How do chemical manufacturers assess purity?

If you’ve been considering the pros and cons of beginning a career in pharmaceutical tech, you might find yourself asking this question. Being able to keep up with the latest technology like GMP synthesis and ICN radiochemicals is best done by going back to the basics and understanding what’s needed of you and why. The pharmaceutical industry is one of the fastest growing sections of the United States, with demand being particularly high for drug research and clinical trials. Whichever one you end up specializing in, the overview below will give you the big picture.

Let’s learn more about the pharmaceutical industry today and what you should be expecting to see in the future.

The United States is in need of experienced, passionate individuals who want to provide the most accurate diagnosis possible. This means providing medication for mental health issues, conducting clinical trials for new drugs and maintaining quality control at manufacturing plants, among others. Some of the most high demand pharmaceutical jobs in the country include quality managers, laboratory analysts and sales representatives. Without the expertise of thousands of skilled pharmaceutical technicians, much of the medicine we enjoy today would not be nearly as effective.

When you ask ‘how do chemical manufacturers assess purity’, you ask yourself how they’re able to keep up with the demands of so many people. Not only do drugs need to work, they need to provide the least amount of side-effects possible and retain their effectiveness during transportation. That’s a fairly tall order and one only able to be matched through the aid of clinical trials. These are volunteer-based, requiring the aid of people across multiple demographics and a significant period of time. Each trial is separated into ‘phases’, with all of them needing to be met before the drug is put to market.

The first phase is also the smallest, distributing the drug across a group of people no larger than 100. The second phase is a little larger, ranging from 100 to 300, and begins to give the researchers a little bit of a better idea where the drug might be going. Every single reaction, no matter how big or small, needs to be accurately recorded and assessed over the months. The third phase is the largest, expanding across a thousand people, and is the last step before entering the fourth phase. The FDA (short for Food and Drug Administration) is highly selective, with just one to two drugs per year being accepted.

How do chemical manufacturers assess purity in their products? Not unlike testing for quality in clinical trials, manufacturers are constantly searching for ways to improve the nature of the drugs they provide. So many products are provided in large quantities to satisfy a needy population, so assessments need to be both general and highly specific. GMP API manufacturing is one such standard that can be met to ensure all drugs meet the FDA’s rigid standards, coming in the form of a certificate detailing a series of guidelines. These range from the GMP quality assurance to GMP storage conditions.

The GMP guidelines are essential not just for the pharmaceutical industry, but for any industry that creates consumable products. These include over-the-counter medication, food, beverages, supplements and even cosmetics. How do chemical manufacturers assess purity in their products? Following the FDA’s regulations as closely as possible and never failing to listen to customer feedback is a surefire way to keep every last drug working to the fullest of its ability. When you seek out a career in pharmaceutical technology, you seek out a way to help people help themselves.

It’s never been a better time to start a career in pharmaceutical technology. Just imagine how many people could be benefiting from your skills today.