О диабете en https://company-etalon.com en Wed, 16 Sep 2026 10:59:24 +0300 How to Read Food Labels in the Store: Sugar, Hidden Sugars, Fiber, Glycemic Load https://company-etalon.com/en/about-diabetes/kak-chitat-etiketki-v-magazine https://company-etalon.com/en/about-diabetes/kak-chitat-etiketki-v-magazine?amp=true Sun, 12 Apr 2026 08:55:00 +0300 Nutrition A food label is a cheat sheet that tells you how much sugar, fiber, and fat a product contains—and what you’ll actually get on your plate, not what the marketing promises on the front of the pack suggest.

How to Read Food Labels in the Store: Sugar, Hidden Sugars, Fiber, Glycemic Load

A food label is a cheat sheet that tells you how much sugar, fiber, and fat a product contains—and what you’ll actually get on your plate, not what the marketing promises on the front of the pack suggest.

If you learn to quickly scan 3–4 key lines, choosing a product takes no more than 10 seconds, and your blood sugar levels and overall well‑being become much more predictable.

Ingredients List: Where Sugar Hides

It’s always easiest to start with the “Ingredients” section. This is what shows what the product is actually made of, not how attractively it’s named.

What to look for

· Order of ingredients

· Ingredients are listed in descending order: the more of something there is, the closer it is to the beginning of the list.

· If a bar says “whole grains” but the ingredients start with sugar, glucose syrup, and fats, with grains only near the end, the grains are there in token amounts.

· Obvious sugar

· “Sugar”, “granulated sugar”, “white sugar”, “brown sugar” — all of these are added sugars, not “healthier” options.

· Hidden sugars

· Sugar can hide under dozens of names: glucose syrup, fructose syrup, corn syrup, dextrose, maltose, invert syrup, caramel, molasses, agave syrup, concentrated juice, date syrup, etc.

If several such “syrups” and “-ose” ingredients appear one after another in the list, the product likely has a high proportion of added sugar and is best avoided.

· Sweeteners

· For diabetes, people often choose “sugar‑free” products with sweeteners. In the ingredients list, look for: sucralose, acesulfame K, aspartame, saccharin, stevia, erythritol, xylitol, sorbitol, and others.

· These do not raise blood glucose the way sugar does, but in excess (especially sugar alcohols — polyols) they can have a laxative effect.

Nutrition Facts Table: Sugar, Carbohydrates, Fiber

The second key section is the nutrition facts table (calories, macronutrients: protein, fat, carbohydrates).

Key lines

· Carbohydrates, of which sugars

· In Russian and European labeling, this is usually written as “carbohydrates — … g, of which sugars — … g” per 100 g of product and/or per serving.

· Rule of thumb: the closer to 0–5 g of sugar per 100 g, the gentler the product is on blood sugar.

· 10–15 g and above is already a noticeable sugar load, especially if the portion is large.

· Fiber (dietary fiber)

· Sometimes listed separately as “fiber”, “dietary fiber”.

· Products with higher fiber content (from about 3 g and above per 100 g) keep you full longer and soften the rise in blood sugar.

· It’s especially useful to check fiber in cereals, bread, and breakfast foods like muesli.

· Fat and types of fat

· Look not only at “fat” but also at “of which saturated”.

· High amounts of saturated fat (butter, palm oil, coconut oil) increase the load on blood vessels and the heart.

· Trans fats (partially hydrogenated fats) are a reason to put the product back on the shelf.

· Serving size

· Manufacturers may list values “per 100 g” and “per serving (e.g., 30 g)”.

· If a serving shows “only 5 g of sugar”, but your real portion is twice as big, the sugar automatically doubles.

Glycemic Load: How to Estimate the “Sugar Hit”

Glycemic index (GI) shows how quickly a product raises blood sugar, while glycemic load (GL) takes into account both the speed and the amount of carbohydrates in a serving.

Packaging almost never lists GL, so we estimate it indirectly:

· Look at how many total carbohydrates and sugars are in a serving.

· Consider the amount of fiber (the more fiber, the lower the real load).

· Consider the type of product: whole grains and legumes usually give a lower GL than white bread, cookies, and sugary drinks.

Example logic:

· Sweet yogurt: lots of sugar, little fiber → high glycemic load.

· Plain yogurt + berries + a spoonful of bran: less sugar, more protein and fiber → much gentler load on blood sugar.

Mini Cheat Sheet: What to Scan For

To avoid getting stuck in the aisle, it helps to keep a few “quick filters” in mind.

1. Ingredients List

· Shorter is often better (a short, clear ingredients list).

· Sugar and syrups should not be among the first ingredients in “regular” products (bread, yogurt, juices, sauces).

· Avoid products where 2–3 types of sugar/syrup appear one after another in the ingredients.

2. Sugar and Carbohydrates

· Check the “carbohydrates, of which sugars” line per 100 g.

· For everyday products (yogurt, cottage cheese, cereals, drinks), look for options with minimal sugar.

· Sugary drinks and juices with 8–10+ g of sugar per 100 ml give a very high load; better to choose water, unsweetened tea, or sugar‑free drinks.

3. Fiber

· For bread, cereals, muesli, and snacks, look for the “fiber/dietary fiber” line.

· The closer a product is to 5–10 g of fiber per 100 g, the better for blood sugar and satiety.

· White bread and refined cereals often contain little fiber — look for whole‑grain alternatives instead.

4. Fat

· Check “fat, of which saturated”.

· Avoid products high in saturated fat and trans fats, especially snacks and ready‑made meals.

· Prefer products with vegetable oils (without partial hydrogenation) and moderate total fat.

5. Ignore Bold Claims

Phrases like “fitness”, “sugar‑free”, “natural”, “heart‑healthy” are marketing

Always double‑check them via the ingredients list and nutrition facts: a “fitness” bar may have sugar as the first ingredient, and “natural” juice can contain as much sugar as soda.

Pocket Mini Cheat Sheet for the Supermarket

You can save this in your notes and use it directly in the store.

1. Label‑reading algorithm (10 seconds):

· Step 1 — Check the product name (are you really buying “cheese” and not “cheese‑flavored product”?).

· Step 2 — Open the ingredients list: look for sugar/syrups in the first few lines.

· Step 3 — Check “carbohydrates, of which sugars” per 100 g.

· Step 4 — Look at fiber and saturated fat.

2. Hidden sugars (remember these endings):

· Words ending in “-ose”: glucose, fructose, dextrose, maltose, etc.

· Syrups: glucose, corn, fructose, invert, agave, rice.

· Molasses, caramel, concentrated juice.

3. When it’s better not to buy:

· Sugar/syrup is one of the first ingredients in a “regular” product.

· More than 10–12 g of sugar per 100 g (or per small serving) in something you eat regularly.

· No fiber listed in a “grain” product.

· “Partially hydrogenated fats” (trans fats) are present.

4. What to look for:

· Short, clear ingredients list.

· Whole grains near the beginning of the list.

· Fiber from 3 g per 100 g and above.

· Minimal added sugar and saturated fat.

The Label as a Tool, Not a Source of Stress

When you understand what the numbers in the “carbohydrates, of which sugars” line mean, how to find fiber, and how to spot hidden syrups, a trip to the supermarket turns from a lottery into a conscious choice.

After a couple of weeks of practice, your eye will automatically pick out the right lines — and you’ll be able to confidently manage your blood sugar without completely giving up convenient and tasty foods.

]]> What Happens to Blood Sugar During Different Types of Workouts https://company-etalon.com/en/about-diabetes/chto-proishodit-s-saharom-vo-vremya-raznyh-vidov-trenirovok https://company-etalon.com/en/about-diabetes/chto-proishodit-s-saharom-vo-vremya-raznyh-vidov-trenirovok?amp=true Fri, 17 Apr 2026 09:00:00 +0300 Sport During any physical activity, muscles need energy, and the main “fuel” becomes glucose from the blood and from glycogen stores in the muscles and liver.

What Happens to Blood Sugar During Different Types of Workouts

During any physical activity, muscles need energy, and the main “fuel” becomes glucose from the blood and from glycogen stores in the muscles and liver.

During exercise,

muscles start taking up glucose more actively and partly without insulin, via

insulin‑independent mechanisms (translocation of the GLUT4 transporter to the

membrane and activation of intracellular pathways).

As a result:

· During the workout, blood sugar more often decreases, especially during prolonged aerobic exercise.

· After the workout, insulin sensitivity remains increased for 24–48 hours, so the same dose of insulin or tablets may work more strongly.

But different types of workouts affect blood sugar in different ways.

Aerobic Exercise: Walking, Running, Cycling

Aerobic exercise is continuous, rhythmic activity of moderate intensity in which many muscles are engaged and oxygen is actively used: walking, jogging, swimming, cycling, dancing.

What happens to blood sugar

· Muscles actively use glucose as the main fuel.

· Insulin sensitivity increases already during the activity.

· Under the influence of hormones (primarily glucagon and catecholamines), the liver releases glucose into the blood, but during moderate exercise the muscles manage to “take it up”.

· As a result, blood sugar levels most often decrease — sometimes quite noticeably, especially if the activity lasts more than 30–40 minutes.

Studies show that the most pronounced and rapid tendency toward lower glycemia is observed precisely during aerobic exercise.

The glucose‑lowering

effect persists after the workout: increased insulin sensitivity can last up

to a day, and sometimes up to two days.

In practice, this means:

· Walking, light running, cycling, and swimming most often “pull sugar down” during and soon after the workout.

· In type 1 diabetes, this increases the risk of hypoglycemia if the insulin dose is not adjusted in advance and/or carbohydrates are not added.

· In type 2 diabetes, regular aerobic activity helps lower average glucose levels and reduce the need for medications.

Strength and Interval Training: Not Always “Minus Sugar”

Strength training (lifting weights, bodyweight exercises, resistance bands) and high‑intensity interval training (HIIT) are anaerobic or mixed‑type activities.

What happens at the hormone and sugar level

· During high‑intensity exercise, catecholamine levels (adrenaline, noradrenaline) rise sharply — 10–15 times or more compared with rest.

· Catecholamines stimulate the liver and muscles to break down glycogen more actively and release glucose into the blood.

· At the same time, part of muscle glucose uptake occurs via insulin‑independent mechanisms, but the liver’s glucose release can “override” this effect.

Therefore, during strength or very intense exercise, two scenarios are possible:

· A short‑term rise in blood sugar (hyperglycemia) due to the hormonal response and glucose release.

· A more moderate decrease in glycemia or “swings” (first a rise, then a gradual fall).

An important nuance: in the long term, strength training also

improves insulin sensitivity and blood sugar control, even if sugar rises slightly during the

session itself.

Mechanisms

· Increased muscle mass → more “storage and usage sites” for glucose.

· Improved insulin signaling pathway (IRS‑1/IRS‑2, PI3K, etc.) in muscles → insulin starts working more effectively.

· Increased insulin sensitivity persists for 24–48 hours after the workout.

This is exactly why current recommendations for people with diabetes advise combining aerobic and strength training throughout the week.

How It Looks Over Time: Before, During, and After

Physical activity affects blood sugar not only during the workout, but also before and after it.

Simplified:

· During moderate aerobic exercise

o Blood sugar more often decreases smoothly: muscles actively “consume” glucose, insulin sensitivity increases, the liver compensates for the expenditure, but not completely.

· During intense anaerobic exercise

o Due to the release of adrenaline and noradrenaline, the liver may release more glucose than the muscles can take up, and blood sugar temporarily rises.

· In the first hours after the workout

o Muscles continue to actively use glucose to restore glycogen stores, insulin sensitivity remains increased — blood sugar may decrease even after the session ends.

· Within 24–48 hours

o Increased insulin sensitivity persists, so with the same dose of insulin/medications, blood sugar may be lower than usual.

For a person with diabetes, this means:

· Aerobic exercise — risk of hypoglycemia “during and after”.

· Strength/HIIT — risk of short‑term hyperglycemia during the session, followed by a decrease.

· It is important to track your own response (logbook: type of activity, duration, blood sugar before/after).

Comparison: Aerobic vs Strength

What happens	Aerobic (walking, running, cycling)	Strength and interval training
Main fuel	Glucose + fats	Glucose (glycogen)
Change in blood sugar during	More often a decrease	Possible rise or “swings”
Hormonal response	Moderate increase in catecholamines	Sharp increase in catecholamines
Effect after workout	Lower blood sugar, ↑ insulin sensitivity up to 24–48 h	Same: ↑ insulin sensitivity 24–48 h
Long‑term effect	Improved glycemic control, endurance	Muscle growth, strong improvement in insulin sensitivity

The optimal option for a person with diabetes is a combination: 150+ minutes per week of moderate‑intensity

aerobic activity plus 2+ strength sessions per week.

Why All This Matters in Diabetes

In diabetes (especially type 1), the body’s insulin response is “disconnected” from real needs: insulin is administered from outside and cannot automatically decrease or increase during exercise.

Because of this:

· During prolonged aerobic exercise on a background of a “usual” insulin dose, blood sugar may drop more than in a person without diabetes.

· During very intense strength or interval training, blood sugar may first spike, and then, against the background of still‑active insulin and increased muscle sensitivity, fall below the usual level.

Therefore, any regular training requires:

· Glucose monitoring before (and if necessary during/after) the session.

· Possible adjustment of insulin/medication doses and a carbohydrate snack — individually, together with a doctor.

· A logbook that shows how different types of activity affect your specific blood sugar.

Bottom Line: Movement as a Tool for Managing Blood Sugar

Aerobic workouts act like a gentle but powerful “vacuum cleaner” for glucose: they lower blood sugar during the session and enhance the action of insulin for the next day.

Strength and interval sessions may temporarily raise blood sugar due to the release of stress hormones, but in the long run they significantly increase muscle mass and insulin sensitivity, helping to better control glycemia between workouts.

]]> The Diabetic Plate: How to Assemble a Balanced Meal Without Strict Restrictions https://company-etalon.com/en/about-diabetes/tarelka-diabetika-kak-sobrat-sbalansirovannyy-priem-pischi https://company-etalon.com/en/about-diabetes/tarelka-diabetika-kak-sobrat-sbalansirovannyy-priem-pischi?amp=true Tue, 07 Apr 2026 08:54:00 +0300 Nutrition

The Diabetic Plate: How to Assemble a Balanced Meal Without Strict Restrictions

What Is the “Diabetic Plate”

The “diabetic plate” is a simple visual way to assemble a balanced meal that helps keep blood sugar steadier and avoids living in a mode of constant restrictions.

The essence of

the method is that we focus not on “diet” and “forbidden” foods, but on the

proportions of the plate: how much space is taken up by vegetables, protein,

complex carbohydrates, and healthy fats.

This approach:

· Reduces the risk of sharp glucose spikes thanks to fiber and slow carbohydrates.

· Provides long‑lasting satiety due to protein and fats.

· Leaves room for “food for the soul” — but in a reasonable portion, not as “never again.”

Basic “Diabetic Plate” Scheme

A classic plate 20–23 cm (about 8–9 inches) in diameter is divided into three parts.

· 1/2 of the plate — non‑starchy vegetables and greens

· 1/4 of the plate — protein source

· 1/4 of the plate — complex carbohydrates (whole grains, starchy vegetables)

· Healthy fats and a sugar‑free drink are added separately

Let’s break down what this means in practice.

Vegetables: Half the Plate

Half of the plate is filled with non‑starchy vegetables and greens.

Suitable options:

· Cucumbers, tomatoes, bell peppers

· Cabbage of all kinds, broccoli, cauliflower

· Zucchini, eggplant, green beans

· Leafy salads, arugula, spinach

· Radish, cucumber, herbs (dill, parsley, cilantro)

Why this matters:

· High fiber content — it slows carbohydrate absorption and smooths out the rise in blood sugar.

· Low calorie density — you can eat a substantial volume and feel full.

· Vitamins and minerals support metabolism and immunity.

Part of the vegetables can be eaten raw, part can be stewed, baked, or steamed. The key is not to turn everything into mashed potatoes or fried, crispy foods cooked in oil.

Protein: One Quarter of the Plate

One quarter of the plate is lean protein.

Suitable options:

· Poultry: chicken, turkey without skin

· Fish: white and red, preferably baked or boiled

· Lean meat: beef, veal, rabbit

· Eggs (1–2 eggs or an omelet)

· Cottage cheese, plain yogurt without added sugar

· Legumes: beans, chickpeas, lentils, soy, tofu

Why protein is important:

· Provides long‑lasting satiety and helps avoid sugar cravings.

· Maintains muscle mass and metabolism.

· In combination with fiber, it reduces the speed of the post‑meal rise in blood sugar.

Complex Carbohydrates: One Quarter of the Plate

Another quarter is complex carbohydrates with a relatively low glycemic index.

Suitable options:

· Whole grains: buckwheat, whole oats, pearl barley, brown/wild rice, bulgur, quinoa

· Whole‑grain bread or crispbreads

· Whole‑grain pasta

· Potatoes “in their skins,” sweet potato (yam) — in a small portion

· A piece of whole‑grain tortilla or lavash

Important points:

· Carbohydrates are not eliminated completely; instead, “slower” options are chosen.

· Portion size matters: a quarter of the plate of grains is better than a whole “mountain” of porridge.

· Combining them with vegetables and protein makes the rise in blood sugar more gradual.

Healthy Fats and “Foods for Joy”

Healthy fats are added as a small complement to the main plate.

Good sources:

· Olive, canola, flaxseed oil for dressing salads

· Nuts: almonds, walnuts, hazelnuts (a small handful)

· Seeds: flax, chia, pumpkin, sunflower

· Avocado, olives

“Foods for joy” (a piece of cheese, a spoonful of sauce, a little sugar‑free sweet treat) can be included, but in a small portion and preferably as part of an already balanced meal, not instead of the main course.

Breakfast Examples

1. Oatmeal with Cottage Cheese and Berries

· 1/4 of the plate (or bowl) — oatmeal cooked in water or 1.5–2.5% milk, without added sugar

· 1/4 — 5% cottage cheese or Greek yogurt without added sugar

· 1/2 — sliced cucumber and tomato + greens (as a separate salad plate)

· 1–2 tsp ground flax or chia seeds on top

· A few berries or a slice of apple for flavor

2. Egg Breakfast with Whole‑Grain Bread

· Omelet made from 1–2 eggs with spinach and tomatoes

· Half the plate — salad of cucumber, greens, and bell pepper with olive oil

· Quarter of the plate — whole‑grain bread or toast

· Drink: tea or coffee without sugar, optionally with a small amount of milk

3. Sugar‑Free Cottage Cheese Casserole

· A portion of low‑fat cottage cheese casserole with added apple and cinnamon

· Half the plate — fresh vegetables (carrot sticks, cucumber, tomato)

· A few nuts or a spoonful of seeds for healthy fats

Lunch Examples

1. “Classic Diabetic Plate”

· 1/2 of the plate — salad of cabbage, cucumber, tomato, and greens with olive oil

· 1/4 — baked chicken fillet or turkey

· 1/4 — buckwheat or brown rice

· Drink: water or herbal tea without sugar

2. Vegetable Soup + Protein and Grains

· A bowl of vegetable soup made from broccoli, cauliflower, and carrots in a light chicken or vegetable broth

· On a second plate: 1/2 — fresh vegetables, 1/4 — baked fish, 1/4 — pearl barley or bulgur

· A slice of whole‑grain bread if needed

3. Salad Bowl with Chickpeas

· A large salad bowl: leafy greens, cucumbers, tomatoes, bell pepper, herbs (this is your “half plate”)

· 1/4 — boiled chickpeas or beans

· 1/4 — boiled quinoa or buckwheat

· Dressing: olive oil, lemon juice, a few spices

Dinner Examples

1. Fish with Vegetables

· 1/2 of the plate — steamed or baked vegetables: broccoli, cauliflower, zucchini

· 1/4 — baked or stewed fish (salmon, cod, hake)

· 1/4 — a small portion of potatoes “in their skins” or cauliflower as a side dish if a lighter option is needed

· A little olive oil or a slice of avocado

2. Lazy Cabbage Rolls

· Baked or stewed lazy cabbage rolls made from cabbage, turkey/beef mince, and a small amount of rice

· An additional half plate — salad of fresh cabbage, cucumbers, and greens

· Drink: tea without sugar

3. Warm Vegetable Salad with Chicken

· 1/2 of the plate — stewed vegetables (zucchini, eggplant, bell pepper, carrot)

· 1/4 — slices of baked chicken breast or turkey

· 1/4 — a little quinoa or whole‑wheat couscous

· Tea or water with lemon

How to Adapt the Plate to Your Needs

The “diabetic plate” method provides a framework, but there is plenty of room for variation within it.

What you can vary:

· Type of protein: meat, fish, eggs, dairy products, or legumes

· Sources of carbohydrates: different grains, whole‑grain bread, potatoes, sweet potatoes

· Combinations of vegetables by season and taste

· Calorie level — by adjusting the amount of fats and side dishes

What is important to maintain:

· Half the plate — vegetables

· Presence of protein at every meal

· Preference for complex carbohydrates

· Minimal added sugar and sugary drinks

No Strict Bans — But With Awareness

Living with diabetes does not mean eating blandly and following a strict “diet number…” for life.

The plate method helps you assemble tasty breakfasts, lunches, and dinners without rigid restrictions, but with a clear understanding of balance: more vegetables and protein, smart carbohydrates, healthy fats, and small pleasures integrated into the overall system.

]]> Safe Start: How to Begin Exercising with Type 1 and Type 2 Diabetes https://company-etalon.com/en/about-diabetes/bezopasnyy-start-kak-nachat-trenirovatsya-pri-diabete-1-i-2-tipa https://company-etalon.com/en/about-diabetes/bezopasnyy-start-kak-nachat-trenirovatsya-pri-diabete-1-i-2-tipa?amp=true Mon, 13 Apr 2026 08:59:00 +0300 Sport

Safe Start: How to Begin Exercising with Type 1 and Type 2 Diabetes

Regular moderate physical activity increases insulin sensitivity, helps better control blood sugar, reduces the risk of cardiovascular complications, and improves overall well‑being.

But in type 1 and

type 2 diabetes, workouts require a bit more planning: you need to take into

account your glucose level, the risk of hypo‑ and hyperglycemia, and the

condition of your heart, blood vessels, legs, and eyes.

Minimum Set of Examinations Before Starting

Before you “get up and run,” it’s important to assess how ready your body is for physical activity.

It is recommended to discuss with your treating physician and (if indicated) undergo:

· General examination by an endocrinologist

o Type of diabetes, duration of the disease, therapy regimen (insulin, tablets), level of compensation (HbA1c), presence of hypo‑ or hyperglycemia are discussed.

· Basic cardiac diagnostics

o Resting ECG

o If indicated — stress test, Holter monitoring, echocardiography, especially in type 2 diabetes and/or in the presence of risk factors (hypertension, excess weight, age 40+).

o This helps detect ischemia and arrhythmias in time and choose a safe range of exercise intensity.

· Assessment of blood vessels and legs

o Foot examination, sensitivity testing, skin and vessel condition; podiatrist/surgeon consultation if needed.

o Any ulcers, calluses, or non‑healing wounds are a reason to focus on treatment first, and only then add walking and other types of activity.

· Ophthalmologist (eyes)

o In diabetic retinopathy, activities with sudden spikes in blood pressure (jerks, heavy strength training, exercises with strong straining) are not recommended.

· In type 1 diabetes — training on insulin adjustment

o A doctor/diabetes nurse explains when and by how much you can reduce bolus/basal insulin before a workout, how to assess the risk of hypoglycemia, and what to take with you.

Blood Sugar Control Before a Workout

For both types of diabetes, the rule is the same: check glucose before

any workout.

General guidelines (always confirm specific targets with your doctor):

· If blood sugar is below 4–5 mmol/L — have a snack first (fast‑acting carbohydrate +, if needed, a small amount of slow‑acting), then start the workout.

· The optimal range to start moderate aerobic exercise is often around 7–10 mmol/L (or 100–200 mg/dL).

· If glucose is above 13–15 mmol/L, especially in type 1 diabetes, it’s important to check for ketones; in significant ketosis, you should not exercise until levels normalize.

In type 1 diabetes, additionally:

· During prolonged (30–60+ minutes) and/or intense exercise, you may need to reduce your rapid‑acting insulin dose before the workout by 25–75%, depending on duration and intensity; this is adjusted individually.

Always have with you:

· Fast‑acting carbohydrates (glucose tablets, juice, sugary candies)

· Water

· Glucometer or continuous glucose monitor (CGM)

How to Choose a Safe Workout for a Beginner

Key principles of a starter program:

· Start with light activity, then progress to moderate intensity

· Gradually increase duration from 5–10 to 30–45 minutes

· Exercise regularly, 3–5 times per week, rather than “once every two weeks to exhaustion.”

1. Walking

The most accessible and safe starting point for almost everyone.

How to start:

· First 1–2 weeks:

o 5–10 minutes of calm walking, 1–2 times per day

o Pace: “you can talk without getting out of breath”

· Then gradually build up to 30–45 minutes per day (can be split into 2 sessions of 15–20 minutes).

Options:

· Regular walking on flat terrain

· Nordic walking — gentler on the joints and helps maintain a steady rhythm.

Special attention:

· Comfortable shoes, without rubbing or pressure

· Check foot condition after the walk (especially if you have diabetic neuropathy).

2. Swimming and Water Aerobics

Water reduces the load on joints and the spine, so swimming and water‑based activities are well suited for people with excess weight, osteoarthritis, or back pain.

How to use:

· Start with 10–15 minutes of calm swimming or water aerobics

· Gradually increase to 30–40 minutes, 2–3 times per week

· Pace: moderate, without severe shortness of breath.

Advantages:

· Even aerobic load

· Gentle training of the cardiovascular system

· Engagement of many muscle groups at once.

3. Therapeutic Exercise and Home Workouts

Therapeutic exercise (physiotherapy) and gentle gymnastics are a good option for those who are afraid to go straight to the gym or have limitations due to joints or heart issues.

Options:

· Exercises lying or sitting (on a chair, stool) with gentle swings, bending and extending movements

· Simple joint mobility exercises, breathing exercises

· Therapeutic exercise programs designed by a doctor or instructor, including “stool‑based workouts” for people with limited mobility.

This is especially relevant:

· If you have excess weight

· After long periods of inactivity

· With diabetic complications, when walking a lot right away is difficult.

What’s Different in Type 1 vs Type 2 Diabetes

Type 1 and type 2 diabetes share general safety principles, but there are specific nuances.

Type 1 Diabetes

Features:

· Insulin is always “in play,” so the risk of hypoglycemia during exercise is higher

· It’s important to know how a particular workout affects your blood sugar (keep a log: time, type of activity, duration, glucose before/after).

Key points:

· Always measure blood sugar before, sometimes during, and after the workout

· For planned activity, discuss insulin dose adjustment with your doctor

· Do not exercise during significant hyperglycemia and presence of ketones

· Always have fast‑acting carbohydrates on hand.

Type 2 Diabetes

Features:

· Physical activity often helps reduce insulin resistance, lower medication doses, and improve body weight

· Concomitant problems are more common: hypertension, coronary heart disease, excess weight, joint issues.

Key points:

· Focus on regular aerobic activity of light to moderate intensity (walking, swimming, cycling)

· Gradually increase duration to 45–60 minutes

· Cardiac monitoring is important (blood pressure, heart rate; if indicated — ECG, Holter).

General Safety Rules at the Start

To make workouts work “for you” and not against you, keep several basic rules in mind.

· Do not exercise on an empty stomach

o Optimal timing is 45–60 minutes after a meal to reduce the risk of hypoglycemia.

· Always do a warm‑up and cool‑down

o 5–10 minutes of gentle movements before and after the workout help the heart and muscles adapt.

· Monitor how you feel

o Shortness of breath, dizziness, chest pain, sudden weakness — stop immediately and measure your blood sugar and blood pressure.

· Plan long activities in advance

o A long walk, trip to the pool, or gardening work should be planned ahead, taking into account food, insulin/tablets, and glucose monitoring.

· Take care of your feet

o Comfortable shoes, cotton socks, inspect your legs before and after the session, especially if you have neuropathy.

Bottom Line: A Safe Start Without Heroics

Starting to exercise with type 1 and type 2 diabetes is both realistic and beneficial if you undergo minimal screening, control your blood sugar before (and, if needed, during) the workout, and choose types of activity that your body can comfortably handle.

The best start is not a “tough gym from Monday,” but calm walking, swimming, or therapeutic exercise, beginning with 5–10 minutes and gradually increasing the time to half an hour or more, while always keeping a glucometer and fast‑acting carbohydrates within reach.

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