You walk into a pharmacy to get a pack of drugs, or you go online to order an anti-inflammatory cream, and you check for its ingredients to see that there are some ingredients classified as inactive. Then you begin to wonder if these inactive ingredients are really not active as indicated. The first question that will come to mind will be why they are there initially. Inactive ingredients are found in all drugs, supplements, beauty products, and many everyday products that are either ingested or used on the skin.
Active ingredients are literally the ingredients that perform an active function of a drug and beauty product. They perform an exact purpose intended by producers of the drugs or body creams. Chemical reactions that might occur in the body or on it, as the case may be, are stimulated by them. If you are getting aspirin for a headache, an active ingredient contained in the drug is acetylsalicylic acid. Acetylsalicylic acid is a chemical compound that will perform therapeutic function in the body to stop the ache. However, the whole composition of the aspirin tablet is not acid alone as it needs other ingredients to mix with to become a whole drug.
Other ingredients that are added to a drug or beauty product are known as inactive ingredients. These ingredients are generally harmless regardless of what they are bound to do in the body system during or after absorption. Inactive ingredients are not literally inactive but are not the main ingredient focused on during the manufacture of any health item. The importance of inactive ingredients is undermentioned as they are important in making up a health product. Some of these ingredients are used to determine the color of the product, size, to bind other compositions of products, and more. Inactive ingredients are part of the chemical makeup of coats of pills and capsules too. This composition promotes easy usage and protects the content from disintegrating at the wrong time.
Aiding drugs’ absorption is a good advantage of inactive ingredients during pharmaceutical production. Without inactive ingredients, you might have to use a microscope to be able to view and pick up active ingredients in their chemical forms. It might not get absorbed in the body at the right time since it will be prone to break down even upon a brief reaction with the body’s chemicals. The disintegration of drugs after usage at the right time is one usage of inactive ingredients. Inactive ingredients serve as a delay to absorption, and can serve as stimulants to help speed up or slow down the rate of reaction to effectively make active ingredients perform properly after usage.
Distinguishing drugs is very crucial in medicine to prevent misuse of drugs due to accidental mixtures. Artificial color that is added to a drug is likewise an inactive ingredient as it does not affect the function of the active ingredients. Preservative and binding ingredients are in the inactive group since they also do not alter the main function of the active ingredient. Preservatives are added to extend shell life of medicine while binding agents keep the whole ingredients together so that a shape can be formed.
In beauty products, their scent and feel are factored by addition of inactive ingredients but not the active ones. Active ingredients alone cannot determine the smell, feel, and color of body products. They can only be responsible for intended functions like curing inflammation, moisturizing skin, or any other evident functions of what is manufactured. Sometimes, inactive ingredients can trigger a response when used in high quantity, but this knowledge has made producers monitor how much quantity is added such that their proportion won’t be able to trigger a reaction.
Simply, active ingredients perform the main intended function of a drug and body care product. Inactive ingredients are used to help the feel and structure of medicine or cream. They also alter the rate of chemical reactions that might be triggered by the active ingredients in and on a body. Deductively, active ingredients rely on inactive ingredients to be able to properly execute their purpose as it is intended. These differences boldly distinguish both classes of ingredients that are used in pharmaceutical and beauty industries.