.

Ultimately, the more fiber a particular food contains, the lower its glycemic index – the rate at which the body converts carbohydrates in foods into glucose and blood sugar levels rise.

In addition, fiber is prebiotic: it is fermented by the microflora of the large intestine and stimulates its growth and vital activity (strengthening beneficial bacteria and inhibiting harmful ones). In particular, fiber helps the bacterial synthesis of various vitamins.

Fiber standards for diabetics

The recommended amounts of fiber per day for women are³:

19-30 years – 28 g

31-50 years – 25 g

over 51 years – 22 g

Recommended amounts of fiber per day for men³:

19-30 years – 34 g

age 31-50 years – 31 g

over 51 years – 28 g

Although the exact norm should be calculated based on the daily caloric intake (remember, it depends on the body weight and the level of human activity), representing 14 g of fiber per 1000 kcal. The maximum amount of fiber per day should not exceed 50 g.

A diabetes mellitus does not affect the recommendations for daily fiber intake; the fiber guidelines are calculated by age and weight, not by the presence (or absence) of diabetes. People with diabetes need to monitor their compliance more closely.

Where it is found and what types of fiber.

In theory, around ten different fiber types are recognized (hemicellulose, pectins, gums, mucus, lignin, etc.). In practice, the vital thing to remember is water-soluble and water-insoluble fiber.

Water-soluble fiber can absorb liquid like a sponge, turning it into a thick gel; most of the time, this fiber serves as food for the beneficial bacteria in the stomach. Water-insoluble yarn is denser, does not absorb liquids, and performs mechanical functions. Regarding fiber not soluble in water, fewer benefits are known, but it could be associated with the fermentation of products derived from microorganisms that inhabit the colon.

Most natural foods ( vegetables and cereals) contain both types of fiber simultaneously. But, as a general rule, it could be said that non-starchy vegetables consist mainly of insoluble dietary fiber and fruits are richer insoluble fibers.

What fiber is healthier for diabetes?

Research on the effects of fiber on diabetes shows two that the fiber in whole grains and vegetables is healthier than the fiber found in fruits. In particular, cereals and legumes also contain resistant (indigestible) starch: it is not processed in the small intestine and does not lead to the release of glucose into the blood.

Note that the proportion of such starch may increase after cooking and cooling carbohydrate products, mainly potatoes and rice. This also lowers your glycemic index.

Fiber for Diabetes: A Practical Guide

How to eat more fiber if I have diabetes?

Here are some simple tips to help you manage adequate fiber intake when you have diabetes³:

• Try to eat 3 to 5 servings of non-starchy vegetables every day (one serving is ½ cup of cooked vegetables or 1 cup of cooked vegetables).
• Eat two servings of high-fiber fruits a day (one doing is a handful of berries, a small apple, or a pear).
• Instead of premium wheat flour products, give preference to whole grains (oats, barley, buckwheat, quinoa, bulgur, etc.).
• Use nuts with no added salt (one serving equals ¼ cup or about a handful).
• Sprinkle vegetable salads (or plain yogurt) with a tablespoon of ground chia seeds or flax seeds.
• Include legumes (lentils, peas, chickpeas) in your diet as they contain fiber.

Other tips

First of all, let’s remember that there is possible harm from excessive fiber consumption, especially for a stomach that is not used to it.

Although fiber consumption is recommended for diabetes, how everything is essential to emphasize covering an adequate amount.

Some adverse effects of fiber:

• Fiber can bind minerals like calcium, magnesium, iron, and zinc, limiting these micronutrients.
• Rarely but severe intestinal blockage can occur when individuals overeat fiber and do not consume enough fluid.

Signs that you are consuming too much fiber:

• Gastrointestinal upset can include bloating, gas, constipation, cramps, and diarrhea.
• Decreased appetite or early satiety.
• Loss of weight and muscle mass due to the inability to consume enough energy due to high volume meals

Summary

Consuming a fiber intake of approximately 20-35 grams can reduce the risk of developing diabetes by a third since, among other things, fiber consumption helps keep blood glucose levels stable. However, if you have diabetes and decide to increase your daily fiber intake, do so progressively, increasing the amount of fiber in your diet gradually, day after day; It is also advisable to consume foods with fiber spaced at each meal.

For a long time, it was believed that the cause of migraines is heredity (about 60% of cases are familial) and various environmental factors. The new research suggests that nutrition appears to be a factor to add to the list. Researchers show strong evidence that chronic omega-3 deficiency could be the culprit in high omega-6 intake.

Omega-3 for migraines

Migraine is the primary form of headache, characterized by moderate to high-intensity painful symptoms. Generally, this pain is located in the middle of the head, has a throbbing character, and lasts from 4 to 72 hours.

According to statistics, about 12% of the population in developed countries regularly face migraines, with a significant prevalence among women. ²

In the acute phase, a migraine can be so severe that a person not only experiences hypersensitivity to light, sounds, and smells, pain in the head and eyes, but even begins to vomit; this requires hospitalization and several days of recovery afterward.

So how are dietary fatty acids connected to migraines? Omega-three and omega-six fatty acids are precursors to oxylipins, which are involved in regulating pain and inflammation. Derivatives of omega-three fatty acids are associated with antinociceptive and anti-inflammatory effects. In contrast, in experimental models, oxylipins derived from omega-six fatty acids worsen pain and cause migraines. ¹ However, previous studies had not generated strong evidence on the benefits of omega-3 fatty acid supplementation for migraine headaches, hence the novelty of the new study.

How did they check it?

Published in the leading medical journal BMJ in July this year, the study consisted of detailed nutritional analyzes of 182 hospitalized patients over 16 months. The average age of the participants was 38 years, 88% of them were women. ²

Each of the participants was assigned one of three diets. Two of them were rich in omega-3: around 1.5 g / day (in the form of EPA and DHA) and with different proportions of omega-6 (in one case, 7% of total calories, in the other less than 2%). The third diet was low in omega-3 (less than 150 mg/day) and high in omega-6 (7% of calories).

Ramsden and colleagues hypothesized that diets higher in omega-3 fatty acids would increase serum 17-hydroxydocosahexaenoic acid (17-HDHA), an antinociceptive derivative, and would reduce headache-related disability.

Results

Before the study began, participants experienced migraines on average for 16 days for a month. At the end of the study, participants with a high intake of omega-3 foods reported a 30-40% reduction in pain duration, and the number of migraine days decreased by 4 days per month.

The researchers note that the rates are comparable to, and even ex,ceed the efficacy of, currently registered migraine medications, which can reduce the number of days with migraines by just 2 to 2.5 days per month. ³

The findings are even more remarkable because approximately two-thirds of the study population met the criteria for chronic migraine (> 15 headache days per mo, nth). A slightly more than half met the criteria for headache peruse—excessive drugs.

These results support the recommendation of a diet high in omega 3 to patients in clinical practice. But they face the main barrier to the success of any dietary intervention: adherence. Strict diets require time, financial investment, and changes inhabit.

Therefore, it will be crucial for future research to determine how easy or difficult it is for patients to implement diets rich in omthreega three fatty acids at home, with or without reducing their omega-6. A clear template developed by nutritionists and patients would be valuable in helping migraineurs stick to these diets for long periods.

Finally, it is reassuring that diets rich in omega-3s increased 17-HDHA as expected, supporting the concept that there is biological support for the study findings.

Differences between omega-3 and omega-6

Both omega-3 and omega-6 are polyunsaturated fatty a have a double bond in a chain of atoms. The chemical formula for “good” omega-3s is no different from the formula for “bad” omega-6s; the difference lies solely in the location of this double bond.

However, omega-3s are predominantly found in oily fish and, in significanfewerless amounts, in some vegetable oils, while omega-6s are a crucial component of most oils used for cooking.

For example, sunflower oil can contain up to 70% ome. Up to 7 g of these fatty acids are present in one tablespoon. Corn oil has about 30-60% omega-6, depending on the variety of corn and the production method—soybean bean oil – 55%.

Sunflower, corn, and soybean oils are the basis of industrial food production. They are used for French fries, found in pop co as most cookies and other sweet cakes, and even breakfast cereals.

In the 1980s, after it became clear that saturated animal fats could be harmful to health, the food industry massively replaced saturated fats with cheap high-omega-6 vegetable oils, positioning them as “more beneficial” to consume—cholesterolerol levels. However, there are practically no official recommendations on the differences between omega-3 consumption.

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How to eat more omega-3 to reduce migraine?

First, the study authors recommend reconsidering the overuse of certain industrial vegetable oils, such as sunflower, corn, and soybeans. ³ A helpful replacement might be olive oil or canola ocontainingtain minimal omega-6s).

The second step is to eat fatty sea fish at least 1-2 times a week. This can be salmon, salmon, or t and as more budget-friendly mackerel, sardines, anchovies, and tuna. This fish contains omega-3s with a high absorption rate.

Additionally, omega-3 plant fats are found in walnuts, chia seeds, and flax seeds. Ensuring these products are present in your daily diet will help you achieve omega-3 amounts and may help you fight migraines, rememberingring that they are significantly cheaper than supplements.

Summary

According to recent scientific studies, a lack of omega-3s (fish, nuts, chia seeds, flaxseed) can lead to migraines and chronic headaches. This has been seen in the context of excess omega-6s in the diet (sunflower, corn, and soybean oil). Many people with migraines are highly motivated and interested in changes to their diet, and doctors may be able to provide information on the diets described in the study.

However, several studies affirm that to achieve muscle hypertrophy of the abdomen and mark the abs, it is equally or even more important to respect muscle recovery times. (1,2,3)

So doing planks every day could be counterproductive to improving the results in your body.

This article looks at why doing planks every day is not suitable for building muscle mass and what is the best frequency of planking based on a person’s level and fitness level.

What are abdominal planks?

The abdominal plates are one of the best static exercises to develop the abdomen muscles. The goal in doing this exercise should be to maintain a fixed position for as long as possible.

Because they don’t require equipment and allow you to warm up your entire body, planks are ideal for starting a sit-up routine to do at home.

When doing planks, the development of the internal and frontal muscles of the abdomen is achieved. The shoulders and arms are worked secondarily. In addition, some types of planks, such as the lateral ones, allow you to perform the oblique and transverse muscles.

Compared with other types of abdominal exercises, the advantages of the planks is that they allow working the muscle fibers of the slow kind.

RELATED: Ab Plank Routine At Home

Can you do irons every day?

Studies have shown that ironing every day can bring more problems than benefits. In the first place, for the development of the abdomen, there must be at least 48 hours of rest per week. (2.3)

Failure to provide sufficient rest time in large muscles such as the abdominals can negatively affect muscle development. If this is done frequently, it can lead to overtraining syndrome.

While this is not going to happen by doing 1 minute of irons, even every day, it is likely that if you exceed the frequency, you will not obtain additional benefits.

Number of times to plank per week per level

Planking every day is not the best idea, especially if you are a beginning athlete. Increasing the number of times you do planks in the week is only recommended when you notice that the previous level does not generate changes or sensations in the middle zone.

In the case of beginners, it is recommended that the frequency of doing abdominal planks is no more than 4 or 5 times a week. As for the duration, the time must be in proportion to the athlete’s physical state.

Also, instead of worrying about doing planks every day, it is best to emphasize technique. It is essential to maintain a correct posture and a regular breathing rhythm and not strain the joints.

The number of times – frequency of ironing per level recommended is:

• Beginners – 2-3 times a week
• Medium level – 3-4 times a week
• Advanced level – 4-5 times a week

Benefits of doing planks five times a week:

• Develop abs progressively
• Avoid overtraining
• Improve posture
• Reduce waist circumference
• Greater muscle volume

Recovery time per muscle group

Small muscle groups require approximately 48 to 60 hours for full muscle recovery. In the case of large muscles, legs, chest, abdomen, and back take up to 72 hours. (1)

Doing planks every day, the body’s rest times are not being respected. Not only because of the excessive work of the muscles but also because of a depletion of the central nervous system.

By exercising large muscles every day, you experience severe stress. Giving your neurons the necessary rest time is needed to increase performance in the gym. Including techniques such as myofascial release is essential to achieve this.

Is it reasonable to do planks every day to lose weight?

The abdominal planks are an exercise that does not burn a considerable amount of calories. If the goal is to lose weight, doing planks every day is not good. It is best to include some types of cardio combined with full-body routines in the week.

The main benefit of planks is strengthening the core muscles and the development of neuromuscular communication with the brain. To get rid of excess fat, it is best to regularly combine a low-carb diet with cardio exercises.

Alternating planks with an abdominal vacuum – A good strategy not to fatigue the abdomen

Alternating the abdominal plank exercise with the abdominal vacuum exercise is a good strategy for a beginner to develop a strong core. The abdominal vacuum is an exercise that involves breathing, breathing, and the internal muscles of the abdomen. It consists of the ability to retract the stomach as much as possible.

Instead of doing planks every day, the good idea is to intersperse this exercise on rest days. Performing the abdominal vacuum exercise is good for strengthening the diaphragm muscles. Remember that the powers of the upper abdomen are directly involved in breathing.

Also, on ironing days, it is recommended that you use a timer or a clock placed in front of your eyes on the floor. Start with 10-30 seconds and four sets, gradually increasing the time. Remember that doing planks every day is not necessary to improve weekly performance.

ABSTRACT

Ironing every day is not a good idea. This is because it can be bad for recovering the core muscles in excess.

To achieve the development of the abdomen, it is necessary to respect the rest times. According to science, it takes at least 48 hours of rest to recover the stomach muscles.

Even for an advanced athlete, the ideal is to do planks 4-5 times a week. Rather than ironing every day, it is recommended to emphasize technique or move on to more complex plate variations.

What if you do the iron every day? You are at higher risk of fatigue and not allowing your abdomen to get enough rest.

To understand it better, we will walk through each term with examples of different sources of carbohydrates: those that have a rapid absorption rate during digestion, those that are ultra-processed, and which are a combination of both. Finally, we will evaluate what the scientific evidence says about the harm of a diet rich in this type of food.

What are processed and ultra-processed carbohydrates?

Unprocessed or minimally processed foods are whole foods in which the vitamins and nutrients are still intact. Food is in its natural (or almost natural) state. These foods can be minimally altered by removing inedible parts, drying, shredding, roasting, boiling, freezing, or pasteurizing to make them suitable for storage and consumption. Unprocessed or minimally processed carbohydrates include carrots, apples, cantaloupe, legumes, and whole grains – oatmeal, quinoa, etc.

Processed foods are made by adding salt, oil, sugar, or other substances: canned examples, fruits in syrup, and fresh pieces of bread. Most processed foods have two or three ingredients.

Some foods are highly processed or ultra-processed. They most likely have a lot of added ingredients, like sugar, salt, fat, and artificial colors or preservatives. Ultra-processed foods are made primarily from other substances extracted from food, such as starches, added sugars, and hydrogenated fats. They may also contain additives such as artificial colors and flavors or stabilizers. These carbohydrate foods are frozen pizzas, sodas, hot dogs and cold cuts, fast food, packaged cookies, cakes, and sweet snacks.

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Fast assimilation carbohydrates

Although ultra-processed foods may contain trace amounts of simple carbohydrates in their “pure” form, only the processing method determines the assimilation rate³. Most of these foods can be equated with sugars.

Even those carbohydrates from vegetables and grains can be elaborated in specific ways until they have a fast absorption rate. For example, we are talking about refined flours, a product originating from cereal ground into a fine powder until it is practically pure starch. The product becomes a fast assimilating carbohydrate.

But there is no single rule here. For example, the glycemic index of potatoes can vary widely depending on the cooking method; in fact, potato chips and potatoes boiled on the skin have very different effects on blood glucose levels.

It still holds as a general rule of thumb: best avoided if it’s an ultra-processed and fast-assimilating carbohydrate.

Learn to identify ultra-processed carbohydrates

Consider the examples in this table to help you determine whether carbohydrates are minimally processed, moderately processed, or ultra-processed.

Sugars are processed and rapidly assimilated carbohydrates

Examples of classic fast-assimilating and ultra-processed carbohydrates are sugars in their pure form. We are talking about foods composed only of the simplest constituents of carbohydrates: saccharides (for example, glucose, fructose, and galactose).

Note that, in nature, a product rarely contains sugars exclusively. Usually, it is a mixture of mono and disaccharides in specific proportions with fiber. Most sweet fruits are an equivalent mix of glucose and fructose with fiber. Table sugar can also be thought of as a glucose and fructose molecules mixture. Instead, the thread has been removed.

Unlike sugar (both standard white and brown), fruits contain fiber (a more complex carbohydrate that the human stomach cannot digest); As a result, this reduces the absorption rate and the glycemic index. Other examples of sugar are that of milk: lactose, a disaccharide, which is a mixture of residues of glucose and galactose molecules. Maltose (malt sugar) is found in maltodextrin, corn syrup, and some of the aforementioned processed starches.

Examples of foods with fast assimilation sugars:

1. Sweets and pastries
2. Sugary soft drinks
3. Honey
4. Fruit juices
5. Sweetened ice cream
6. Jams
7. Industrial cereals
8. Sweet chocolates
9. Candies
10. Fruit tarts

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What is the damage?

First, there are links between processed foods, calorie intake, and weight gain. A recent study published in the journal Cell Metabolism compared the effects of an ultra-processed diet with the results of a diet without processed foods on calorie intake and weight gain. ⁵

The researchers found that study subjects consumed about 500 more calories per day on the ultra-processed diet than on the unprocessed diet. The ultra-processed diet period was marked by a higher intake of carbohydrates and fat, but not protein. Participants gained an average of 900 grams during the ultra-processed diet phase and lost the same weight during the raw diet phase. The authors concluded that limiting ultra-processed foods may be an effective strategy for preventing and treating obesity.

Ultra-processed carbohydrates may disrupt your gut flora

It has also been seen that there is a link between diets rich in ultra-processed foods and inflammation. When the body’s inflammatory response increases, it is challenging to fight viruses and diseases. Research has found associations between higher CRP levels and various chronic conditions, such as cancer, arthritis, cardiovascular disease, and diabetes.

So why exactly are these foods linked to more inflammation and disease? One theory: Key ingredients like emulsifiers and refined sugars harm microbial life in our gut rather than helping it flourish.

“These refined carbohydrates could be feeding the harmful bacteria in the small intestine, and that’s where the inflammation starts. Animal studies have shown that increasing the number of simple sugars in the diet will change the potential for the growth of pathogenic bacteria in the gut. ” Commented researcher Marit Zinocker for Vox magazine. ⁶

Zinocker emphasized that the emulsifier and refined carbohydrate hypotheses are just two possible explanations for why ultra-processed foods are unhealthy, and there is still much for scientists to learn. For now, however, researchers have found that it’s not just what’s added to processed foods that can harm the gut microbiome. It is also what they lack.

ABSTRACT

Whenever possible, try to avoid or limit ultra-processed foods, especially carbohydrates. Consuming significant amounts of these types of foods can not only increase your body weight and the risk of type 2 diabetes and other diseases. Substituting fast-assimilating carbohydrates for whole grains and fruits will help you stay healthy.

Even if younger-looking skin or joint pain relief isn’t in your interest, collagen should still be in its orbit – we start losing collagen in our mid-20s, and after 40, our bodies lose about 1 percent collagen each year.

Including foods with collagen is essential to improving skin health and preventing joint disorders like osteoarthritis. Read on to learn more about source of collagen foods that foods have the most collagen and which ones help stimulate its production.

RELATED: Do Collagen Supplements Work?

Collagen Foods: What Are They?

Collagen is found in abundant amounts in almost all foods of animal origin made from cartilage, skin, or meat.

Gelatin and some sweets are foods with animal collagen par excellence. Eggs, red meats: chicken, fish, and pork are the foods with collagen that follow. In addition, collagen is found in high amounts in seafood: oysters, shrimp, and squid, as well as in agar-agar and kanikama sticks.

The seven collagen-rich foods:

1. Gelatin
2. Meats: chicken, pork, red, fish
3. Bone broth
4. Animal skins
5. Fruits of the sea
6. Jelly
7. Kanikama

Gelatin is flavored powdered animal collagen. The initial collagen extraction obtains this product from farmed animal tissues such as pigs. (1) Furthermore, collagen is found to a lesser extent (10%) in chicken, pork, and fish meats. Animal skins are one of the foods with the highest concentrations.

Seafood, agar-agar, and kanikama are high-quality collagen foods. They not only contain type I but type II collagen—a type of molecule with benefits for the joints. Marine animals are the raw material for making hydrolyzed marine collagen supplements.

Foods that stimulate the natural production of collagen

When talking about collagen, the most frequent mistake is to focus all energy on eating it or applying it to the skin—leaving aside the idea of ​​stimulating its natural production through the combination of foods.

Including foods rich in vitamin C and foods rich in calcium is the key to promoting the natural synthesis of collagen in the body. Studies confirm (4) (5) that combining collagen, calcium, and vitamin C help increase their crude production by 20%.

A study (1) has confirmed that natural bee pollen is another food with the potential capacity to stimulate the production of natural collagen. The results have been positive in animals; there are still more studies to be done to include it on the collagen foods list.

What to eat to have more natural collagen:

• Peppers
• Citrus
• Berries
• Green leaves
• Tomatoes
• Dairy products
• Vegetables
• Spirulina

Foods with collagen vs. supplements

The main difference between eating collagen foods and taking supplements is their absorption rate. The collagen hydrolyzate is prepared from animal bones and cartilages. However, the different chemical processes to which they are subjected make them more assimilable.

While in some instances, there could be a slight advantage to taking supplements versus eating foods with collagen, for example, as a treatment for the joints. (3); This does not mean that you should stop consuming foods with collagen.

Research on the subject is limited to the fact that supplements could increase the availability of collagen amino acids by no more than 20-25%. (6)

Therefore, while most of the information on collagen strongly recommends taking supplements instead of food, stating that in its natural form, it is absorbed much worse than hydrolyzate, the existing scientific research on this subject is not so decisive.

If you want to stimulate collagen production, both supplements and food are good sources of nutrients.

Summary

Foods with collagen are meats and products derived from animal skins and cartilage. Gelatin is one of the foods that have the most. However, including this type of food does not ensure a higher natural production. To stimulate the biological synthesis of this molecule, it is considered of greater importance to include vitamin C and calcium in the diet. Collagen supplements have the advantage of being better assimilated than food.