Type 1 Diabetes

What is Type 1 Diabetes?

Diabetes is a disease characterized by persistently high blood sugar levels. Various factors contribute to this persistently high blood sugar, leading to different types of diabetes. One type is acquired diabetes, where blood sugar cannot be controlled despite the presence of insulin. type 2 diabetes It is called type 1 diabetes. Type 1 diabetes, however, is a disease that progresses very differently from type 2 diabetes. Today, almost ninety percent of all diabetes patients have type 2 diabetes, so type 1 diabetes patients are often overlooked. However, type 1 diabetes is quite important in terms of its course, outcomes, and the difficulties in its treatment.

When people consume sugary foods or foods containing simple sugars, the pancreas releases the hormone insulin. This insulin allows the sugars in the bloodstream to enter the cells. The amount of insulin released is proportional to the amount of sugar consumed, but in some cases, it cannot be released. These pancreatic problems cause blood sugar to circulate aimlessly in the circulatory system. Because insulin cannot be produced and released into the bloodstream, the cells cannot absorb the sugar. Naturally, this leads to energy-related problems and tissue damage.

In the pancreas, insulin is secreted by cells called beta cells, also known as islets. Due to an error in the immune system, these cells are seen as foreign and attacked. Naturally, the beta cells lose their functionality. Similarly, it is possible to talk about situations where there are insufficient beta cells or no beta cells at all.

As a result, blood sugar levels cannot be controlled due to dysfunction in the pancreas; uncontrolled sugar damages tissues. In addition to tissue damage, it also brings about many symptoms that negatively affect quality of life. Type 1 diabetes patients are generally considered to have diabetes from birth. They have to spend almost their entire lives with insulin support.

What are the causes of Type 1 Diabetes?

Naturally, people don't need a lot of sugar in their diets. Sufficient sugar is obtained from fruits and carbohydrates. However, modern dietary habits and the supporting food industry are imposing a sugar-based consumption model on people. Naturally, the human body receives far more sugar than it needs. This sugar is used by cells to produce energy.

Simple sugars absorbed from the intestines into the bloodstream are taken up by cells. For cells to be able to take up these simple sugars, their "valves" must be open. This requires insulin receptors, and insulin hormones are necessary to open these receptors. In a healthy person, the amount of insulin hormone produced is equal to the amount taken into the bloodstream, enabling cells to use the sugars. However, sometimes the balance is so disrupted that cells develop insulin resistance. In some individuals, insulin problems develop from birth.

Insulin problems that exist from birth are examined within the scope of type 1 diabetes. The pancreas is responsible for insulin production. It uses beta cells to fulfill this responsibility. Although the exact reason is unknown, in some individuals, the immune system, which is supposed to protect the body, attacks and destroys these beta cells. When eighty percent or more of all beta cells are destroyed, type 1 diabetes occurs.

The most important factor influencing the development of type 1 diabetes is the pancreas. Damage to the pancreas, or an attack by the immune system, disrupts the function of beta cells, leading to the development of type 1 diabetes. Since the process is largely involuntary, preventing type 1 diabetes is not possible. It often appears in childhood. While not the primary causes, dietary habits, exercise habits, and lifestyle can alter the course of the disease; these changes generally accelerate its progression.

What are the symptoms of Type 1 Diabetes?

In patients with type 1 diabetes, the pancreas stops producing insulin from birth or very shortly after birth. There can be many reasons for this. The cessation of insulin production leads to the appearance of symptoms associated with type 1 diabetes.

• It is possible to describe a persistent feeling of nausea. The feeling of nausea intensifies five minutes after consuming food.
• In cases where the feeling of nausea is very intense, vomiting may occur.
• Along with nausea, severe abdominal pain, particularly affecting the lower part of the stomach, may occur.
• Changes in breathing may be observed. After a long period of light, shallow breathing, the person may suddenly begin to take long, deep breaths.
• Despite brushing, using mouthwash, and gargling, a persistent bad breath can occur. Similarly, sneezing can spread this odor throughout the room.
• Diabetics experience constant fatigue because their energy production capacity is low.
• Weight can fluctuate suddenly. What initially appears as weight loss can progress into significant weight gain as type 1 diabetes advances.
• Due to the increase in blood sugar after food consumption, the patient may urinate frequently. They also experience constant thirst, although this thirst is not entirely dependent on the frequency of urination.
• Dryness can occur in different areas of the skin.

Many of the symptoms that appear after developing type 1 diabetes are the same as those of type 2 diabetes. However, because it is present from birth, the symptoms are more pronounced. It develops rapidly and, if not treated correctly, can endanger a person's life at a much earlier age.

What should the diet be like in Type 1 Diabetes?

The key to controlling type 1 diabetes largely lies in dietary habits. Because the body produces no insulin, any simple sugars consumed can directly raise blood sugar levels to very high levels. To prevent the development of insulin resistance, and thus to avoid insulin supplementation becoming ineffective, attention must be paid to diet as much as possible.

The dietary plan for diabetes should be designed to suit the individual's habits. Generally, patients are accustomed to these diets since they are followed from an early age. Many foods are forbidden for patients with type 1 diabetes. However, since most of these forbidden foods are unhealthy, this doesn't usually pose a major problem. A good diet plan should be prepared based on the following principles:

• Fat and protein intake should be slightly higher than in non-diabetic patients. Carbohydrate consumption should be limited; when consumed, slow-release carbohydrates should be preferred. This will limit the intake of simple sugars.
• The number of meals should be increased, but the amount of food consumed at each meal should be reduced.
• Alcohol and tobacco consumption should be completely stopped. Alcohol consumption, which puts a strain on metabolism, is just as harmful as smoking. Smoking, on the other hand, should absolutely be avoided because it shortens the pathway to tissue damage.
• Foods high in fiber should be consumed. Refined sugar consumption should be completely eliminated. Furthermore, processed foods, preservatives, and artificial sweeteners should be avoided.
• The consumption of legumes should be increased. In fact, rather than simply increased, we could say they should replace other foods.

Type 1 diabetes patients are quite special. They generally consult with a dietitian for life. Nutrition is more important in Type 1 diabetes than in any other disease. For this reason, very specific diets are written to fully meet the individual's needs; these diets are constantly revised according to current conditions.

What should people with Type 1 Diabetes pay attention to?

Type 1 diabetes is caused by the pancreas's inability to produce insulin. Therefore, there are recommendations not for preventing or curing the disease, but for controlling it. Patients with type 1 diabetes need to pay close attention to certain aspects to improve their quality of life. These factors also help slow the progression of the disease. In patients with slower-progressing type 1 diabetes, diabetes-related problems appear much later and are much milder. Furthermore, a long life is only possible with these precautions.

• Diabetic patients must pay close attention to their dietary habits. Any situation that could raise blood sugar levels should be avoided. Furthermore, any food that radically increases blood sugar should be avoided. The only way to keep blood sugar under control is with insulin medication.
• Even when blood sugar levels are only slightly elevated, resorting to insulin medication will reduce the marginal benefit of insulin. To prevent this, intervention with insulin at critical levels should be carried out. All other recommendations should be used to prevent blood sugar from reaching these critical levels.
• One of the main factors that accelerates the progression of type 1 diabetes is inactivity. People with type 1 diabetes should be active. Furthermore, it would be beneficial to exercise for at least one hour a day, four days a week, if possible.
• The way to keep blood sugar under control is to constantly monitor it. For this purpose, a device needs to be purchased.
• To understand and monitor the effects of type 1 diabetes, regular blood pressure measurements are necessary.
• Type 1 diabetes patients should avoid stress and all forms of psychological pressure.
• Regular doctor checkups are very helpful for understanding the course of the disease and discussing preventive measures.
• Adopting a natural and regular lifestyle will be beneficial. Sleep and wake times, and meal times should be roughly established. Maintaining the biological clock can reduce the effects of diabetes.

These are the basic points that patients with type 1 diabetes should pay attention to. Other factors may also arise depending on the patient's specific situation.

Should blood sugar levels be monitored continuously?

Every type of food consumed can have some effect on blood sugar levels. However, some foods, when combined with certain hormone levels, can have effects on blood sugar that are far above normal. Since it's impossible to constantly monitor these processes, diabetic patients need to continuously check their blood sugar levels. As blood sugar levels increase, the negative effects of diabetes on the body also increase. These effects multiply as long as blood sugar remains at harmful levels. To prevent such negative consequences, it is essential to monitor blood sugar levels.

When evaluated in terms of risk group, it can be said that patients with type 1 diabetes are in a more critical situation. In patients with this type of diabetes, the only way to control blood sugar is through dietary habits and insulin supplementation. However, with each insulin supplement, the marginal benefit of insulin decreases. In other words, intervention is necessary at specific blood sugar levels. To do this, instead of looking at the immediate effects of diabetes, the values obtained from the monitoring devices are considered. In this way, both the immediate harm caused by blood sugar is prevented and the marginal benefit of insulin is preserved.

Today, even pocket devices have been developed to monitor blood sugar. Therefore, neglecting to constantly monitor blood sugar would be a mistake. Especially after consuming food, blood sugar checks can provide insights into the course of the disease and reactions to different situations. Blood sugar monitoring makes it possible to avoid negative behaviors, pay attention to diet, and live a comfortable life despite having diabetes.

Is there a surgical solution for Type 1 Diabetes?

Surgical methods used in the treatment of diabetes involve intervention in the digestive system. This intervention aims to increase insulin secretion and improve its effective use. However, in type 1 diabetes patients, insulin production is absent. Because they lack insulin reserves, or the capacity to produce insulin, surgical treatment is not possible for type 1 patients. Type 1 diabetes patients cannot be cured of the disease. However, they can reduce its effects and delay its symptoms through certain methods. Diets, exercise, and insulin use are examples of these methods. However, some surgical methods are in the experimental stage. While not currently the case, it is possible that these experimental methods will revolutionize the treatment of type 1 diabetes in about ten years.

The current effectiveness rate of these surgical experiments is quite low. However, it is believed that the information gained from these trials can be used to develop much more effective methods in the future.

Stem Cell Transfer

As is known, stem cells begin to behave like the cells in the areas where they are implanted. In an experimental method, it was determined that insulin could be produced by implanting stem cells into the pancreas or liver vessels. It is thought that the body could produce sufficient levels of insulin thanks to the implantation of stem cells.

Pancreas Transplant

Beta cells, which produce the insulin hormone, are found within the pancreas. Functional beta cells can be obtained through pancreatic transplantation. However, finding a suitable pancreas is quite difficult. The method is only valid after death, if someone has donated their organs.

Beta Cell Transplantation

This method involves transplanting beta cells into the blood vessels of the pancreas or liver. Although relatively new, it is perhaps the most widely accessible treatment method. Experiments are still ongoing.

What are the treatment methods for Type 1 Diabetes?

Treatment options for diabetes include diets, exercise, insulin supplementation, and surgery. However, these methods are only effective in patients with type 2 diabetes. Surgical intervention is largely eliminated when it comes to type 1 diabetes. Treatment for type 1 diabetes aims to alleviate the effects of the disease; it does not completely eliminate diabetes.

To control diabetes, individuals need to pay attention to their lifestyle from a young age. Diet and physical activity are essential, but more subtle adjustments are necessary afterwards.

Diets

Uncontrolled blood sugar leads to numerous problems. Diets are implemented that focus on consuming as little sugar as possible. Here, sugar is not limited to refined sugar or fruit sugars. Fast-breaking carbohydrates are also excluded from these diets. Generally, the principle behind these diets is to consume foods that are slow-releasing and digested slowly. This prevents sudden changes in insulin requirements.

Sports Exercises

A sedentary lifestyle leads to metabolic problems. Metabolic problems, inevitably, contribute to and worsen diabetes. To prevent such problems, it is necessary to lead an active life and exercise for at least one hour, four days a week.

Insulin supplementation

Even if the need is minimal, insulin is always necessary. Since this need cannot be met by the pancreas, it is met through insulin injections. Because the body's craving for insulin increases with use, efforts are made to use it as little as possible. This is the main reason why diets and exercise are often resorted to. Life can continue normally for extended periods with insulin medication.

Surgical Trials

Currently, surgical treatment for type 1 diabetes is not possible, but trials are underway. Pancreatic transplantation, beta-cell transplantation, and stem cell transplantation are among the main methods being explored. However, none of these surgical trials have yielded sustainable results. It does not seem likely that any of these methods will be clinically feasible for the next decade or so.