Aspirin (acetylsalicylic acid) is a type of acid categorized as a salicylate, this acid works as a pain reliever in the body because once digested it lowers the amount of substances already in the body that cause pains, fevers and flare ups. Also, this chemical is administered to people for prevention of heart attacks, strokes, and angina which is also known as severe chest pains. Aspirin is created by chemically synthesizing salicylic acid through the acetylation with acetic anhydride, synthesizing aspirin comprises of three steps, synthesis of it, isolation and purification of it, and testing the purity of the aspirin made. Synthesizing aspirin is done by reacting salicylic acid and acetic anhydride with a catalyst, in which phosphoric acid (H3PO4) is used. After the aspirin has been prepared (synthesized), it must be isolated and purified. Aspirin is insoluble in cold water, therefore it can be isolated by filtering the cold solution product of the reaction. In order to remove the unreacted salicylic acid, acetic anhydride, acetic acid product and phosphoric acid the solution must be purified, the acetic anhydride is decomposed simply through the use of adding water after the reaction has finished (C4H602 + H20 2C2H402). Acetic acid and phosphoric acid can be removed from the solution by soaking the aspirin in cold water since they are soluble in water. The final ending step of purifying the aspirin is through a process referred to as recrystallization. This is when the aspirin is placed in warm ethanol, the solution is cooled, and the aspirin crystallizes leaving the salicylic acid and other impurities inside the solution. Lastly testing the purity of the finished product is achieved mainly from a melting point test a common... ... middle of paper ... ...ing what the main ingredient responsible for relieving pain actually was and how much of it was contained inside each pill to effectively relieve pain. The active ingredient that is contained in aspirin is acetyl acid and the amount of active ingredient that is present will directly determine the strength of the aspirin. This question is significant and worthy of being investigated because the pharmaceutical industry is very large and people usually just buy it based on what they see on the ad for the medicine, suppose the ingredients were wrong or under dosed so they actually never work at all, the end result of the research that I am conducting will be helpful in real life situations to help figure out which brand of painkiller actually has the correct dosages or most effective dosages so that you would know what is best to purchase and ingest for optimum relief.
In 2015, Doweiko’s research found that ”It is impossible for drugs to travel throughout the body without possible side effects“ (Doweiko, 2015, p.16). ”Prime affects versus side effects have been studied in order to find out how drugs harm but are contributing to healing“ (Doweiko, 2015, p. 16). The primary concern appears to be whether harm has to be the lesser concern in order to heal. Aspirin was used as an example of the healing component versus the side
From the both derived calculations, the aspirin obtained is relatively pure. This result could be due to possible experimental errors or inaccurate techniques performed which led to a percent yield that is not up to expectation. Furthermore, the reaction might not have been completely reacted or the salicylic acid in the solution of acetic anhydride and concentrated sulphuric acid did not dissolve completely when it was being heated. These factors might affect the overall results of the aspirin yield
Whenever pain or a headache is felt people will immediately reach for the bottle of Aspirin they have in their medicine cabinet. For many years this has been the solution to any pain a person feels. As much as Aspirin will help to cure symptoms of pain it may also being doing the body harm. More and more studies have brought many harmful side effects to the surface. The question now comes into play of if Aspirin is actually doing more harm than good.
Painkillers have been used for many years, and they have been beneficial to many. But one that recently took the market has been the topic of many controversial discussions. Oxycodone has always been used in modern medicine but in small amounts. OxyContin contained a higher amount of oxycodone than most opiate based pain killers, the weakest dose of OxyContin had double the amount found in said painkillers (Meier 12). This lead to the spread of abuse and addiction towards the drug. And a medicine made to do nothing but help became the subject of overdose and death. The creation of OxyContin was a triumph for modern medicine and a halo of light to people with chronic pains, but this drug now seems to carry a trail of addiction and abuse along with it.
What would you give to rid yourself of acne? What would you do? The bane of every adolescent’s existence, these red spots develop to some degree in 85% of the population between ages 12 and 25 (Lamberg). Teenagers wake up every morning, look at the mirror, and sigh at the acne on their faces and often other places on their bodies. They dread these awful things that are absolutely ugly. They get desperate and eventually, if the acne grows worse than ever before, they resort to Accutane. Accutane, also known as isotretinoin, is a medication for acne. However, despite isotretinoin’s helpfulness in controlling acne that is unresponsive to other treatments, this medication should not be used because of its harmful physical side effects, its association with psychiatric adverse effects, and its effects on reproduction.
A common recreational drug that is illegally dealt is Heroin. To many this drug is known by a few slang/street names, some being; smack, brown stone and junk (Tracy, 2012). Heroin is a highly addictive opiate that caused many different issues regarding physical and mental health. It can be consumed in 3 different ways: snorting, injecting and smoking. The original purpose of heroin is far different then the purpose that it is used for today in society. In 1874, heroin was first produced from morphine and 24 years later began its journey in the field of medicine to help morphine addicted patients (Scott, 1998). After use of the medicine it became present that the drug was just as addictive as morphine and was in turn creating patients to become addicted to the new drug. In 1902, doctors ceased the use of heroin in the medical field and a few years following, 8 years later, the first case of a heroin addict was admitted to a hospital for treatment (Scott, 1998). The drug is no longer used for a medical purposes but is still present in the legal drug selling market. Many countries have stiff penalties if caught in possession of or are selling heroin, because this drug is listed as a Class A drug (“Opium, Morphine, Heroin”, n.d.).
Aspartame has been known as one of the most famous sweeteners and additives to food. Since its discovery in 1965-1969, it has now been developed into a commercial product in which several products use it to enhance its sweetness and taste. Because of this, it has also been a very prosperous commercial product where its company developers get much profit on. Nonetheless, it has been the subject of issue and controversy. Several reports and studies rebuke the suitability of it being a food product stating that it is more known as a poison. Therefore, in this essay, the advantages and limitations of Aspartame as a chemical food additive will be analyzed and evaluated with regards to Economic and environmental factors. Also, the physiological effect of this chemical additive will be looked upon and discussed.
The purpose of this experiment was to learn and preform an acid-base extraction technique to separate organic compounds successfully and obtaining amounts of each component in the mixture. In this experiment, the separation will be done by separatory funnel preforming on two liquids that are immiscible from two layers when added together. The individual components of Phensuprin (Acetylsalicylic acid, Acetanilide, and Sucrose as a filler) was separated based upon their solubility and reactivity, and the amount of each component in the mixture was obtained. Also, the purity of each component will be determined by the melting point of the component.
The components of an analgesic will be determined by noting the separation between the solid and liquid (or mobile) phases and comparing it to these predicted reference values.
The conical vial was placed in a small beaker and allowed to cool to room temperature. The mixture was Cooled thoroughly in an ice bath for 15-20 minutes and crystals collected by vacuum filtration on a Hirsch funnel. The vial was rinsed with about 5 mL of ice water and transferred into to the Hirsch funnel and again washed with two additional 5mL portions of ice water. Crystals were dried for 5-10 minutes by allowing air to be drawn through them while they remained on the Hirsch funnel. The product was transferred to a watch glass plate and allow the crystals to dry in air. Crude acetaminophen product was weighed and set aside a small sample for a melting point determination and a color comparison after the next step. Calculation of the percentage yield of crude acetaminophen (MW = 151.2). was done and recorded in the lab notebook.
Potent pain medication contains the aspects of utilizing medications such as morphine or demerol, how the medications are dispensed, and t...
Background Information Aspirin is an analgesic (pain relieving) and an antipyretic drug (a drug that lowers body temperature). The main constituent of aspirin is 2 - ethanoythydroxybenzoic acid, also known as acetylsalicyclic acid (shown below right). It was originally made from just salicylic acid (which is found in the bark of a willow tree) when used by the Ancient Greeks to counter fever and pain, but its bitterness and tendency to irritate the stomach caused problems. These were resolved by the German chemist Felix Hoffman, who made the acetyl derivative of salicylic acid in the
"An aspirin a day keeps the doctor away." Although this saying can be true, it is not only aspirin that can cure the pains of life, but also several other types of analgesics. There are a wide variety of analgesics. More commonly known as painkillers. The narcotic analgesics act on the central nervous system and change the user's perception; they are more often used for severe pain and can make the user develop an addiction. The nonnarcotic analgesics, known as over the counter or OTC, work at the site of the pain. These do not create tolerance or dependence and do not vary the user's perception. OTC's are more commonly used everyday to treat mild pain.
The usage of pain medications has gone up severely over the years. It is guaranteed that some types of pain medications exist in your medicine cabinet. With a readily available supply of pain medications, it have brought up problems associated with abusing such medications that have led negligent American families into abandoning their health for comfort. Pain medications are administered in a variety of setting, from nurses at hospital beds to paramedics at vehicle collision scenes. Pain medication is a broad term as it varies from over-the-counter strength to prescription strength. Each type of medication will have different ingredients, which are paired with different side effects. Many painkillers can allow the patients to develop an addiction
Taking different kind of painkillers have some benefit to the injured person and at the same time there come with risked. Athletes whether they are old or young who have been injured during the game or outside sport activities would tend to have issue and would get prescription painkillers to ease their pain. Adult athletes will easily obtain the painkillers prescription from their doctor or physician. High school athletes can obtain them easily like the adult and most of them use the drugs for non-medical reason. This cause a huge problem to the athletes as they are risking their health, but also getting into huge problems with professional sport leagues as they take their drug policy very serious. The athletes will either suspended or banned from sports for life if they are abusing drugs, it will cause the end of their career as athletes, and will have health problem. Every young aspiring athletes who dream to become professional need to know this so they would not make a wrong decision along the way from high school to college to