Health guide: Living with diabetes - everything important about the disease

Prevalence and Types of Diabetes

Diabetes mellitus is a widespread metabolic disorder characterized by chronically elevated blood glucose levels. In Germany, approximately 7.5 million people are affected by diabetes, with about 10% of those affected having type 1 diabetes and about 90% having type 2 diabetes. Diabetes mellitus, particularly type 2 diabetes, has become a widespread public health issue in many countries, including Germany. According to the International Diabetes Federation (IDF), more than 463 million people worldwide have diabetes, and the number of people affected is steadily rising.

 

Costs in Germany

Diabetes represents a significant financial burden on the healthcare system. In Germany, the total costs of diabetes have been estimated at approximately 35 billion euros per year. This figure consists of direct and indirect costs:

• Direct costs: According to estimates, direct costs amount to approximately 21 billion euros per year. These include expenditures on medications, medical care, and the treatment of diabetes complications.
• Indirect costs: Indirect costs are estimated at about 14 billion euros per year. These include lost productivity, long-term care costs, and the economic consequences of premature death.

 

 

Distinction Between Type I and Type II Diabetes

Diabetes mellitus encompasses various clinical presentations, with Type I and Type II being the most common forms. Although both forms are characterized by chronically elevated blood glucose levels, they differ significantly in their causes, pathophysiology, prevalence, and treatment.

Type I Diabetes

Causes:

• Autoimmune disease: Type 1 diabetes is caused by an autoimmune reaction in which the immune system attacks and destroys the insulin-producing beta cells of the pancreas.
• Genetic predisposition: There is a genetic component that increases the risk of Type I diabetes. Certain genes, such as HLA-DR3 and HLA-DR4, are associated with a higher risk.
• Environmental Factors: Viral infections or other environmental factors may act as triggers for the autoimmune reaction.

Risk factors:

• Family history
• Certain genetic markers
• Possible viral infections during childhood

Symptoms:

• Rapid onset of symptoms
• Intense thirst
• Frequent urination
• Weight loss despite normal or increased food intake
• Fatigue and weakness
• Blurred vision

Pathophysiology:

• Insulin deficiency: Due to the destruction of beta cells, little or no insulin is produced.
• Dependence on insulin therapy: Patients require lifelong insulin therapy to control their blood sugar levels.

Treatment:

• Insulin therapy: Multiple daily insulin injections or the use of an insulin pump.
• Blood glucose monitoring: Regular monitoring of blood glucose levels.
• Dietary changes and physical activity to support insulin therapy.

Type 2 Diabetes

Causes:

• Insulin resistance: The body’s cells no longer respond adequately to insulin, leading to elevated blood sugar levels.
• Increased insulin production: The pancreas attempts to compensate for the elevated blood sugar by producing more insulin, which leads to the exhaustion of beta cells over the long term.
• Lifestyle Factors: Obesity, lack of physical activity, and an unhealthy diet are major risk factors.

Risk Factors:

• Overweight and obesity
• Lack of physical activity
• Unhealthy diet
• Age over 45
• Family history
• High blood pressure and high cholesterol

Symptoms:

• Gradual onset of symptoms
• Fatigue and weakness
• Frequent urination
• Intense thirst
• Slow wound healing
• Numbness or tingling in the hands or feet

Pathophysiology:

• Insulin resistance: The body’s cells become less sensitive to insulin.
• Relative insulin deficiency: Over time, the pancreas is unable to produce enough insulin to meet the increased demand.

Treatment:

• Lifestyle changes: Weight loss, dietary changes, and increased physical activity.
• Oral antidiabetic medications: Medications such as metformin help lower blood sugar levels.
• Insulin therapy: Insulin therapy may be necessary in advanced cases.
• Regular blood glucose monitoring: To monitor and control blood glucose levels.

 

 

Rare Types of Diabetes:

Gestational diabetes (pregnancy-related diabetes)

 

Causes:

• Hormonal changes: During pregnancy, the body produces more hormones to support the baby’s development. However, some of these hormones, such as human placental lactogen (hPL) and progesterone, can block the action of insulin, a condition known as insulin resistance.

• Insulin resistance: To meet the needs of the growing baby, the mother’s body must produce more insulin. In some women, the pancreas cannot produce enough insulin to meet the increased demand, leading to a rise in blood sugar levels.

 

Risk Factors:

• Overweight and Obesity: Women who are overweight before pregnancy have a higher risk of developing gestational diabetes.
• Family history: A genetic predisposition also plays a role. Women whose close relatives have diabetes are at higher risk.
• Age: Older pregnant women (over 25 years of age) are at higher risk.
• Previous gestational diabetes: Women who had gestational diabetes in a previous pregnancy are at increased risk of developing it again.
• Ethnic background: Some ethnic groups, such as women from South and East Asia, Africa, the Caribbean, and the Middle East, have a higher risk of developing gestational diabetes.

 

Affected:

• Women during pregnancy. In Germany, at least 45,000 women develop gestational diabetes each year. This metabolic disorder, which first occurs during pregnancy, is one of the most common complications of pregnancy. The number of affected women has been rising steadily for years. This is partly due to an increasing number of overweight pregnant women, but also to improved screening methods, which lead to more frequent diagnoses

 

Treatment

Treatment always depends on the cause and severity of the condition and must always be tailored to the individual.

Dietary Changes:

• A healthy, balanced diet is crucial. Pregnant women should eat several small meals a day to keep blood sugar levels stable.
• Reduce intake of sugary foods and simple carbohydrates in favor of fiber-rich and complex carbohydrates.
• Recommendations for specific diet plans can be provided by dietitians or endocrinologists.

Physical activity:

• Regular physical activity helps lower blood sugar levels and improve insulin sensitivity.
• Light to moderate exercise, such as walking, swimming, or special prenatal exercise programs, is often recommended.

Self-monitoring of blood glucose:

• Regular self-monitoring of blood sugar levels with a blood glucose meter is necessary to monitor the effectiveness of treatment and make adjustments.
• Typically, levels are measured before and after meals, as well as before bedtime. 

Insulin therapy:

• If dietary changes and exercise are not sufficient to control blood sugar levels, insulin therapy may be necessary.
• Insulin is usually administered via injection. The dosage and frequency depend on the individual’s blood sugar levels.

Regular medical monitoring:

• Frequent doctor visits to monitor the health of both mother and baby are important.
• Ultrasounds and other tests may be necessary to monitor the baby’s growth and development and to detect complications.

 

After giving birth, blood sugar levels return to normal in most women. However, it is important to monitor blood sugar regularly after childbirth, as there is an increased risk of developing type 2 diabetes later in life.

 

Specific types of diabetes:

• LADA (Latent Autoimmune Diabetes in Adults): A slowly progressing form of autoimmune diabetes that is often diagnosed in adults.
• MODY (Maturity-Onset Diabetes of the Young): A rare form of diabetes that is genetically determined and occurs at a young age.

Each type of diabetes requires an individualized treatment strategy based on the specific needs and health conditions of those affected.

Summary

Characteristic	Type 1 Diabetes	Type II Diabetes
Causes	Autoimmune disease, genetic factors, environmental factors	Insulin resistance, genetic factors, lifestyle factors
Risk Factors	Family history, genetic markers, viral infections	Overweight, lack of physical activity, unhealthy diet, age, family history
Symptoms	Rapid onset, intense thirst, frequent urination, weight loss	Gradual onset, fatigue, frequent urination, slow wound healing
Pathophysiology	Insulin deficiency, destruction of beta cells	Insulin resistance, relative insulin deficiency
Treatment	Insulin therapy, blood glucose monitoring, dietary changes	Lifestyle changes, oral antidiabetic medications, insulin therapy, blood glucose monitoring

 

Type 1 and Type 2 diabetes require different approaches to prevention and treatment. While Type 1 diabetes cannot be prevented, prevention and lifestyle changes play a crucial role in Type 2 diabetes. Both types require careful monitoring and management to prevent complications and maintain quality of life.

 

Prevention of Type II Diabetes as a Key Factor: Primary, Secondary, and Tertiary Prevention

The prevention of Type II diabetes encompasses various measures that are divided into three categories: primary, secondary, and tertiary prevention. These measures aim to prevent the onset of the disease, promote early detection, and improve the treatment and management of the disease.

 

Primary prevention

Measure	Goal	Examples
Dietary changes	Improving eating habits	Promoting a high-fiber, low-sugar diet; reducing the consumption of saturated and trans fats; increasing the consumption of fruits, vegetables, and whole-grain products
Physical activity	Promoting an active lifestyle	At least 150 minutes of moderate exercise per week; incorporating physical activity into daily life (e.g., taking the stairs, walking)
Weight Management	Reducing overweight and obesity	Counseling and support for weight loss, behavior change programs, and nutrition counseling
Education and Awareness	Raising awareness of diabetes risks	Public awareness campaigns on diabetes, educational programs in schools, communities, and the workplace
Smoking cessation	Reducing risk by quitting smoking	Smoking cessation programs, support, and counseling for smokers

 

Secondary prevention

Measure	Goal	Examples
Early detection and screening	Early diagnosis of prediabetes and diabetes	Regular blood glucose tests for at-risk individuals, known as HbA1c tests, to monitor long-term blood glucose levels
Regular health checkups	Monitoring of health status	Annual health checkups, monitoring of blood sugar, blood pressure, and cholesterol
Lifestyle interventions	Preventing the progression from prediabetes to diabetes	Intensive lifestyle programs focused on dietary and exercise changes, individual counseling and support from nutritionists and fitness trainers
Pharmacological Prevention	Delaying or preventing the development of diabetes	Prescription of antidiabetic drugs and other medications for high-risk individuals

 

Tertiary prevention

Measure	Goal	Examples
Optimal medical treatment	Monitoring blood glucose levels and preventing complications	Adjustment of medication (e.g., insulin, oral antidiabetics), regular blood glucose measurements, and HbA1c tests
Management of comorbidities	Reducing the risk of complications	Treatment of high blood pressure, dyslipidemia, and other comorbidities; regular follow-up examinations (e.g., eyes, kidneys)
Patient education and self-management	Promotion of self-competence and personal responsibility	Diabetes education programs, training in blood glucose monitoring, insulin administration, and meal planning
Psychosocial support	Support in coping with the disease	Counseling and psychological support, self-help groups, and peer support
Promoting a healthy lifestyle	Long-term improvement in health	Maintenance of healthy eating and exercise habits, regular medical care, and follow-up care

 

Preventing type 2 diabetes requires a comprehensive and coordinated approach that addresses all levels—primary, secondary, and tertiary. Through a combination of education, early diagnosis, ongoing care, and targeted interventions, the risk of developing and progressing to diabetes can be significantly reduced.

 

Treatment of Type I and Type II Diabetes

The treatment of diabetes varies depending on the type of the disease, with the main goal being to maintain blood sugar levels within the normal range and prevent complications. Here are the main approaches to treating Type I and Type II diabetes:

Treatment of Type 1 Diabetes

Insulin Therapy

• Daily insulin injections: People with Type 1 diabetes must inject insulin daily because their bodies do not produce insulin. There are different types of insulin (rapid-acting, short-acting, long-acting, and mixed insulin) that are combined as needed.
• Insulin pumps: These devices deliver insulin continuously and can deliver additional insulin (a bolus) before meals as needed.

Blood Sugar Monitoring

• Regular blood glucose monitoring: Multiple daily measurements are required to monitor blood glucose levels and adjust insulin doses.
• Continuous glucose monitoring systems (CGMs): These devices continuously measure glucose levels in the tissue and can trigger alarms if levels are too high or too low.

Dietary Changes

• Carbohydrate counting: Patients learn to calculate their carbohydrate intake in order to adjust their insulin dose accordingly.
• Balanced Diet: A healthy, balanced diet helps keep blood sugar levels stable and promotes optimal health.

Physical activity

• Regular exercise: Exercise improves insulin sensitivity and helps control blood sugar levels.

Education and Self-Management

• Diabetes education programs: These programs help patients better understand and manage their condition.

 

Treatment of Type 2 Diabetes

Lifestyle Changes

• Weight management: Losing weight can improve insulin sensitivity and lower blood sugar levels.
• Healthy Diet: A diet high in fiber and low in sugar and fat helps control blood sugar levels.
• Physical activity: Regular exercise improves insulin sensitivity and promotes weight loss.

Medication

• Oral antidiabetic medications: Medications such as metformin, sulfonylureas, gliptins, and SGLT2 inhibitors help lower blood sugar levels.
• Non-insulin-based injectable medications: GLP-1 receptor agonists can increase insulin secretion and reduce feelings of hunger.
• Insulin therapy: In advanced stages, insulin may be necessary even for type 2 diabetes.

Blood Sugar Control

• Regular blood glucose monitoring: Frequent testing helps monitor blood glucose levels and adjust treatment.
• HbA1c test: This test measures the average blood sugar level over the past 2–3 months and helps assess long-term blood sugar control.

Treatment of Comorbidities

• Blood pressure control: High blood pressure is often treated with medication to reduce the risk of cardiovascular complications.
• Cholesterol reduction: Statins and other medications can be used to lower cholesterol levels.

Education and Self-Management

• Diabetes education programs: These programs provide information and support to help people better manage daily life with diabetes.

Diet for Type 2 Diabetes

Proper nutrition plays a central role in managing type 2 diabetes. A balanced, healthy diet can help stabilize blood sugar levels, promote weight loss, and reduce the risk of complications. Here are some basic principles and recommendations for nutrition in type 2 diabetes.

Carbohydrates

Carbohydrates have the greatest impact on blood sugar levels. Therefore, it is important to choose the right types of carbohydrates:

• Whole-grain products: Whole-grain bread, whole-grain pasta, brown rice, and oatmeal contain fiber, which slows the rise in blood sugar.
• Vegetables and legumes: Vegetables such as broccoli, spinach, and beans are rich in fiber and have a minimal impact on blood sugar.
• Fruit: Fruit contains natural sugars, so it should be enjoyed in moderation. Choose berries, apples, and pears, which have a lower glycemic index.

 

The glycemic index (GI) is a measure of how quickly and significantly a carbohydrate-containing food raises blood sugar levels after consumption. Foods with a high GI raise blood sugar quickly and sharply, while foods with a low GI cause blood sugar to rise more slowly and steadily. The GI helps people make healthier food choices, especially those with diabetes.

 

Reduce sugar and refined carbohydrates

Avoid foods and beverages that contain sugar or refined carbohydrates:

• Sweets and baked goods: Cakes, cookies, and candies are often high in sugar and empty calories.
• Sugary drinks: Soda, fruit juices, and sweetened teas can cause blood sugar levels to spike quickly.
• White bread and pasta: These are low in fiber and cause rapid spikes in blood sugar. 

Incorporate healthy fats

Healthy fats can help stabilize blood sugar levels and reduce cardiovascular risk:

• Unsaturated fats: Nuts, seeds, avocados, olive oil, and fish such as salmon and mackerel contain healthy unsaturated fats.
• Avoid saturated and trans fats: Reduce your intake of red meat, butter, high-fat dairy products, and processed foods that contain trans fats. 

Incorporate sources of protein

Protein helps keep blood sugar levels stable and promotes a feeling of fullness:

• Lean meats and poultry: Skinless chicken, lean beef, and lean pork.
• Fish and seafood: Rich in omega-3 fatty acids, which have anti-inflammatory effects.
• Plant-based protein sources: Tofu, tempeh, lentils, and beans are good plant-based alternatives.

Control portion sizes

Portion control is crucial for avoiding overeating and the resulting blood sugar spikes:

• Use smaller plates: This can help control portion sizes.
• Eat regular meals: Three main meals and two to three healthy snacks per day can help keep blood sugar levels stable.
• Eat mindfully: Eat slowly and pay attention to feelings of fullness to avoid overeating.

Ensure Adequate Hydration

Adequate hydration is important for supporting metabolism:

• Water: The best choice for staying hydrated, about 30–40 ml per kg (provided there are no other medical conditions)
• Unsweetened beverages: Unsweetened fruit teas and coffee without added sugar are also good options

Alcohol in moderation

Alcohol can affect blood sugar levels and should be consumed in moderation:

• Opt for dry wines and light beers: These contain less sugar than sweet wines and strong alcoholic beverages.
• Consume with caution: Alcohol can cause blood sugar levels to drop significantly when combined with diabetes medications.

A balanced diet is the key to successfully managing type 2 diabetes. By choosing the right foods and controlling portion sizes, people with diabetes can better regulate their blood sugar levels, manage their weight, and reduce the risk of complications. Combined with regular exercise and medical supervision, a healthy diet can significantly contribute to improving quality of life. 

Guide to Self-Monitoring Blood Glucose Levels for Diabetes

Self-monitoring of blood glucose is an important part of diabetes self-management. Here is a step-by-step guide on how to safely and accurately measure your blood glucose at home.

Materials Needed

• Blood glucose meter
• Test strips (compatible with your meter)
• Lancing device with lancets
• Alcohol swabs or soap and water
• Cotton swabs or sterile gauze
• Diary or app for recording test results

 

Step-by-Step Instructions

1. Preparation

• Wash your hands: Wash your hands thoroughly with warm water and soap to remove any contaminants that could skew the test results. Dry your hands well.
• Gather materials: Make sure all necessary materials are within reach.

2. Preparing the meter

• Insert the test strip: Insert a new test strip into the meter. The meter usually turns on automatically as soon as the test strip is inserted.
• Prepare the lancing device: Insert a new lancet into the lancing device and adjust the penetration depth. Different depths may be required depending on your skin type.

3. Measure blood glucose

• Disinfect your finger: Choose a fingertip (preferably the side of the finger) and disinfect the area with an alcohol swab. Let the area dry before pricking.
• Pricking: Press the lancing device firmly against the fingertip and release the lancet to produce a drop of blood.
• Collect blood: If necessary, gently massage the finger to obtain a sufficiently large drop of blood. Touch the tip of the test strip to the drop of blood so that the blood is drawn into the test strip.

4. Read the result

• Waiting for the result: The meter displays the result after a few seconds. Record the blood glucose level in your logbook or enter it into an app to track your levels and identify trends.

5. Aftercare

• Stopping the bleeding: Press a cotton swab or a piece of sterile gauze against the puncture site to stop the bleeding.
• Disposal: Dispose of the used lancet in a special container for sharp objects (e.g., a sharps container) and the used test strip in the household trash.

6. Documentation

• Record readings: Document the measured blood glucose level, the date, and the time. Also note any special circumstances, such as meals, physical activity, or stress, that could affect the readings.

 

Tips for Accurate Measurements

• Change the lancet regularly: Use a new lancet for each test to minimize pain and the risk of infection.
• Store test strips properly: Store the test strips according to the manufacturer’s instructions and check the expiration date.
• Calibrate your meter: Some meters need to be calibrated regularly. Follow the manufacturer’s instructions.
• Check your blood sugar at different times: Check your blood sugar at various times of the day (before meals, two hours after meals, before bedtime) to get a comprehensive picture of your blood sugar control.

 

Avoiding Common Mistakes

• Insufficient blood volume: Make sure you use enough blood for the test strip to avoid inaccurate readings.
• Dirty fingers: Always wash your hands thoroughly before taking a reading to prevent contamination.
• Irregular testing: Test regularly and consistently to obtain meaningful data.

Self-monitoring of blood glucose is an important part of diabetes self-management and helps you keep your blood glucose levels under control and take timely action if necessary. Consult your doctor or diabetes counselor regularly to discuss the results and adjust your treatment accordingly.

 

Instructions for Self-Administering Insulin for Diabetes

Self-administering insulin injections is an important part of diabetes management, especially for people with type 1 diabetes and advanced type 2 diabetes. Here is a step-by-step guide on how to safely and correctly administer insulin injections on your own.

Materials Needed

• Insulin pen or insulin syringe (depending on your prescription)
• Insulin vial or cartridge (compatible with the pen or syringe)
• Alcohol swabs or soap and water
• Needles (compatible with the pen or syringe)
• A sharps container for the safe disposal of needles

 

Step-by-Step Instructions

1. Preparation

• Wash your hands: Wash your hands thoroughly with warm water and soap. Dry them well.
• Gather your supplies: Make sure all necessary supplies are within reach.

2. Prepare the insulin

• Mix the insulin (if necessary): Some types of insulin need to be mixed. Gently roll the insulin vial or pen between your hands to mix the insulin. Do not shake it.
• Check the insulin: Make sure the insulin is clear and colorless (unless it is a cloudy insulin that needs to be mixed) and that the expiration date has not passed.

3. Choose an injection site

• Suitable sites: Suitable injection sites include the abdomen (at least 5 cm from the navel), the front of the thighs, the buttocks, or the upper arm.
• Rotation principle: Rotate injection sites regularly to prevent lipodystrophy (thickening or thinning of the subcutaneous fat).

4. Prepare the injection

• Prepare the pen or syringe: Attach a new needle to the pen or fill the syringe with the required amount of insulin.
• Insulin pen: Screw a new needle onto the pen and remove the protective caps.
• Insulin syringe: Draw the prescribed amount of insulin from the vial into the syringe.
• Remove air bubbles: Hold the pen or syringe with the needle pointing upward, tap it gently to bring air bubbles to the top, and press the plunger end lightly until a drop of insulin emerges from the tip of the needle.

5. Administer the injection

• Disinfect the skin: Disinfect the injection site with an alcohol swab and let the area dry.
• Pinch the skin: Use your thumb and index finger to pinch the skin at the chosen injection site.
• Insert the needle: Insert the needle into the skin at a 90-degree angle (or at a 45-degree angle for thinner individuals).
• Inject insulin: Press the plunger of the pen or syringe slowly and evenly to inject the insulin. After the injection, keep the needle in the skin for about 10 seconds to ensure that all the insulin is delivered.

6. Aftercare

• Remove the needle: Remove the needle from the skin and release the skin fold.
• Stopping bleeding: If blood seeps from the injection site, apply light pressure to the area with a clean cloth or cotton swab.
• Dispose of the needle: Safely dispose of the used needle in a sharps container.

7. Documentation

• Record the insulin dose: Record the insulin dose injected, the date, the time, and the injection site in your logbook or in an app for tracking your insulin injections.

 

Tips for Insulin Injection

• Rotate injection sites regularly: Avoid injecting into the same site repeatedly to prevent skin changes.
• Proper storage of insulin: Store insulin according to the manufacturer’s instructions. Opened insulin vials or cartridges can be stored at room temperature, but not in extreme heat or cold.
• Training and practice: Attend a training session to learn the technique and ensure that you are administering the injections correctly.

Avoiding Common Mistakes

• Insufficient disinfection: Always disinfect the injection site to prevent infections.
• Air bubbles in the syringe: Remove all air bubbles from the syringe or pen to ensure the correct insulin dose.
• Incorrect injection depth: Be sure to insert the needle at the correct angle to ensure a subcutaneous (under the skin) injection.

Self-administering insulin injections is an essential part of diabetes management. With the right technique and regular practice, you can safely and effectively manage your insulin doses. Consult your doctor or diabetes educator regularly to review your injection technique and address any questions or concerns.

 

Contacts and Resources for Diabetes Mellitus

A diabetes diagnosis can raise many questions and uncertainties. It is important for people with diabetes and their families to know who to turn to for support, information, and medical care. Here are the most important contacts and resources for diabetes:

Primary Care Physician

• Role: The primary care physician is often the first point of contact when diabetes is suspected or when a diagnosis of diabetes has already been made. They conduct initial examinations and coordinate further treatment.
• Services: Diagnosis, regular checkups, prescribing medications, referrals to specialists.

Diabetologist

• Role: A diabetologist is a specialist in diabetes who has comprehensive knowledge of the treatment and care of patients with diabetes.
• Services: Specialized diagnostics, individualized treatment plans, education and counseling on insulin therapy and medications, treatment of complications.

Diabetes Educators and Diabetes Assistants

• Role: Diabetes counselors and diabetes assistants support patients through education and counseling. They help improve self-management and cope with daily life with diabetes.
• Services: Training in blood glucose monitoring, nutritional counseling, guidance on insulin therapy, support with lifestyle adjustments.

Dietitians

• Role: A dietitian helps plan a healthy and balanced diet that keeps blood sugar levels stable and reduces the risk of complications.
• Services: Development of personalized meal plans, advice on healthy eating, support with weight management.

Specialized Clinics and Diabetes Centers

• Role: Specialized clinics and diabetes centers offer specialized medical care and comprehensive educational programs for people with diabetes.
• Services: Inpatient and outpatient treatment, comprehensive diagnostics, treatment adjustments, and educational programs.

Self-Help Groups and Patient Organizations

• Role: Self-help groups and patient organizations provide support, a forum for sharing experiences, and information for people with diabetes and their families.
• Services: Regular meetings, informational events, sharing of experiences, psychosocial support.

Key Organizations in Germany

• German Diabetes Society (DDG): Provides extensive information and supports research projects.
• DiabetesDE - German Diabetes Aid: Advocates for the interests of people with diabetes and offers comprehensive information and support.
• Self-help groups: Many cities and towns have local self-help groups that organize regular meetings and informational events.

Pharmacies

• Role: Pharmacies are an important point of contact for obtaining medications and medical supplies, as well as for advice on their proper use.
• Services: Advice on medications and insulin, provision of blood glucose meters and test strips, vaccination counseling.

Health Insurance Companies

• Role: Health insurance companies offer support with covering the costs of medications, medical devices, and educational programs.
• Services: Information on coverage eligibility, assistance with cost coverage, and referrals to specialized diabetes programs (e.g., disease management programs).

A network of various specialists and organizations is essential for managing diabetes. These contacts and resources offer comprehensive support, ranging from medical care and training to psychosocial support. Take advantage of these resources to manage your health effectively and improve your quality of life.