Synthetic Caffeine Research Paper

The article “Do Energy Drinks Really Work” by Jenna Bergen explains exactly what is happening in your body while exercising. When carbohydrates are deficient, the body begins to convert fat stores and amino acids from muscles into energy. This process is not sufficient or fast enough to support intense exercise. At this point, sports beverages can be a beneficial source of carbohydrates. An important factor is the balance of the different types of sugar. It is crucial for sports drinks to contain multiple forms of sugar such as fructose, sucrose, maltodextrin, and glucose. Each sugar has its own transporter to move it between the blood, intestines, and muscles of a body. Bergen describes that if there is “too much of one type of sugar at a time, it can max out its transporter and just sit in the stomach or intestines”. To prevent this and to maximize energy sustainability, a balance of sugars is needed. Lauren Wolf agrees with this idea when she states that “You can saturate the transport capacity by loading up on a single metabolite”. Therefore, a combination needs to be perfected in order to optimize energy

- Caffeine is a natural stimulant most commonly found in tea, coffee and cacao plants.”

Consumption of 3 milligrams of caffeine per kilogram of body weight (about one to one and a half cups of brewed coffee) appears not to produce some of the energizing effects, and as much as 6 mg may be needed. That’s a tremendous amount of coffee especially for athletes it is important not to overdose on the use of caffeine because it will cause side effects such as insomnia, nervousness, restlessness, irritability, stomach upset, fast heartbeat and muscle tremors. On the other hand, depending on your family history, drinking caffeine can link to a reduced risk of Alzheimer’s disease, Type 2 diabetes and Parkinson’s, so it feels like a bargain that works in your favor (fitday). If small amounts of caffeine intake is starting to make you feel sick or jittery, there are a few reasons for that. Either you are not getting enough sleep or you are taking medication that are interacting with the caffeine. If you are using caffeine to wake you up it would be a good idea to also get some sleep. When you’re not fully rested and try to intake caffeine your body will start to react to

Although there are differences in coffee and energy drinks there are also similarities between the two. One fact is coffee and energy drinks help with concentration and physical endurance performance. These drinks are both addictive. They both can increase your heart rate. Another similarity, is that their popular drinks among the people of the world. whenever you drink too much of either of them, it may hinder your health if taken in of abnormal quantities and cause an overdose if taken with other caffeine products. Taking precautionary measures is an important thing when consuming many of these caffeinated drinks. Having coffee or

Many consumers agree that energy drinks actually provide the human body with the desired energy. The reason behind this effect is caused by the high amounts of caffeine and sugar. Whenever a consumer uses an energy drink a series of effects begin in his/her body. The organism receives an instant boost as the caffeine successfully manages to block the duties of the adenosine, a chemical located in the brain whose function is involved with sleeping. After the completion of the process caffeine forces part of the neurons in the brain to lighten up, which later on causes the body to release the hormone adrenaline. When the hormone is active it forces the liver to provide the bloodstream with additional

Caffeine is a chemical found naturally in few plants all over the world. From these plants it is processed into its pure form and then put into other things such as soda, energy drinks, tea, and pills. Energy drinks and soda are some of the most widely marketed products in the world, even though they contain the highest concentration of caffeine outside of pure caffeine supplements. It is a stimulant that affects everyone in strange but semi predictable ways. Research has been done on this topic since the 1920’s and many different conclusions have been reached. In modern schools of thought, caffeine has been found to be a lightly addictive, moderate to severe stimulant that affects neurological function in various ways, though scientists disagree

It is absorbed through the stomach and reaches the highest level in the bloodstream after one or two hours. Caffeine reaches the brain quickly and acts as a stimulant for the nervous system. The most noticeable effect of caffeine is alertness. It causes us to feel less tired, so it is a main ingredient in medicines designed to prevent exhaustion. Unfortunately, it is possible to have an overdose of caffeine or a caffeine withdrawal. If too much caffeine is ingested, it can cause hallucinations and confusion. If someone is used to having caffeine on a regular basis, and then doesn’t have it for a while, it can cause irritability, drowsiness, nausea, and anxiety. Caffeine can also cause raised levels of stomach acid, which can cause heartburn. It is not a good thirst quencher because it signals your body to get rid of water. Surprisingly, additional caffeine is not stored in the body. The liver processes it and it exits through urine. Caffeine can also affect the skeletal systems. Ingestion of large amounts of caffeine can interfere with the absorption and metabolism of

The most popular energy drinks, Red Bull, contains three major ingredients; caffeine, glucuronolactone, and taurine. caffeine, glucuronolactone, and taurine. Caffeine is a stimulant. Glucuronolactone is a sugar that comes from glucose while taurine is a chemical naturally produced by the body. Nobody knows the exact function of taurine in energy drinks yet it is found in several popular energy drinks. The amount of caffeine found in Red Bull is as much as what two or three cups of coffee would have. Caffeine ss defines as a diuretic, leaving people more dehydrated than before consuming the beverage. Because of this, energy drinks have been accused of causing fatalities. Moreover, energy drinks are known to be extremely acidic, causing large amounts of erosion of tooth enamel.

It is one of the few articles that I have that cover long term effects of caffeine consumption which is one of the things that I wanted to cover in my final paper. This source does show me that there is some link between the reward system for caffeine consumption and caffeine addiction/dependence. This article has provided me with the basic pharmacology for caffeine. This is especially useful because it really breaks down the information, and I think I will be able to understand it within a year. The basic pharmacology will give me what I need to be able to introduce the caffeine pharmacology for my paper. Overall, this is by far the most useful source that I have ever

It is common for people to not know the distinction between the two types of caffeine. Natural and synthetic are the two forms. Synthetic caffeine is produced in a lab along with many other chemicals, mainly by the synthesis of urea. These chemicals are very harmful and end up causing long lasting problems to the body. When caffeine is created in the lab, it turns out to be a bitter, white, powder. This powder is added to many other substances that would include soda, energy drinks, energy shots, and sports drinks. Nervousness, excitement, and insomnia are a few downsides of drinking too much of these products. The only way to predict if a product contains synthetic caffeine is by looking at the ingredient label and it will clearly state "caffeine" on it.

The style and tone of the writer determine whether anybody chooses to read the piece, and if they do, if the readers feel offended or interested or bored. Before beginning to write, every writer first decides what idea he or she is hoping to convey. This idea determines the voice of the writer, whether it is offensive or interesting or boring. The number of possible tones is too high to count; there are as many kinds of tones as there are topics on which to write.

Overconsumption of this product could become illegal in any kind of athletics and may cause an athlete to be disqualified. It would be wrong to continue to allow them to participate in the sport if they were consuming large amounts of caffeine to enhance their performance. This is a major reason why scientists have been researching and testing these theories about caffeine. As shown by the 2008 Olympics, some events and major sports events have already enacted bans on certain levels of caffeine. We believe that even though it is on a much smaller scale, that we will be able to see the effects of caffeine on athletic performance during our experiment with our ten test subjects. (Anderson,

In today 's society, if we appear to be exhausted, while knowing that we have to be on the run, we turn ourselves to energy drinks. Little do we know that every time we consume a single sip of an energy drink, we are literally creating a crucial complication towards our body. The innumerable quantities of caffeine and sugar that we devour stimulates each and every part of the body. Individuals have been replacing protein bars and other athletic beverages for real food (McCarthy). Becoming addicted to energy drinks relates to type 2 diabetes, even long-term effects such as heart issues, but most of all death. It is urgent that we pace the amount of caffeine from energy drinks that we ingest on a daily basis.

Coffee is one of the most popular drinks in the world. In fact, it is estimated that every year, more than 400 billion cups of coffee are consumed all across the world. For many, it is the choice of drink early in the morning before work while for others it is the drink of choice when they want to burn the midnight oil. Well, whatever the case, there are many benefits in drinking coffee and some are quite shocking and unexpected too!

I. The world consumes about 2.25 billion cups of it every day, it is also the world’s second most valuable traded commodity, and drinking it can improve blood flow.