Saturday, August 31, 2019

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Restless Legs Will Relax!


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Are you moving your legs irresistibly? If this feeling doesn't allow you to sleep, you may have Restless Leg Syndrome. Restless legs syndrome is seen in about 3 to 10 percent of the population equally in men and women. It usually occurs in middle and advanced ages, but also occurs in childhood. "

THE RESTFUL LEGS WILL MIX!

Are you moving your legs irresistibly? If this feeling doesn't allow you to sleep, you may have Restless Leg Syndrome. Restless legs syndrome is seen in about 3 to 10 percent of the population equally in men and women. It usually occurs in middle and advanced ages, but also occurs in childhood. "

What is restless leg syndrome and when does it occur?

Restless leg syndrome can be described as a deep, uncomfortable feeling that occurs in the legs during a resting period of inactivity or falling asleep. It can also be described as a kind of sleep disorder because it affects sleep quality.

- How do patients describe this feeling?

It is difficult for patients to describe this feeling. This feeling is not a form of pain. Patients often describe this uncomfortable sensation as itching on their legs, rarely on their arms, needling, shuddering in the legs, burning, drawing, stretching, tingling. To relieve this strange emotion, there is an unbearable urge to move the legs and this feeling decreases with movement. This sensation emerges during long periods of inactivity in bus and airplanes and often before falling asleep at night.

Who has Restless Leg Syndrome and how often?

Restless legs syndrome is seen in approximately 3 to 10 percent of the population, equally among men and women. It usually occurs in middle and advanced ages, but is also found in childhood.

-What is the cause of this disease?

Although the reason is not well known, it is thought that some of the chemicals released from our brain are caused by the effects on the movement system. There are two forms of restless leg syndrome (primary) whose cause is unknown and secondary to another disease. Peripheral neuropathy caused by iron deficiency anemia and damage to the arm and leg nerves are the most common causes of restless leg syndrome. There are many causes of peripheral neuropathy, the most common of which is peripheral neuropathy due to diabetes. Restless leg syndrome can also occur during pregnancy, but the symptoms disappear soon after birth. Many other diseases such as magnesium deficiency, vitamin B12 deficiency, renal insufficiency and rheumatoid arthritis can cause restless leg syndrome.

-What triggers this syndrome?

With many of the diseases listed above, some medications exacerbate the symptoms of restless leg syndrome. Examples include antidepressant drugs, lithium, alcohol, caffeine.

- How is it diagnosed?

If the patient has a long-term inactivity in the legs and an uncomfortable feeling that occurs before sleeping, and this uncomfortable feeling causes an irresistible urge to move the legs, this condition may impair sleep quality and cause insomnia and lack of attention during the day, headache, sleepiness. a physician. The causes of restless leg syndrome are investigated in these patients, the patient's history is learned and neurological examination and detailed blood tests are performed. EMG is performed to investigate underlying peripheral neuropathy. After all these examinations, the patient may need a sleep test to investigate the sleep disorder.

- What diseases can be confused with restless leg syndrome?

Neuropathic pain caused by Parkinson's disease, fibromyalgia, muscle disorders, joint pain, circulatory disorders and diabetes can mimic restless leg syndrome.

- How is it being treated?

- The first principle in the treatment of restless leg syndrome is to avoid the substances or foods that cause the exacerbation of the disease. Avoiding substances such as alcohol, caffeine and nicotine can reduce symptoms. The patient's medications should be reviewed and medications that may increase the symptoms of restless leg syndrome should be discontinued. Diseases such as anemia, diabetes, nutritional disorders, kidney disease, goiter, varicose veins or parkinson's disease should be treated. If there is no response to these precautions, drug treatment should be started.


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Oral inflammation and treatment


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Typical inflammations of the mouth are defined as primary if it is caused by oral causes, or secondary if it is caused by other diseases.

Stomatitis is an acute or chronic inflammation of the oral mucosa. It develops due to the presence of various microbes in the oral mucosa that may cause infection.
Hemorrhagic stomatitis is manifested by flushing and swelling of the bleeding gingival mucosa. It is often due to a general disease, poisoning or vitamin deficiency. In Greek, stoma "mouth", itis "inflammation" means. Stomatitis broadly includes all inflammations in the mouth. In its narrowest sense, it is limited to the actual oral cavity mucosa.

If the inflammation is tongue, it is called glossitis and gingivitis is called gingivitis. The oral mucosa is easily ill for direct oral reasons. In addition, the first symptoms of some general diseases occur in the mouth. Therefore, oral inflammations are divided into two as primary and secondary. The first develops independently of other diseases. Secondary ones occur after illness of other organs.

Major types of oral inflammation include fever with exudate, ulcer, gangrene, hemorrhage and aphthitis.

Fever

It is the most common and least harmful species. It is caused by the bacterial flora in the mouth, which is capable of making diseases due to various general and local conditions. It can be seen at any age. It occurs especially in children who are not well-nourished, in teething babies and during rash diseases such as measles, scarlet fever, chicken pox and rubella. The main reasons in adults are dental stones and the use of inappropriate dental prostheses.

Digestive disorders, high fever, abusive food, very hot drinks and smoking can also cause this type of inflammation in the mouth. Another common cause of mouth fever is vitamin deficiency. Diseases caused by severe vitamin deficiencies such as scurvy and beriberi are no longer on the agenda of countries with balanced nutrition awareness and opportunities. However, hidden vitamin deficiency diseases are seen due to insufficient and unbalanced nutrition or dysfunction in the body.

Fever usually occurs with redness in the oral cavity. Commonly and uniform redness of the tongue and lips is often seen. The patient hears dryness and burning in the mouth. Swallowing and chewing movements become difficult. Such oral inflammations may be treated using germicidal mouthwashes. In addition, mild drugs and antimicrobial drugs that eliminate the sensation of pain and burning can be helpful. If inflammation is due to vitamin deficiency, the treatment is based on meeting the deficient vitamins.

Exudative oral inflammation

It occurs in the form of a heavy inflammation of the mucosa over white. It is usually the onset of ulcerated stomatitis. The main causes are the same as those of mouth fever. Some occupational diseases and chronic poisoning caused by chemicals also cause this type of inflammation in the mouth. Lead and mercury intoxications lead to gingiva and sometimes inflammation of the tongue. Inflammation in the mouth is treated together with the disease that affects the whole body.

Ulcerative inflammation

It is heavier than mouth fever and exudate oral inflammation. It usually occurs in the form of an epidemic and is easily transmitted if the oral cavity is not cleaned. Inflammation begins in dentists. It then spreads all over the mouth. It causes a yellowish exudate and painful swelling spreading to the tooth roots and even to the lips. Ulcerative oral inflammation may occur due to pharyngeal infections such as Fusobacterium and Vincent's angina caused by spirochetes. In this type of oral inflammation, in which ulcers and wounds heal very slowly after the first bloating phase, germicidal mouthwashes are not sufficient. There is also a general treatment based on antibiotics and sulfamides; cortisone may be required in some cases.

Intra-oral inflammation with gangrene



It is the last stage of ulcer type. It occurs when the organism is extremely weak and causes tissue death.

Intraoral inflammation with bleeding

It is an inflammation of the oral mucosa that occurs with bleeding. It is not usually caused by a specific cause in the mouth. Coagulation disorders are a symptom of common diseases such as liver and cardiovascular diseases, intoxications and vitamin deficiencies (niacin and vitamin C deficiency). Acute leukemia is also common during diseases such as anemia, typhoid fever, malaria due to vitamin B12 deficiency. Treatment depends on the general disease.

Intraocular inflammation

It is often caused by viruses. Usually in infants, pregnant women and digestion

disorder. It can be said that this disease has an allergic dimension in some people, considering that aphthous formations are repeated with the ingestion of certain foods such as walnuts, almonds and strawberries.

The disease occurs with tremors and fever. Fluid-filled blisters, which then turn into very painful ulcers, are seen in the oral cavity. The disease is rapid and heals in 1-2 weeks. In addition to regional treatment in the form of mouthwash, general treatment with antibiotics and cortisone is applied.

Intraoral inflammation due to chronic bacterial and fungal infections

Acti-nomyces is an important group of bacteria that cause inflammation in the oral cavity. These bacteria settle in the bone and muscle tissue in the mouth. The pus from the fistulas they form contains a large amount of typical particles. The entry paths of these bacteria are usually dental caries.

Thrush is a common fungal inflammation in the mouth. Candida albicans species develops in the oral cavity mucosa with the development of a microscopic fungus. It is similar to cut milk that can cover the gums, tongue, cheek inner surfaces and tonsils. White areas appear in the mouth which tend to merge with each other. Under these easily removable formations, a red surface appears. Thrush is more common in newborns. It can be easily treated with locally administered fungicides and methylene blue. But this disease can also occur in the elderly who have been weakened and the organism's defensive capabilities are reduced. In this case, the infection can spread to the deep tissues, namely the respiratory and digestive mucosa.

Secondary oral inflammation

It occurs due to a general disease. Rash diseases such as scarlet fever, measles, rubella and chicken pox, hemorrhagic diseases such as scurvy and hemophilia, leukemia, agranulocytosis and blood diseases such as anemia due to vitamin B12 deficiency are seen during various occupational diseases such as mercury, bismuth, lead, silver and copper. .

The main oral infections caused by specific microbes are: first stage lesion in syphilis; ulcers in tuberculosis and inflammations associated with stretch marks (tuberculosis stomatitis); deep nodular formations (leprosy stomatitis) ulcers in time; gonococci-related inflammation in gonorrhea; oral infections due to diphtheria, snake and impetigo.


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What is ferritin? Why is ferritin testing important? What does low ferrite mean?


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Why is ferritin testing important? Ferritin is a protein produced in the body and is responsible for storing iron. The ferritin test is therefore important because the amount of ferritin in the blood determines the amount of iron. What is ferritin, why ferritin test is done and normal values ​​of ferritin, ferritin deficiency and low causes of what we have examined in detail in our news.

Ferritin is the iron stores of our body. Ferritin content is determined by a special blood test. And the amount of ferritin in our blood is also important because it reveals iron deficiency. The lack of ferritin due to the lack of iron in the body is wondering what kind of disease leads. There are some reasons for the low amount of ferritin. There are also some symptoms of ferritin deficiency. What is ferritin, why ferritin test is done, the causes of deficiency or low levels of ferritin, and what are the causes of diseases such as the details in our news.
WHAT IS FERRITE?

For ferritin, the body can be called the iron store. Ferritin, a protein, is produced in the body. Normally, 70 percent of the iron taken into the body goes to hemoglobin and the rest is stored in ferrite. Ferritin is mostly found in the liver, but is also found in the bone marrow, spleen and skeletal muscles. The amount of ferritin in the blood is mixed with the amount of hemoglobin. But the tests for counting two are different.
WHY IS THE FERRITE TEST IMPORTANT, WHY?

Lack of ferritin or low ferritin in the blood is the major symptom of iron deficiency. The amount of ferritin is determined by special blood test. Ferritin test is important to show the amount of iron in the body. Iron deficiency in the body may manifest itself with some symptoms. For example, you may be constantly tired because of low ferritin.
WHAT DOES FERRIT'S LOWS MEAN?

The low level of ferrite, which is the iron depot of the body, is directly proportional to the iron deficiency. Thus, low ferritin indicates that there is not enough iron in the body. When iron is insufficient to meet the needs of the body, iron depots are depleted and ferritin levels decrease. Inadequate iron uptake and absorption, during pregnancy or in diseases caused by chronic blood loss, ferritin deficiency may occur. Before any signs of iron deficiency develop, iron depots may occur consumed significantly. In this case, some diseases occur.
WHAT ARE THE SYMPTOMS OF LOWER FERRITIS?

Due to the low level of ferritin, the body's iron depot, some disturbances occur. If the amount of ferritin in our body is well below normal values, it may cause symptoms such as shortness of breath, weakness, dizziness, fading of the skin and palpitations. Persons with low ferritin fatigue more quickly and find it difficult to perform a small amount of physical activity. And because of the sudden loss of energy, these people are exhausted even when doing their daily work.

One of the symptoms of low ferritin hair loss problem. The reason for this is that hair follicles do not get enough iron. Low ferritic thyroid gland to work less, which leads to hypothyroidism.

Low ferritin causes dryness and discoloration of the skin. This is because ferritin is just below the epidermis. Iron deficiency, ie low ferritin, affects nail health. With the lack of ferritin, the nails become more brittle.

The amount of iron that is inadequate due to low ferritin influences the transport of the oxygen the body needs. Inadequate oxygen supply causes breathing difficulties.

As iron stores run out, shortness of breath, ringing in the ears, drowsiness and restlessness may occur. If anemia becomes more severe, chest pain, headaches, leg pain, shock, or even heart failure may occur. Children's learning abilities may be impaired. In addition to the general disease symptoms of anemia, there are also findings specific to iron deficiency.

If you have any of the substances listed above, you should consult an internal medicine doctor. Your doctor may ask you for a ferritin blood test if needed. Early diagnosis for any disease is very important for treatment.
WHAT CAUSES FERRIT'S LOW?

Blood loss is the main cause of ferritin deficiency. Blood loss can be caused not only by bleeding injuries but also by internal bleeding or menstrual bleeding. For example, ferritin levels may decrease as a result of menstrual periods with heavy bleeding. In addition to this, uncontrolled bleeding, such as food tube ulcers, stomach and colon ulcers, chronic infections, gastrointestinal bleeding, inflammatory bowel diseases, may result in low ferritin. The main causes of low ferritin are;

iron deficiency

Gastric and intestinal diseases

Vitamin C deficiency

Alcohol consumption

Prolonged digestive tract bleeding (blood loss due to ulcers)

Thyroid diseases

Stomach bleeding due to excessive drug use, such as aspirin, steroids or non-steroidal anti-inflammatory drugs

Inflammation of the intestine

Liver diseases such as hepatitis

Serious diseases such as esophageal stomach or colon cancer

Excessive menstrual bleeding

Internal bleeding

Blood loss for various reasons

Not enought feeding

Iron absorption problems

Iron deficiency anemia

VALUES OF NORMAL FERRITE

Adult men: 12 to 300 ng / ml

Adult women: 10 to 150 ng / ml

In newborns: 25 to 200 ng / ml

1 month old infants: 200 to 600 ng / ml

2-5 months old infants: 50 to 200 ng / ml

Children between 6 months and 15 years: 7 to 142 ng / ml
TREATMENT OF FERRITE (IRON DEFICIENCY)

Following the ferritin test, it is below the normal values ​​given above, indicating the body's iron deficiency. In this case, the body needs to replace the iron. Blood syrups, iron tablets and pills containing vitamin c are the simplest treatments for low ferritin. Further blood and bone marrow transplants may be required. Apart from these treatments, the application of the following substances will help the healing process.
CURRENT LEVEL OF FERRITE

If the iron deficiency is found to be low in ferritin by your doctor, the above-mentioned treatments can be applied. In addition, you have to follow the rules of nutrition. For example, you prefer foods that are rich in iron. Thus, you will meet the iron you need naturally. For example, meat, chicken, fish, molasses, milk and dairy products, green leafy vegetables and enriched cereals are foods with high iron content.

Low ferritin is not only iron deficiency. Sometimes the low iron absorption also reduces the value of ferritin. For this, you should eat foods that contain vitamin C. Because vitamin C increases the absorption of iron in the intestines. Orange, kiwi, grapefruit and blueberries are examples of foods rich in vitamin C.

Vitamin C increases iron absorption and alcoholic and caffeinated drinks have the opposite effect. It is important to avoid these beverages as much as possible in terms of increasing iron absorption.
IS THE HEIGHT OF FERRITE DANGEROUS?

It is harmful to be high as well as low ferrite. The high levels of ferritin, which are manifested by abdominal pain and blackening, can be reduced to normal with some medications and diet.

Symptoms of elevated ferritin may include palpitations, joint pain, weakness, chest pressure and sexuality.

Rheumatism, type 2 diabetes, blood cancer, lymph cancer, excess iron intake, blood diseases, hepatitis, cirrhosis, and blood transfusions are the causes of high ferritin.


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Vitamin B12 Deficiency


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VITAMIN B12 AND LACK

Vitamin B12 deficiency is a very important vitamin deficiency that makes memory problems, forgetfulness, weakness, fatigue. It is frequently seen in people who do not eat meat. It is sometimes seen in patients with stomach disease. If you are fatigued and tired, you should have your blood vitamin B12 level measured. Some people don't eat red meat because they have high cholesterol. This is wrong. Red meat must be eaten once a week. Vitamin B12 is also found in animal foods such as milk, cheese, yogurt, and seafood such as fish.

What is Vitamin B12?

Since it contains cobalt metal in its structure, vitamin B12 is also called cobalamin. Vitamin B12 is found in multivitamin drugs under the name cyanocobalamin. Vitamin B12 is essential for the health of nerve tissue and for the production of red blood cells (erythrocytes) and for the production of DNA in our cells.
Dietary vitamin B12 is absorbed from the intestines by combining it with a protein called intrinsic factor secreted from the stomach. The good absorption of vitamin B12 from the intestines depends on the proper functioning of the stomach, pancreas and intestines. Daily vitamin B12 requirement is up to 2.4 micrograms.

Foods
Vitamin B12 is found in animal foods such as red meat, chicken, turkey and fish, and to a lesser extent in milk and yogurt. It is not found in plants and yeast. A glass of pasteurized milk contains 0.9 micrograms of vitamin B12.

Who Can See Vitamin B12 Deficiency?
Vitamin B12 deficiency occurs in anemia called pernicious anemia. Pernicious anemia is a disease caused by disruption of the absorption of vitamin B12 from the intestines. This disease occurs in 2% of people over 60 years of age and is treated with vitamin B12 injection.
B12 deficiency is usually seen in people who do not eat meat (vegetarians), stomach and intestinal disease. This is because vitamin B12 is often found in animal foods. Vitamin B12 deficiency is frequently seen in patients with atrophic gastritis in their stomachs or those whose stomach is taken by surgery. It is known that vitamin B12 deficiency is common in patients with helicobacter pylori bacteria in the stomach. Occasionally, vitamin B12 deficiency is rarely seen. Aging is an important cause of vitamin B12 deficiency. Vitamin B12 deficiency is common in the elderly.

Diseases that prevent the absorption of vitamin B12 and cause deficiency are:
· Stomach atrophy, no acid
· The presence of helicobacter pylori bacteria in the stomach
Excessive bacterial growth in the intestine after antibiotics
· Long-term use of metformin, a diabetes medication
· To use stomach drugs called antacids, H2 receptor antagonists and proton pump inhibitors
· Chronic alcohol use
· Stomach surgery
· Pancreas gland not working properly
· Sjögren's syndrome
· AIDS disease or HIV-positive people

Anemia occurs in only 29% of people with vitamin B12 deficiency. Therefore, vitamin B12 deficiency does not occur in all people with anemia.
B12 failure occurs in 10-15% of patients over 60 years of age. Vitamin B12 deficiency in the elderly can be treated with multivitamin drugs.

Let's pay attention to some medicines that make vitamin B12 deficiency:
In patients receiving gastric and duodenal ulcer or gastritis, omeprazole-type medication may cause vitamin B12 deficiency or decrease in blood levels.
· Use of antibiotics such as chloramphenicol and neomycin
· Colchicine, which is used in the treatment of the disease, which is characterized by high uric acid in the blood called gout, may cause vitamin B12 deficiency.
Metformin (Glucophage, glyphor, matophine, etc.) used in the treatment of diabetes may cause vitamin B12 deficiency.
· Nitrous oxide used in anesthesia during surgery may also cause vitamin B12 deficiency.

B12 Deficiency Symptoms:
· Fatigue
· Weakness
Nausea
· Constipation
· Gas
· Loss of appetite
· Weight loss
· Anemia
· Difficulty in walking and balance disorder
· Forgetfulness
· Dementia
· Pain in the tongue
· Loss of numbness and numbness in the legs
· Tinnitus in the ear

Nervous system disorders can also be seen in vitamin B12 deficiency.


Vitamin B12 should be given in addition to:

· Pernicious anemia
· Gastric surgery
· Vegetarians
· Elderly people
· Pregnant and babies
· Patients with bowel disease

People over the age of 50, vegetarians, women planning to become pregnant should take vitamin B12 as a multivitamin drug 6-30 micrograms per day. If there is no pernicious anemia, vitamin B12 should be taken orally in tablet form. In case of pernicious anemia and gastric surgery should be taken as an injection.

Is Vitamin B12 Excess harmful?
Excess vitamin B12 is not harmful.

* For informational purposes only, consult your doctor for diagnosis and treatment

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What Causes Protein Deficiency?


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There are various nutrients that our body needs to maintain normal functioning. These include; "macro and micro nutrients" are divided into two different groups of nutrients. Macro nutrients; "carbohydrates, proteins and fats" while micronutrients; "vitamins and minerals". Protein is perhaps the most important of all macronutrients, because each part of our body is made up of proteins or continues to function with this nutrient.

Because of this vital importance, a possible protein deficiency in the body can cause various health problems. Knowing exactly what the protein deficiency is actually caused by and what symptoms are there to help you understand if you are suffering from such a problem will be very important for the "diagnosis and treatment" of the problem.
What is Protein?

Protein is a macro molecule that has many different functions in the body. It is one of the macro nutrients such as fat and carbohydrates. It has many different functions, from DNA formation to cell formation and intercellular communication. Especially in animal products, white and red meat, eggs, milk and dairy products contain large amounts of protein. In addition, plants contain protein, which is an important source of protein because it contains 25 grams of protein per 100 grams of lentils . ( 1 )

The most well-known characteristic of protein by athletes is that it is present in large amounts in muscle mass. Protein deficiency can manifest itself in many different symptoms in the body and can cause important diseases if left untreated. Before looking at the symptoms of protein deficiency, let's look at the question of protein deficiency causes.
Causes Protein Deficiency

Protein deficiency is caused by the body's inability to receive the amount of protein it needs. An estimated one billion people worldwide do not consume enough protein. ( 2 ) This is especially the case in South Asia and Central Africa.

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The most important form of protein deficiency is the disease known as kuvashiorkor (kwashiorkor, malnutrition). This disease is quite common in children living in regions where scarcity and unbalanced nutrition are common. Protein deficiency is not a common occurrence in the Western world, but it may also occur in these regions due to malnutrition. Protein deficiency is a condition that can affect almost the entire body and manifests itself with many different symptoms. In the long term, low protein consumption may lead to deterioration of body form and the onset of muscle loss.
What are the symptoms of protein deficiency?

We list the symptoms of protein deficiency that can be caused by malnutrition:
1. May cause edema problem

Edema with swollen and swollen skin is a classic symptom of malnutrition. Scientists think this is related to low albumin. Albumin is the most common protein in human blood. One of the main features of albumin is regulation of oncotic pressure. Oncotic pressure provides blood circulation. Lack of albumin can cause problems during the delivery of blood to the tissues, causing the tissues to collect water. Protein deficiency can also cause abdominal distention. A swollen abdomen is a prominent feature of malnutrition.
2. May Cause Liver Fatty

Another characteristic feature of Kuvashiorkor's disease is the accumulation of fat in the liver. Uncontrolled fat in the liver can cause inflammation, liver diseases and even liver failure. Liver fat is also seen in obese people and people who use heavy alcohol. It is not known exactly how protein deficiency causes fatty liver.
3. Hair, Skin and Nail Problems May Occur

Protein deficiency often manifests itself in hair, skin and nails. These tissues are susceptible to protein deficiency because they contain large amounts of protein. Children with Kuvashiorkor disease have red, cut and stained skin. ( 3 ) Protein deficiency can cause thinning of hair, discoloration of hair, loss of hair and deterioration of nails structure. ( 4 ) However, these conditions are unlikely to occur unless you have a severe protein deficiency.
4. Muscle Loss (Atrophy) May Occur

One condition that athletes are reluctant to live during diet is muscle loss. For this reason, they reduce their diet by paying attention to the amount of protein in the diet.

Muscle loss is one of the most important causes of protein deficiency. Muscles are the most important and large protein stores of the body. When there is not enough protein in the diet and the body cannot get enough protein, the body pulls protein from tissues like muscle. This may lead to muscle loss and shrinkage of muscle tissues over time.

Even the average protein consumption in elderly people may be insufficient and muscle loss may occur. A study has shown that the consumption of small amounts of protein in older men and women causes large amounts of muscle loss. ( 5 ) There are many studies supporting this situation.

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5. Negatively Affects the Strength of Bone Tissues

Tissues adversely affected by inadequate protein consumption are not only muscles, but also protein bones are important for bones. Failure to consume enough protein may result in thinning of the bones and reduced density. This puts your bones at risk. Studies show that high protein consumption is important for women after osteoporosis after menopause. In one study, it was observed that 20 grams of protein supplements every day slowed bone loss by 2.3% in post-menopausal women. ( 6 )
6. Can Stop Growth in Children

Protein not only prevents muscle loss but also triggers growth. Protein deficiency can reverse the situation. Lack of nutrients can cause growth to stop in children. Many studies show that low protein intake weakens growth. ( 7 )
7. May increase the severity of infections

Protein deficiency can also have negative effects on the immune system. The impaired immune system may increase the risk or severity of infection, which is a sign of severe protein deficiency. ( 8 )
8. May Cause High Calorie Intake by Increasing Hunger and Appetite

It is known that protein can reduce the feeling of hunger and thus reduce calorie intake by preventing extra nutrition. When this is the opposite, that is, when protein intake is reduced, hunger and desire to consume food increase in the body.


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Your Body Indicates Vitamin K Deficiency 9 Important Tips


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We all know more or less how important vitamins are for our body, but we do not have enough vitamins in our body, how the symptoms of vitamin deficiency manifest themselves, we do not know much.

Just as you know for a while we've been trying to find out what effects a vitamin deficiency has on our body. Even those who will remember, we have previously studied the symptoms of vitamin D deficiency together, and discovered what happens in the body when vitamin B12 is missing.

Today's vitamin K!

You will be amazed to learn the symptoms of vitamin K deficiency and how it creates effects on our body.

If you have some or all of the following symptoms, you should go to your doctor in no time and find out if you have the necessary measurements and vitamin K deficiency.

If you're much more cold than before ...

One of the most obvious and known symptoms of vitamin K deficiency in our body is anemia. One of the most well-known signs of whether you suffer from anemia is that you start to feel much more cold than before.

Therefore, if you have started to get very cold even in the weather you have never been cold before, you may be faced with anemia and vitamin K deficiency.

If your skin has become more sensitive than before, and even bruises at the slightest stroke ...

One of the recognizable symptoms of vitamin K deficiency is that the skin becomes sensitive and easy to turn purple. Because vitamin K is one of the substances that play an important role in the coagulation of the blood, and in the event of deficiency, the blood does not clot easily and can therefore become bruised in the slightest stroke, for example when you accidentally slam your arm against the door or hit your leg.

If you feel that you have such a problem at this time, do not forget to consult your doctor and take the necessary measurements.

Bleeding does not stop when you are accidentally cut anywhere, if blood continues to flow for much longer than before

As you might expect, it takes longer to clot blood due to a lack of vitamin K, causing bleeding to stop late. If small knife cuts and even a paper cut your hand cause frequent bleeding in the kitchen, if you have noticed that these bleeds continue more intensively and for a long time than before, we say that you should take your doctor's way to make the necessary measurements without losing any time.

If you're brushing your teeth or bleeding into your gums ...

As we said from the beginning, the most significant effect of vitamin K on our body is on blood clotting. So if your teeth are bleeding from your brushes, even if you notice any blood leaks on your gums at any time you do not brush your teeth, consult your dentist immediately.

There may be many causes of bleeding gums, and one of the most common causes of vitamin K deficiency is to say from us.

If there's blood coming from your nose in a way you don't know why ...

Vitamin K deficiency does not only manifest itself in cuts and bleeding gums. Sometimes it manifests itself as nosebleeds, which may indicate that your vitamin K deficiency has reached a relatively more severe extent. If you do not experience the above-mentioned conditions, but if you experience occasional nosebleeds, you should have your blood measured immediately and have all the tests your doctor deems necessary.

If you notice more blood coming in your period than before ...

One of the ways women understand whether they have vitamin K deficiency in their body is that they regularly follow it during their period. If there is an increase in the amount of blood that goes in a certain order and arrives in certain amounts during this period, vitamin K deficiency may occur if the period of menstrual period is prolonged.

When you go to the bathroom, if you get blood in your urine or feces ...

Vitamin K deficiency can have effects such as bleeding gums, nosebleeds, bleeding more than small cuts, but in the case of further deprivation, this can cause serious effects such as blood in urine and feces, internal organs, especially in the digestive system. can.

In this case, a doctor should be consulted and necessary tests and examinations should be done immediately.

If your bones are aching or fragile than before ...

We have learned about the effects of vitamin K deficiency on blood clotting and the effects it may naturally have on our body, but this is not limited to that. Because vitamin K deficiency also causes a decrease in protein absorption. So if you don't have enough vitamin K in your body, you can't benefit from all the proteins you get from food.

If this condition becomes long-term, there may be conditions such as bone pain and even increased risk of fracture.

If your newborn baby has bleeding in the belly ...

It is not surprising that vitamin K deficiency is present in newborn babies. However, in some babies, this deficiency may manifest itself as bleeding in the belly, which is a condition that your baby's doctor must be aware of and intervene.

If you have a newborn baby and have seen a small amount of blood in your belly, if there is bleeding, go to your pediatrician without any fuss or loss of time and have your doctor see fit.

An important note: If you have one or more of these symptoms, do not hesitate to go to the doctor immediately and take the necessary measurements. If you are suffering from vitamin K deficiency, take care to eat according to the advice of your doctor and to use the medications to be given to you if your doctor deems necessary.

"What foods are rich in vitamin K?" Say them immediately: spinach, chard, kale, beet, broccoli, arugula, lettuce, cress, cauliflower, okra, blueberries, avocado, kiwi, onions, various spices, vegetable oils and so on.


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Vitamins and Minerals


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Vitamins are regulators and resistance enhancers that are found in natural nutritional sources, which help cell regeneration and energy production, which the body needs in certain amounts on a daily basis and which should be taken as an external supplement when it is not sufficient. However, many of the vitamins cannot be produced in the human body. Therefore, the amount required for health can be taken additionally if it cannot be taken through natural food sources.

There are two types of vitamins: water soluble and oil soluble. The water-soluble vitamins are excreted through the excretory system after the amount required for the body is consumed. Therefore, such vitamins should be taken regularly. Fat-soluble vitamins are more easily stored in the body. Therefore, water-soluble vitamins should be consumed more frequently than fat-soluble vitamins.

Minerals like vitamins are needed by the body; are essential elements for the healthy functioning of the body. Minerals are inorganic substances unlike vitamins. Since the human body itself cannot produce minerals, it should be taken through nutrients and / or as supplements. They play a role in bone development, control of body fluids inside and outside the cell, and the conversion of food we eat into energy.

vitamins

Vitamin A
Vitamin A is a type of fat soluble vitamin that is included in many foods. Reproduction is important for vision and immune system. It contributes to the healthy functioning of organs such as heart, kidney and lung. Two types of vitamin A are available. The first type of vitamin A is preformed Vitamin A found in everyday foods such as meat, fish, poultry. The second type of vitamin A is the vitamin A found in vegetable foods such as fruits and vegetables. Vitamin A can be found naturally in foods as well as in products such as milk and cereal. There are also supplements that contain both multivitamin-minerals and only vitamin A.

Vitamin A deficiency can cause dry eye, especially in children and pregnant women. On the other hand, preformed vitamin A, taken in high doses, especially in pregnant women, may cause some health problems. In the absence of vitamin A, night blindness occurs as a result of the disruption of the synthesis of rhodopsin, a substance that provides vision in the dark. If this condition is left untreated, vision loss develops rapidly. The epithelium covering the outer surface of the eye, called the conjunctiva, dries and becomes opaque. Permanent vision loss occurs due to ulceration of this layer. Vitamin A deficiency also decreases resistance to infections; inflammation of the hair follicles, loss of appetite, loss of taste and smell sensations are seen. In people suffering from vitamin A deficiency, the normal healthy structure of the skin is lost, and various skin diseases may occur on the skin surface.

Vitamin D
Vitamin D is a food substance found in foods, which helps the muscles to move, and especially strengthens the bones. It is one of the fat soluble vitamins. It helps to absorb calcium, which is the basic building block of bones, in foods and supplements. For example, nerves require vitamin D to transmit messages transmitted by the brain to organs. Together with calcium, it helps prevent bone resorption in adults. The main source of vitamin D is sun. For this, the body must be in direct contact with the sun. The sun that comes in contact with the glass inside the house does not form vitamin D in the body. Cloudy weather, shade and dark skin reduce the body's vitamin D production.

Vitamin D is naturally found in very few foods. Oily fish such as salmon and tuna are the best sources of vitamin D. Liver, egg yolk and cheese contain low levels of vitamin D. However, vitamin D can be added to some orange juices, yoghurts and margarines. However, two types of vitamin D can also be included in the content of supplementary foods, in the form of D2 and D3. Both species increase vitamin D in the blood.

The natural form of vitamin D in the body is a substance called cholecalciferol (vitamin D3). When exposed to ultraviolet light (sunlight), vitamin D3 is produced from cholesterol, which is synthesized in the body or taken from the diet.

Vitamin D deficiency especially calcium, bone, teeth, nail formation occurs that disrupt the abnormalities. Hypocalcemia and bone loss occur in adults, especially in menopausal women, whose estrogen hormone is insufficient due to vitamin D deficiency. Studies have shown that vitamin D and calcium deficiency are more effective than the lack of estrogen in osteoporosis observed in women during menopause, and that women who do not receive calcium and vitamin D adequately are at risk, especially since the age of 30 years.

Depletion of minerals from bone during growth (demineralization) causes insufficient mineral precipitation to the bone matrix and can cause serious bone disorders in adults. The shape of the bone changes as a result of weights on the softened structures since the mineral does not collapse during growth along with the insufficiency of calcium precipitation to the bones.

Vitamin D deficiency also causes liver disease and muscle diseases due to decreased phosphate in muscle. It causes tetanus, which means that the muscle tissue remains permanently contracted as a result of not getting enough calcium from the blood.

Vitamin E
Vitamin E, which is one of the fat soluble vitamins, is included in the contents of many foods. With its powerful antioxidant effect, it helps to protect cells against free radicals. Our body needs vitamin E to strengthen the immune system. With its antioxidant effect, vitamin E also helps to protect our body against serious diseases such as cancer and cardiovascular. It can be found in many products as well as supplementary foods containing vitamin E. Vegetable oils are among the best sources of vitamin E. Green vegetables such as spinach, broccoli also contain vitamin E. Vitamin E can be supplemented into products such as fruit juice, margarine.

Vitamin K
Vitamin K, which contributes to blood clotting and healthy formation of bones, is one of the fat soluble vitamins. Vegetable oils, green leafy vegetables such as cabbage, parsley, brussels sprouts, beans, and meat, eggs and cheese contain vitamin K. Multivitamin / Multimineral supplements also include vitamin K. However, food supplements containing only vitamin K are also available.

Vitamin B1 (Thiamine)
Vitamin B1, which is one of the water soluble vitamins, helps the foods we eat to convert into energy. Therefore, it is important for the development and growth of cells in the body. It meets the energy needs of the heart and nervous system. Deficiency of this vitamin can cause neurological diseases and heart diseases. Thiamine deficiency is often associated with other vitamin deficiencies and calorie deficiency. The first signs of thiamine deficiency are psychic symptoms, such as loss of appetite and anxiety. The amount of vitamin B1 required varies according to age and gender. It is found in whole grains, fortified breads and rice. There is also vitamin B1 in meat and fish. However, vitamin B1 is also included in Multivitamin / Multimineral supplement foods.

Vitamin B2 (Riboflavin)
It helps convert the food we eat into energy. It has antioxidant effect. Helps balance sugar levels, slows down aging, eliminates the damage caused by free radicals. A deficiency of vitamin B2 can cause problems with digestive problems, especially stomach-related problems. In developed countries, deficiency is rarely seen. However, subclinical deficiencies are common. May cause growth retardation in children. There is a deficiency combined with deficiencies of other vitamins rather than deficiencies alone. Experimental riboflavin deficiencies cause glossitis, pyuritis, skin peeling, seborrheic dermatitis. Corneal vascularization may occur. This causes photophobia, decreased vision, burning sensation. Deficiency can also be considered teratogenic. Burning and surgical traumas, chronic diseases (such as tuberculosis, rheumatic fever, subacute bacterial endocarditis), diabetes, hyperthyroidism, people with liver cirrhosis are at risk for deficiency. Vitamin B2 is found in dairy products, eggs and legumes. There are also supplements that contain both multivitamin-minerals and only vitamin B2.

Vitamin B3 (Niacin)
It provides the conversion of carbohydrates, fats and proteins into energy. Water soluble vitamins. It is effective against alzeimer disease. Niacin also performs important tasks such as improving blood circulation and reducing blood cholesterol levels. They participate in energy-generating reactions in the tissues by the conversion of carbohydrates, fats and proteins. They are essential for growth and synthesis of hormones. Pellegra; niacin and tryptophan deficiency. Symptoms include dermatitis, dementia, diarrhea and nervous disorders. Nausea and vomiting occur early. It can cause paralysis especially in the legs. It also causes anorexia, insomnia, headache, irritability and mental confusion. It is found in many vegetable and animal foods. Vitamin B3 is also found in dairy products, poultry, fish and vegetables such as broccoli, potatoes and tomatoes.

Vitamin B5 (Pantothenic Acid)
It helps convert the food we eat into energy. It is also called antistress vitamin. Helps to produce red blood cells. It is a component of coenzyme A. It plays an important role in the metabolism of carbohydrates, proteins and fats. Therefore, it is involved in the maintenance and repair of the integrity of all cells and tissues. Beef, fish, chicken, eggs and beans, broccoli, cereals, cauliflower, avocado is found in foods such as. Since it is found in many foods, its deficiency is usually rare. The deficiency picture in humans is not well defined. Other B vitamins are associated with deficiencies. When the deficiency was created experimentally, problems such as weakness, headache, sleep disturbances, nausea, abdominal pain, vomiting and gas were observed. In animal deficiencies, there are many symptoms such as growth deficiencies, fertilization deficiencies, dermatological diseases and adrenal gland necrosis. The need for alcoholics has increased. A decrease in blood levels has been detected in women receiving oral contraceptives. Urinary excretion is increased in people with diabetes and those with gastrointestinal disease have insufficient absorption. The need increases with growth, pregnancy and lactation.

Vitamin B6 (Pyridoxine)
Our body needs vitamin B6 in more than a hundred chemical reactions. It contributes to the regular functioning of the nervous system. Lack of vitamin B6 may have symptoms such as wounds on the lips, hair loss and weakness. Fish and offal are foods rich in vitamin B6. Carbohydrate-containing vegetables such as potatoes and fruits other than citrus fruits also contain vitamin B6. Vitamin B6 in the form of pyridoxine can also be found in dietary supplements. In addition, supplementary foods are available that contain both multivitamin-minerals and only vitamin B6.

Vitamin B12 (Cobalamin)
It is necessary for the brain and nervous system and blood cells to be healthy. It also helps in the formation of DNA. Helps prevent megaloblastic anemia that causes fatigue. If there is not enough vitamin B12 to meet the needs of the cells, the production of blood cells is slowed down and the cells produced are of poor quality and weak. It is therefore important to provide an adequate amount of vitamin B12. A rare deficiency leads to megaloblastic anemia and neuropathy. It is characterized by fatigue, weakness, dyspnea, paresthesia, glossitis, appetite and weight loss, impotence, psychiatric symptoms and severe anemia. Irreversible disorders of the nervous system. Those with pernicious anemia are the greatest risk group. After gastrectomy, exposure to corrosive agents may cause damage to the gastric mucosa.

Especially in the liver, as well as kidney, heart, spleen and brain are found. Absorption occurs on the condition that intrinsic factor is produced in the small intestine and stomach. It binds to the proteins to which it will go to tissues after absorption. Excretion is through urine, bile and feces. Very well maintained in the body. Therefore, symptoms of deficiency gradually appear. Light, oxygen, acid, alkaline slowly loses its activity, but is heat-resistant.

Liver and mussels are the best sources of B12. In addition, meat, milk, eggs are also B12. Most multivitamins also have B12. There are also dietary supplements containing only B12 and dietary supplements containing folic acid and other B vitamins.

C vitamin
Water soluble vitamins. With its powerful antioxidant effect, it helps to protect cells against free radicals. Our body needs vitamin C in the production of collagen, a protein used for healing wounds. It also helps the immune system function in a healthy way to protect our body against diseases. Deficiency occurs in scurvy. Petechia and ecchymosis bleedings in the skin, swelling and bleeding in the gums, bleeding in the urine and bleeding in the gastrointestinal tract (hematemesis and melena) are the most striking findings. The skin becomes rough and dry and hyperkeratotic changes occur in the hair follicles of the hips and legs. Bones stop growing, lose bone mineral, osteoporosis occurs. ”
The most important sources of vitamin C are citrus fruits such as oranges and grapefruits. On the other hand, most multivitamins contain vitamin C. There are nutritional supplements containing only vitamin C, as well as nutritional supplements with other nutrients.

Folic acid
It is one of the vitamins needed for blood production in the body, new cell formation and muscle building. Especially before and after the pregnancy, the need for folic acid may increase. Folates are involved in cell division and maturation activities. There is a tight connection between folic acid and vitamin B12. Folic acid is important in the formation of the structures that make up the nervous system of the unborn babies. Folic acid requirement increases during blood production and when metabolism is accelerated. Folic acid deficiency causes a decrease in the number of red blood cells and white blood cells (anemia). Wounds may occur in the mouth and digestive tract, hair formation and elongation may be impaired.

In children of folic acid deficiency, the so-called neural tube defect arises and disorders of the spinal cord and central nervous system structures are observed. Offal, eggs, milk, yogurt and legumes contain folic acid. It is also produced in the form of supplements.
Minerals

Calcium

99% of calcium, the most abundant mineral in the human body, is found in bones and teeth. The remaining 1% is stored in blood and cells. Calcium; it is a necessary mineral for the functioning of muscles, blood clotting, bone and dental health and regular functioning of the nervous system. The amount of calcium to be taken daily varies in infants, children, adults and pregnant women. It causes various diseases such as bone resorption, rickets, tooth decay, fracture of hair and nails, pain in joints and muscles, hypertension. If it is not taken sufficiently during pregnancy and infancy, it causes developmental disorders. If it is taken too much, it causes problems like kidney stone, calcification and muscle weakness. Calcium is mostly found in dairy products such as milk, yogurt, cheese, and also in many foods such as dried legumes, nuts, almonds, walnuts, eggs, butter, fish.

Magnesium
Magnesium is a mineral that is constantly needed by the body and is an important mineral for bone development, heart health, cell structure, hormone balance and muscle structure. Skin, hair and nails are more powerful and healthy, the nervous system is effective in working properly. In the body; calcium, vitamin c, sodium and phosphorus. It is also called anti-stress mineral because it is effective in the nervous system. In the absence; problems such as heart, brain, kidney function, sleep problems, fatigue, muscle cramps are seen. Magnesium; dark green vegetables, pumpkin seeds, soybeans, peanuts, eggs, whole grain bread is found in many foods.

Zinc
Zinc found in all parts of the body such as cells, organs, bones; It is a mineral necessary for healing of wounds, cell repair, growth and development, immune system and reproductive functions. It is also one of the essential minerals involved in the synthesis of proteins, heart and brain functions, and cell metabolism. Zinc deficiency; while it causes retardation in growth and development of children, problems in the reproductive system in adults, hair loss, weakness, weakness in the immune system, causes many problems such as distraction. Zinc, which is mostly found in animal foods; legumes, almonds, peanuts, walnuts, sesame seeds, mushrooms, spinach, seafood and cereals.

Potassium

Potassium, which is the most abundant mineral in the human body after calcium and phosphorus, is necessary for the functioning of the nervous system and muscles by keeping the ph value in balance in the body. It is important in transporting oxygen to the brain, maintaining water and mineral balance in the body, transporting nutrients into the cell, and working the heart regularly. Since potassium mineral is found in many foods, it is generally not lacking. But; Inadequate nutrition, diuretics, diarrhea and excessive sweating, such as potassium deficiency is encountered. Potassium deficiency in the body; muscle weakness, cardiac arrhythmia, impaired renal function, fluid accumulation in the body. Potassium mineral; beans, potatoes, spinach, lentils, bananas, melons, dried fruits, green leafy vegetables and dairy products.

Phosphorus

Most of the phosphorus, the most abundant mineral in the body after calcium, is found in bones and teeth. It is the basic building block of DNA and RNA in the cell. Phosphorus; It is an important mineral in strengthening bones and teeth, in the functioning of the heart and kidney, in maintaining hormonal balance and in the formation of energy. Phosphorus must be present together with calcium and vitamin D in order to function. Lack in the body; bone pain, dental problems, nervous problems, heart diseases, muscular fatigue and weakness can be seen. Phosphorus stored in bones is called phosphate. Phosphorus minerals are found in many foods such as meat and dairy products, seafood, almonds, peanuts, lentils, sunflower seeds, sesame seeds and legumes.

Iron

Iron, which is necessary for the production of blood protein called hemoglobin, which is responsible for carrying oxygen in the blood, is an important mineral for the development of the body. It is stored by the body when more than necessary. Lack of women is more common than men. Iron deficiency anemia is the most common anemia problem. When there is not enough iron in the body, the necessary hemoglobin cannot be produced and the vital oxygen for the tissues cannot be transported. Iron deficiency; weakness, fatigue, palpitations, dizziness, hair loss causes discomfort such as. It is recommended to take with vitamin C to increase the effect and absorption of iron mineral. Green leafy vegetables, meat products, liver, eggs, cereals, dates, beets, almonds, dried fruits, molasses are found in many foods.

Iodine

Iodine, which is found mostly in the thyroid glands; It is an important mineral in terms of growth, development, nervous system and reproductive activities. The thyroid gland in the front of the neck is responsible for the production of thyroid hormones. The thyroid gland needs iodine to produce this hormone. In case of lack of iodine; goiter, developmental disability, mental retardation, metabolic disorder, abnormal weight gain can be seen. Especially iodine deficiency in pregnancy may cause serious problems such as developmental disorders in the baby, retardation in brain development, dwarfism and disability. Iodine mineral; iodized salt, milk, eggs, green leafy vegetables, seafood, mineral waters, mineral waters, spinach, zucchini are found in many foods.

Other

Omega -3
Omega-3 is a fatty acid found in seafood and some plants. Although the recommended daily intake of omega-3 varies from person to person, it depends on health indicators such as cardiovascular health, blood pressure levels. This makes it difficult to determine a standard dose recommendation of omega-3. It is known to have positive effects on strengthening of memory, cardiovascular diseases, muscle and joint structure. In the absence; depression, heart disease, memory weakness. When used before and during pregnancy, it reduces the risk of depression and preterm birth. Omega-3 is found in many foods such as walnuts, almonds, kiwis, purslane, pumpkin seeds, flaxseed, mostly in cold sea fish omonsomon, mackerel, sardine and so on.


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What is Vitamin K, What is Deficiency? Which foods are available?


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Vitamins and minerals are as important as proteins, fats and carbohydrates for the healthy body system. Today you can learn more about vitamin K, which is often not remembered but essential for the body; We share a guide giving answers to the questions about what vitamin K is, what nutrients it contains, what causes vitamin K deficiency.

What is Vitamin K?
K-vitamin-What-what-what-the-benefit-of-the lack of which is seen-in-food-located

Vitamin K, which is abundant in fibrous green vegetables, especially broccoli and brussels sprouts, is a micronutrient variety with different forms. (1) Essential vitamin K, which is fat-soluble, is used during the body's ability to produce certain proteins involved in blood clotting. Vitamin K takes its name from the German “Koagulation”.

There are 2 different forms of vitamin K naturally. These are vitamin K1 (Phytonadione, Fitonadion) and vitamin K2 (Menaquinone). The most preferred and used type of vitamin K is vitamin K1 because it has less toxic effect, provides faster benefits, is stronger and works faster. Vitamin K1 is commonly found in fibrous green leafy vegetables. Vitamin K2 is the k vitamins we mostly get from animal products. Vitamin K1 can also be converted by bacteria into vitamin K2 in the intestinal flora. Vitamin K2 helps protect bones. Finally, there is a synthetic vitamin K3 which is produced in laboratory environment, which is not used for vitamin K deficiency and has high toxicity. Since vitamin K is easily soluble in fat, the benefit of vitamin K will increase when consumed with fats.

What does Vitamin K do and what is seen in vitamin K deficiency?
To understand what vitamin K deficiency can cause, you should understand the benefits of vitamin K.

The most important issue of vitamin K is blood clotting. It can prevent the bleeding problem of blood thinners, antibiotics and some drugs. When vitamin K deficiency is recognized by physicians, the person may be prescribed vitamin K.

Click on the link to review and purchase vitamin k supplements that can support your vitamin K deficiency.

Vitamin K can perform the following tasks in the body:

Prevent bleeding problems (hemorrhagic disease of the newborn) in newborns with low vitamin K levels
Prevent the clotting problems of individuals with missing proteins that allow blood to clot
Preventing the lack of clotting factors due to vitamin K, which is a kind of hereditary disorder
Reversing the effects of drugs used to prevent clotting
To help reduce the itching after cirrhosis
Prevent bone weakness called osteoporosis
In addition to these benefits, people use vitamin K cream that is applied to the skin to help treat spider bite wounds, burns and bruises. Vitamin K can also be used to accelerate the recovery of skin tissue after surgery. In the treatment of advanced vitamin K deficiency, your doctor may inject vitamin K with injection.

When we look at all these benefits, we can see more clearly what vitamin K deficiency can cause. Vitamin K deficiency can prevent blood clotting, may cause weakening of the bones, it may prevent the reduction of cirrhosis-related itching.

Which foods are found in vitamin K?
The best sources of vitamin K you can get through natural nutrition: (2)

Spinach, curly cabbage, black cabbage, chard, beet leaves, asparagus, broccoli, cauliflower, parsley, turnip, endive
Green beans, soybeans, peas, mexican beans
Red meat, chicken, chicken livers, duck, kidney, liver
Eggs, dairy products, cress oil, yogurt, cheese
Grapes, kiwi, strawberry, avocado, pomegranate, tomato, blueberry, blackberry, plum, dried figs, red currants
Cashew, walnut, hazelnut, pecan walnut
Vitamin K absorption in these foods may be greater when consumed with vitamin K, cress oil or other oils.

Causes Vitamin K Deficiency?
K-vitamin-What-what-what-the-benefit-of-the lack of which is seen-in-food-located

Vitamin K deficiency should be considered even if it is not a very common health problem. If you think you are experiencing vitamin K deficiency, we recommend that you tell your doctor. Your doctor will do the necessary tests to let you know if you have vitamin K deficiency.

The following factors can trigger the occurrence of vitamin K deficiency:

High consumption of alcohol
Severe malnutrition
Using drugs that interfere with the absorption of vitamin K
Having diseases that affect digestion, such as celiac disease or Crohn’s disease.


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Vitamin D Deficiency, Symptoms and How to Troubleshoot? Vitamin D Resources


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The world's population - up to 90 percent of adults in the United States - has vitamin D deficiency? Many doctors are beginning to take this vitamin deficiency very seriously; It is one of the most recommended supplements of doctors today to treat and / or prevent symptoms of vitamin D deficiency.

Do you know that the majority of the world's population - up to 90 percent of adults in the United States - has vitamin D deficiency?

Many doctors are beginning to take this vitamin deficiency very seriously; It is one of the most recommended supplements of doctors today to treat and / or prevent symptoms of vitamin D deficiency.

Most adults have experienced vitamin D deficiency at some point in their lives, people living in northern parts of the world; they are more fortunate in terms of vitamin D reserves than people with dark skin, people living in places where the world is less exposed to the sun during the year or overweight.

According to the National Health and Nutrition Control Survey, the latest statistics show that more than 90 percent of people with dark skin pigments (including African-Americans, Spaniards, and Asians) living in the United States currently suffer from vitamin D deficiency. There is a 75% deficiency in the white population.

Since the population of overweight and obese adults and children has steadily increased over the past few decades, it has the incidence of vitamin D deficiency symptoms (the number of newly acquired people at risk of the disease). Unfortunately vitamin D deficiency is commonly associated with the risks of developing cancer, autoimmune diseases, hypertension and various infectious diseases.

A study conducted in 2017 has recently demonstrated that the labor force may also play an important role in vitamin D levels. The researchers found that vitamin D deficiency poses a high risk because shift workers, healthcare workers and indoor workers have reduced outdoor exposure and reduced exposure to sunlight.

Fortunately, there are ways you can naturally increase your vitamin D level and reduce your risk of developing health conditions such as heart disease, cancer, diabetes, and other symptoms of vitamin D deficiency. Spending time in the sun, without sunscreen, is the best way to get enough vitamin D, and consuming vitamin D-rich foods will help increase your blood level.

Read on to understand how much time you need in the sun and what foods will help you to avoid symptoms of vitamin D deficiency. What is Vitamin D?

Vitamin D is a fat-soluble vitamin stored in the liver and adipose tissues. This means that increased body fat has the ability to absorb vitamin D and prevent it from being used in our bodies. Vitamin D is slightly different from other vitamins because our bodies try to get vitamin D on their own instead of relying solely on food. The way our body takes vitamin D is to convert sunlight into chemicals used by the body.

Cholesterol in our skin converts “previtamin D ve and makes usable vitamin D3, sometimes called vitamin D. Previtamin D first becomes biologically active in the bloodstream by passing through the kidney and liver. It is an available substance called calcitriol. Vitamin D actually becomes a hormone in the body, especially in a secosteroid hormone. What we know as vitamin D is really the pioneer of steroid hormone. It not only affects our skeletal structure, but also our blood pressure, immunity, mood, brain function and ability to protect ourselves against cancer. Vitamin D2 and Vitamin D3 There are two types of vitamin D:

Vitamin D2 and vitamin D3. The precursor of vitamin D is found in both plants and animal products, but animal products of vitamin D3 are thought to be more absorbable and useful.

So why?
Man-made vitamin D is produced in two ways: by irradiating D2, yeast and other molds (also known as vegetarian vitamin D2) or by irradiating animal fats and cholesterol. The type of vitamin D that our body naturally makes is called cholecalciferol, which is vitamin D3. It may sometimes hide vitamin D2 for use in body functions and may prefer to use vitamin D3 much more effectively.

Unfortunately, most vitamin D-supplemented foods and dietary supplements contain ergokalcifero, a type of vitamin D2 that cannot be absorbed by the body nor can be converted into need. D3 from animal products (especially cholesterol in these products) is the closest to what sunlight naturally produces in humans when it works to convert the UV light of the skin. Vitamin D3 is estimated to convert 500 times faster than D2 and is four times more effective in humans. How is Vitamin D Provided to Prevent Vitamin D Deficiency Symptoms?
Many people assume that the best way to get vitamin D is to drink milk, eat fish, and even take supplements such as cod liver oil. While these serve as a source of vitamin D, direct exposure to the sun is actually the best way to absorb these important vitamins. When sunbathing, without sunscreen, when you sit for about 10 minutes, your body will probably absorb about 10,000 units of natural vitamin D.

Note, however, that this amount varies from person to person depending on skin tone. Melanin is a substance that affects how light or dark your skin is, and how much melanin is in your body, how dark your skin will be. When exposed to ultraviolet sunlight, melanin is released. With more sun we take, more melanin is released in our skin. Most people are believed to be exposed to sunlight up to 90 percent of vitamin D.

The amount of melanin in your skin affects the amount of vitamin D you can produce, so it makes your skin more fair, and you can give your body easier vitamin D. Cholesterol in the skin converts melanin into a vitamin D that can be used to distribute it throughout the body. For many people, during the winter months when they are less exposed to sunlight, there may be a slight and moderate increase in cholesterol levels, because more time is spent indoors and less exposed to sunlight. How Much Is Sunbathing?
Most experts recommend that if you are medium-skinned, you should take about 10 to 15 minutes of sunlight daily without applying sunscreen. If you have dark skin, you will need more time to get enough vitamin D as it provides more protection against the effects of the sun in the sun. Some experts recommend that low-key people stay in the sun for about 40 minutes to an hour per day if possible.

If you live farther from the equator (in the US, this is the middle state or the north), then you need more time in the sun (close to an hour a day). In winter, you should double the recommended time to ensure adequate vitamin D production.

It is a good rule to know that the sun provides vitamin D to your skin:
When you look at your shadow, it's shorter than you. This shows you that the sun is high enough in the sky and has enough power to provide vitamin D. For example, you can sunbathe between 10:00 and 15:00. However, you should know that at other times of the day the sun is less and therefore does not penetrate your skin effectively.

If you are concerned about the effect of sunbathing and direct sunlight on your skin without applying sunscreen, apply sunscreen to your face and hands, but not to your legs (assuming it affects your limbs). This ensures you get the vitamin D you need properly. What Are the Symptoms of Vitamin D Deficiency?
It is worth noting that 50 to 90 percent of vitamin D is caused by exposure to everyday sunlight. Vitamin D is supplied when your skin comes in contact with ultraviolet B (UVB) rays from the sun. Therefore, one of the major reasons why a growing population experiences symptoms of vitamin D deficiency is our modern, primarily closed, lifestyle.

This contributes to the two most common causes of vitamin D deficiency symptoms:

1. Lack of Sun
Years ago, when people spent more time outdoors, they were walking to walk and even go to work, unfortunately today we see a different situation. Many children spend unprecedented hours indoors - watching television, playing video games and surfing the web. Similarly, most adults work indoors, exercise in gyms, and spend their free time at home in the sun. No wonder during this time that “sunlight vitamin ve and vitamin D deficiency affect more than one billion people worldwide. Traditionally, the human vitamin D system starts in the skin, not from the food you eat. It is the most effective way to increase the nutrient level of vitamin D and to prevent sun deficiency and to properly supply sun vitamin D levels.

2. Sun Protectors
Not only do we spend enough time outdoors in the sun, but when we sunbathe, most of us use sunscreen almost all day. As the risk of developing skin cancer increases in recent years, doctors strongly encourage the use of sunscreen for children and adults, even in winter and when sun exposure is often limited. Some research shows that when you use sunscreen SPF 8, your body's ability to make vitamin D is reduced by 90 percent. If you choose a sunscreen with a higher SPF value (this is normally recommended by doctors), you can reduce your body's ability by up to 99 percent.

This leads to more deficiencies because even though we spend time outside, the sunscreen does not allow our body to convert vitamin D from the sun. Research also shows that certain health conditions, such as abdominal obesity, type 2 diabetes, insulin resistance and hypertension, increase the risk of vitamin D deficiency. Symptoms of Vitamin D Deficiency

There is evidence that people with vitamin D deficiency have an increased risk of health complications and cardiovascular disease, metabolic syndrome, various types of cancer, immune system disorders and adverse pregnancy.

According to some scientific studies and studies, the symptoms of vitamin D deficiency can be attributed to the following health problems:

Osteoporosis
Heart diseases
Hypertension
Cancer
Autoimmune diseases
Depression
Insomnia
Arthritis
Diabetes
Asthma
Multiple Sclerosis (MS)
Chronic pain
Psoriasis
Fibromyalgia
Autism

Researchers recommend that anyone with these health conditions or those with the following symptoms be tested for vitamin D deficiency:

Weakness
Chronic fatigue
Depression
Sleep problem
Anxiety
Weak or broken bones
Weakened immune system
Inflammation and swelling

The only way to know if you're missing vitamin D is to ask your doctor for a test. This will tell you how serious and incomplete you are.

Keep these numbers in mind when your doctor performs a blood test and gives you results for vitamin D levels:

50+ equals a good vitamin D level
Taking a 30–50 vitamin D supplement means spending more time in the sun and trying to add foods that contain vitamin D to your diet.
Less than 30 means you're too missing and you'll take immediate action to raise those levels.

If you are seriously inadequate or have a very low level of testing, talk to your doctor about higher doses of vitamin D supplementation. When your doctor performs a vitamin D test, indicate whether you want to have a 25-hydroxyapino vitamin D test or a 25 (OH) D test.

Some other vitamin D tests can show normal and even high vitamin D levels, which are actually false and can hide a serious deficiency, so the 25 (OH) D test seems to be most accurate when determining true vitamin D levels. Best Sources of Vitamin D to Prevent Symptoms of Vitamin D Deficiency

Foods with vitamin D
While some foods provide vitamin D, exposure to sunlight is the best way to get the vitamin D you need to prevent symptoms of vitamin D deficiency.

However, you should eat foods rich in vitamin D, so try adding these quality and natural sources of vitamin D regularly to your diet:

Sunlight: Aim to spend 10–20 minutes per day in the sun (between 1,000 and 10,000 IU). The time of sunbathing varies depending on which season, where you live and your color tone. If you have a lighter skin, you need less time. If you have darker skin or live further north (such as Boston, in the Northern Hemisphere), you need about an hour of sunshine to get about 1000 IU of vitamin D in summer.
Trout fish
Carp fish
tunny
The eel
Maitake Mushrooms (exposed to UV light)
Salmon
White fishes
Portobella fungi (exposed to UV light)
swordfish
Rainbow Trout
Cod liver oil
sardines
Danube
Eggs
Raw milk

Vitamin D in Mushrooms
Mushrooms are very interesting and rare foods when it comes to vitamin D. It is one of the only plant sources of vitamin D and absorbs more vitamin D when exposed to the sun, as human skin does. Some health food stores increase the vitamin D content by exposing some fungi to ultraviolet light. Mushroom nutrition contains plant sterols that can convert UV light into vitamin D. Exposing fungi to five liters of UV light is believed to produce significant amounts of vitamin D.

While mushrooms are usually grown indoors, many growers start growing them outdoors to take advantage of it, or place growing mushrooms under solar panels. Rare and sometimes difficult to find maitake mushrooms, for example, contain a large amount of vitamin D, while portobello mushrooms and other mushroom varieties are a good source, but the vitamin D contained is almost not high. You can ask how mushrooms are grown to find out if the mushrooms you buy contain a higher amount of vitamin D.

Vitamin D in Pasteurized Milk and Raw Milk
Many people believe that eating regular pasteurized milk naturally provides vitamin D, but this is not true. Synthetic vitamin D is added to pasteurized cow's milk, soy milk and rice milk. According to the USDA, almost all US milk yield is supplemented with 400 IU of vitamin D per liter, but is often not supplemented by foods derived from milk such as cheese and ice cream. Synthetic vitamin D added to foods is thought to be less effective as vitamin D naturally and may also potentially inhibit the effects of natural vitamin D.

On the other hand, raw milk is believed to contain a small amount of vitamin D, which is naturally present in the fat and is not destroyed during pasteurization. Some sources show that there is about 38 IU of vitamin D (four cups) per liter of raw milk. However, it is difficult to know how much vitamin D is present in raw milk because it varies greatly depending on the particular milk tested and is related to the health of the animal from which it comes. Thereupon, the USDA does not list the official vitamin D content of raw milk, and many sources claim that vitamin D is present in different amounts in raw milk.

Keep in mind that if you are consuming raw milk to increase your vitamin D level. Raw milk is thought to be a better source of vitamin D than pasteurized milk, because unpasteurized, raw milk is generally superior to almost any vitamin and mineral. Raw milk normally comes from animals that travel in nature and feed on herbs, unlike animals that do not graze outside and feed on cereals inside. Because the animals are healthier, so is the milk.

During high-temperature pasteurization, many nutrients in regular milk are also destroyed. Therefore, it seems logical that high-quality raw milk will initially contain more vitamin D and will retain more since it does not undergo high-temperature pasteurization that destroys these nutrients.

7 Health Benefits of Vitamin D

Contributes to Bone Health
Manage Blood Sugar Levels and Prevent Diabetes
Protects Against Cancer
Helps Fight Heart Disease
Improves Immune System
Facilitates Hormone Regulation and Helps Improve Mood
Helps Concentration, Learning and Memory

1. Contributes to Bone Health
Vitamin D plays a role in the absorption of calcium in the bones. Calcitriol (converted vitamin D) works with the parathyroid hormone to maintain calcium levels. In addition, vitamin D has an effect on other important vitamins and minerals that contribute to both health, including vitamin K and phosphorus. Vitamin D is partly responsible for maintaining phosphorus levels in the blood, and since vitamin D affects the ability of calcium to bind to proteins, it is also believed to be linked to vitamin K.

Vitamin D deficiency may result in softening of your bones called osteomalacia or bone abnormalities called rickets. In addition, a deficiency increases your risk of developing osteoporosis and having bone fractures. Studies have shown that at doses of 800-5000 IU per day, vitamin D can improve musculoskeletal health by slowing down the aging of the skeletal structure and reducing the rate of fractures and falls in older adults over 65 years.

Vitamin D levels are more likely to be active, increase muscle strength, and are less prone to falls and injuries. When vitamin D levels are low, the parathyroid becomes overactive. This is known as hyperparathyroidism and causes a decrease in phosphorus. In addition to phosphorus, calcium and other compounds, it is necessary to properly mineralize bone density.

2.Manages Blood Glucose Levels and Can Prevent Diabetes
Diabetes symptoms are caused by insulin deficiency or insufficient insulin secretion after insulin resistance. According to research at the London School of Medicine and Dentistry, calcium is required for insulin secretion and vitamin D promotes calcium absorption and use, thus contributing to the regulation of insulin secretion. According to a 2015 study published in the Current Diabetes Reviews, vitamin D replacement has beneficial effects on all aspects of type 2 diabetes, including the incidence, control, and complications of the disease. There is also evidence linking diabetes to low vitamin D levels.

3. Protects Against Cancer Symptoms of vitamin D deficiency have been associated with increased risks for cancer development, particularly breast cancer, colon cancer, and prostate cancer. According to research published in Frontiers in endocrinology, vitamin D plays a role in factors affecting tumor growth, cell differentiation and apoptosis. Researchers have found that exposure to sunlight and circulating vitamin D levels are associated with reduced incidence and mortality in many cancer types. Research has shown that vitamin D may affect breast, colon and ovarian cancer risk, possibly due to its role in the cell life cycle or its ability to block excess estrogen. According to research published in the American Journal of Clinical Nutrition, improving vitamin D and calcium nutritional status significantly reduces the risk of cancer in postmenopausal women.

4.Helps Fight Heart Diseases
There is an increasing number of studies on the fact that vitamin D deficiency increases the risk of cardiovascular disease because it plays a role in regulating blood pressure, cholesterol levels and inflammation. Animal studies have shown that vitamin D signal degradation promotes hypertension, atherosclerosis, and cardiac hypertrophy. He found that people with deficiency are more likely to die from coronary heart disease and other heart-related symptoms, according to research from the Vanderbilt University Medical Center.

5. Improves Immune System
Vitamin D aids in healthy cell replication (replacement, replacement) and may play a role in protecting against the development of autoimmune diseases with less severe colds and influenza. Our immune cells contain receptors for vitamin D and vitamin D has been shown to prevent prolonged or excessive inflammatory responses. Inflammation is found at the root of most modern, chronic diseases and autoimmune disorders: multiple sclerosis (MS), rheumatoid arthritis, irritable bowel syndrome and other digestive disorders, high blood pressure and more.

6. Facilitates Hormone Regulation and Helps Improve Mood
Because it acts as a hormone in our bodies and affects brain function, vitamin D deficiency has been associated with an increased risk for mood disorders such as depression, seasonal affective disorder, and severe mood disorders during PMS, insomnia and anxiety. Low vitamin D levels may also lead to imbalances that can lead to many undesirable symptoms, preventing proper testosterone and estrogen production.

7. Helps Concentration, Learning and Memory
Some studies have shown that vitamin D also affects our ability to make decisions, concentrate and store information. Some studies have shown that people with low vitamin D levels perform poorly in standardized exams, have poor decision-making skills, and have difficulty in tasks that require focus and attention. In addition, some studies have shown a relationship between low vitamin D levels and increased risk for schizophrenia and multiple sclerosis. Recommended Daily Intake to Prevent Symptoms of Vitamin D Deficiency
Since symptoms of vitamin D deficiency are an increasing concern, especially in Western developed countries and around the world, authorities have increased the recommended daily intake of vitamin D for the doubling of the previous amount for newborn babies, children and adolescents. According to the USDA, RDA for vitamin D is 600 IU per day for adults. In particular, although there is very little risk of over-supplementation with vitamin D, it is recommended to take 5,000 IU per day, since it benefits greatly from having enough. Note, however, that this is a general recommendation and there is no way to know the optimal amount for you without a blood test. You may need a higher or lower amount and you should talk to your doctor.

In this way, you can buy the right dose of quality, food-based vitamins you need. Some studies have shown that in patients with documented vitamin D deficiency, a very high cumulative dose of at least 600,000 IU is required for several weeks to regenerate stores within the body. This shows that having a blood test to determine your full vitamin D level may be helpful in telling you exactly how to restore your body level. Ideally, you should supplement with a high-quality, whole-food multivitamin or vitamin D supplement until the blood level of vitamin D is between 50-60 nanograms per milliliter.

Recommended for children: Under 5 years: 35 units / day 5-10 years between 2,500 units / day
Recommended for adults (including pregnant women): 5,000 units / day

To be clear, however, the USDA's official recommendation for vitamin D is as follows:

Children: 1-3 years: 600 IU (15 mcg / day)
4-8 years: 600 IU (15 mcg / day)
Older Children and Adults: 9–70 years: 600 IU (15 mcg / day)
Adults over 70 years old: 800 IU (20 mcg / day)
Pregnant and nursing women: 600 IU (15 mcg / day)

Some supplements provide the preferred type of vitamin D3. You want to get a supplement that provides the true nutrient source of vitamin and all other enzymes and compounds that help naturally. This makes it more effective than isolated vitamins. Vitamin D Interactions and Concerns
Fortunately, your skin can regulate vitamin D conversion based on heat and other factors. It can store previtamin D for future use and destroy quantities above and beyond what is safe. Thus, deficiency is often a greater concern than consuming too much vitamin D. Since vitamin D is a fat-soluble vitamin, it must be consumed with fat to achieve optimal absorption.

If you are going to eat a vitamin D nutritional source, it is best to combine it with many essential oil sources, such as ghee, coconut oil, nuts, seeds or fish. Vitamin A and vitamin D have an important relationship. Some studies have recently shown that vitamin D deficiencies may worsen when a person completes high vitamin A intake. These studies occur when vitamin D in the blood drops below 50 in a blood test. It means that the person is nearing the deficiency, a higher supplement intake of vitamin A can make the problem worse.

The good news is that when vitamin A and vitamin D levels are sufficient, research has shown that they work together to help your body metabolize vitamins and make the best use of them. It is not recommended to supplement with very high doses of vitamin A, so if you have a known vitamin D deficiency or if you have symptoms of vitamin D deficiency, it can cause some problems. Recent Thoughts on Vitamin D Deficiency Symptoms

Up to 90 percent of adults in the United States may have symptoms of vitamin D deficiency and vitamin D deficiency; this can lead to significant health problems such as cardiovascular diseases, diabetes, autoimmune diseases and cancer.
Two main causes of vitamin D deficiency symptoms are sun exposure and use of sunscreen. When sunbathing, without sunscreen, when you sit for about 10 minutes, you will probably absorb about 10,000 units of natural vitamin D. It is the most effective way to increase your vitamin D level to prevent the symptoms of vitamin D deficiency.
There are also food sources of vitamin D, including fish, UV-exposed fungi, eggs and raw milk. Eating these foods can help you increase your vitamin D level, but sun exposure is the best way to avoid symptoms of vitamin D deficiency.
The most common symptoms of vitamin D deficiency may include weakness, chronic fatigue, depression, anxiety, sleep problems, weak bones and weak immune system, diabetes, heart disease and other health conditions.


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Neurological Disease of Young Age: Multiple Sclerosis


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Near East University Hospital Neurology Department Specialist Asst. Assoc. Dr. Sevda DIKER, In Multiple Sclerosis (MS), A Major Disease Often Affecting Young Individuals, Expresses That One's Own Immune Cells Damage To The Eye Nerves, Brain And Spinal Cord Nerve Cells As A Result Of Incorrect Programming He had.

Symptoms of the disease:

Near East University Hospital Neurology Department Specialist Asst. Assoc. Dr. Sevda DİKER, MS can be located in one or more than one site at the same time, the complaints occur according to the affected area or regions, the most common symptoms of the disease usually blurred vision in one eye, accompanied by eye movements pain, double vision, imbalance, numbness, numbness sensation symptoms such as tingling, pain, loss of strength, incontinence and incontinence, and abnormal excessive fatigue. Unlike paralysis in MS, symptoms do not appear suddenly, usually slowly starting to become apparent within a day or two Asst. Assoc. Dr. Sevda DIKER stated that the disease could progress with attacks and improvements as well as progressive, although the cause was not known clearly, genetic and environmental factors could be combined together, and one of the environmental factors affecting MS was vitamin D deficiency.

Asst. Associate Professor. Sevda DIKER: MS It was detected that mothers exposed to sunlight during pregnancy are less likely to have MS in their children ebelik

Vitamin D causes the immune system regulatory effects in MS disease Exp. Dr. Sevda DIKER, low vitamin D levels increase the formation or progression of MS, he said. Asst. Assoc. Dr. Sevda DİKER continued: çalışma There are many studies on this subject. In most of these, the presence of vitamin D within normal limits was associated with a decrease in risks such as MS development, new MS attack, MS progression, and new plaque development on brain MRI. In a recent study published in a large journal, it was found that children with more exposure to sunlight during pregnancy had less MS in their children. However, there are no studies yet to test the efficacy and safety of external vitamin D supplementation in preventing MS. Many studies are currently underway examining the relationship between vitamin D and MS, and the results will increase our knowledge of the role of vitamin D deficiency in disease development and progress, and the effects of supplementation and how it should be. ”

Asst. Assoc. Dr. Sevda DİKER: Yeter Adequate use of sunlight in appropriate hours and balanced consumption of foods containing vitamin D. Important. Önemli

Because of the ease of application of vitamin D supplementation, in addition to the specific treatments that MS patients are receiving is widely used Asst. Assoc. Dr. Sevda DİKER, however, the rate of profit and loss on a patient basis should always be considered. Emphasis should be made on the blood sample taken before treatment 25 - hydroxy D3 level should be examined Asst. Assoc. Dr. Sevda DIKER, vitamin D is stored in the body and is a vitamin that can accumulate, but only in case of deficiency is appropriate to make the appropriate dose of stating said; Da In general, 25-OH D3 levels are recommended to be maintained between 40 and 60 ng / ml. Because very high doses may cause an abnormal increase in calcium levels during treatment, lower doses should be preferred instead. The patient's history of heart disease or kidney stones should be questioned. In our current practice, we are routinely looking at 25-OH D3 levels in MS patients and initiating appropriate doses of treatment if there is insufficiency. In addition, adequate use of sunlight in appropriate hours and vitamin D-containing foods in our diet to keep a balanced way is among our recommendations. ”


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