Caffeine

There is also synthetic (artificial) caffeine, which is added to some medicines, foods and beverages. For example, analgesics, cold medicines, and over-the-counter drugs are used to increase arousal and include synthetic caffeine. The same applies to energy drinks and "energy boosting" chewing gums and snacks.

Most people drink caffeine from their drinks. The amount of caffeine contained in various drinks may vary widely, but it is generally the same.

Stimulate your central nervous system and make you feel more awake and add energy to you

You will reach the highest level in the blood within an hour after drinking or drinking caffeine. You may continue to experience the effect of caffeine for 4-6 hours

For most people, caffeine up to 400 mg daily is harmless. If you eat or drink caffeine too much, it may cause the following health problems.

Energy drink is a caffeined beverage. The amount of caffeine in energy drinks may vary greatly. In addition, the actual caffeine amount may not be listed on the label of the beverage. Energy drinks also contain sugar, vitamins, herbs and supplements.

Companies manufacturing energy drinks claim that beverages can increase caution and improve physical and mental performance. This will help to make popular drinks for US teenagers and young people. Limited data indicate that energy drinks may temporarily improve agility and endurance of the body. There is not enough evidence to show increasing strength or strength. But what we know is that energy beverages can be dangerous as they contain a lot of caffeine. Because they contain a lot of sugar, they can promote weight gain and exacerbate diabetes.

Sometimes it is dangerous for young people to mix alcohol and their energy drinks to mix alcohol and caffeine. Caffeine may interfere with your ability to recognize your own drinking. This also increases the chances that you make the wrong decision

You should consult your health care provider to know if you should restrict caffeine or avoid it

Take certain medications and supplements, such as stimulants, specific antibiotics, asthma medications, cardiac therapeutic drugs. Consult with your healthcare provider to find out if there is any interaction between the caffeine and the medication or supplement you are taking.

I am a child or a teenager. Do not drink too much caffeine like an adult. Children may be particularly sensitive to the effects of caffeine

If you frequently take caffeine and then suddenly stop taking it, you may stop caffeine. Symptoms include the following.

Large amounts, especially long term caffeine, can cause caffeine. Caffeine combines caffeine dependence with a variety of unpleasant physical and mental conditions such as stress, irritability, anxiety, tremors, muscle spasms (hyperreflexia), insomnia, headache, respiratory alkalosis, palpitations. In addition, caffeine increases production of gastric acid, so long-term use may cause peptic ulcer, erosive esophagitis and gastroesophageal reflux disease. However, caffeine may not be the sole ingredient of coffee, as both "traditional" coffee and caffeine free coffee can stimulate gastric mucosa and increase gastric acid secretion.

Caffeine enters the body by ingestion. Caffeine is usually included in coffee, tea, soda, chocolate. However, caffeine supplements are also in the form of pills. When caffeine is consumed, it is absorbed into the body through the stomach lining and circulates in the blood. The effect usually occurs within 1 hour after use, but the results may change depending on factors such as age, weight, other medicines, etc. When absorbed, it spreads throughout the body, mainly affecting the brainstem and binding to the central nervous system. When caffeine reaches the brain it begins to connect with the adenosine receptor in the basal forebrain. Caffeine is part of the Astragalus chemistry group, just like naturally occurring adenosine in the brain. Adenosine acts by binding to the receptor, allowing the body to fall asleep. Upon ingestion of caffeine, the brain confuses it with adenosine and combines it with a sleep receptor instead of adenosine.