Radiopharmaceuticals are a drug grouping of unique medicinal formations. These formations use radioactive isotopes, also known as radioisotopes, in clinical diagnosis, as well as for therapeutic interventions. Common uses of radiopharmaceuticals in clinical diagnoses are to determine the functioning of the liver, lungs, and kidneys, blood flow to the brain, bone growth, the predictive effects of surgery, and to assess changes since treatment. Common uses of radiopharmaceuticals in therapeutic interventions are cancer and tumor treatment, thyroid disease, palliative treatment of bone metastasis, and arthritis.Read more
The drug development process is the process of developing, testing, and approving a new drug for pharmaceutical usage. Before a new drug reaches a patient, it must go through five steps to determine if it is a safe and effective means of treating a specific condition. Follow this guide to the drug development process to understand what steps scientists need to take to get a drug out of the lab and into the patient’s hands.Read more
In the United States, there are approximately 810,000 people that work at chemical companies. That number includes those who are in the pharmaceutical sector. Custom radiolabeling is an important part of the work that’s done in creating new pharmaceuticals. When it comes to custom radiolabeling compounds, there are a variety of methods that can be used. Here are a few of the methods that can be helpful for preclinical or clinical studies.Read more
Good Manufacturing Practice — GMP — is essential for ensuring that pharmaceutical products are produced according to the standards put in place by the FDA. These GMP standards are designed to help minimize the risk of contamination and harm to consumers. Today, technology has only helped to further improve these standards, with cleanrooms now able to maintain humidity at as close as a plus or minus 1% tolerance. Improvements such as these help ensure products aren’t compromised, both during testing and during storage.
Currently, the United States holds more than 45% of the total global pharmaceutical market. However, despite maintaining this foothold, there can still be confusion based on the differences between GMP and GLP testing lab standards and regulations. While both are testing laboratories, they are very different when compared and contrasted against each other.Read more
Pharmaceutical companies spend billions of dollars and several years to introduce one drug to the market. A single drug may require about $2 billion and 10 years of testing. Each stage of the test has a set of unique challenges, costs, and timelines that a pharmaceutical company must consider.
Read on to learn more about each step and what is needed.Read more
The pharmaceutical industry is one of the only markets in the United States that can be expected to remain relatively steady. This is not only due to its size, but its necessity.Read more
When it comes to laboratory testing, there are two terms that are commonly used: a GMP and GLP testing lab. It’s understandable to get these two types of laboratory testing confused. After all, Good Laboratory Practice (GLP) regulations and Good Manufacturing Practice (GMP) regulations both relate to laboratory testing. However, GMP and GLP testing labs are very different.
The American pharmaceutical industry is one of the biggest in the world. Due to the fact that the United States exhibits a greater acceptance of pharmaceutical products than many countries, and even has a booming pharmaceutical sales industry, it’s clear that this particular industry can withstand a lot of stress, including that of the current pandemic. However, it’s not without its particular concerns.Read more
Chemical purity refers to an element contains a single substance, without any other element tarnishing its standalone existence. Creating products that offer chemical purity can be quite an involved process. However, it’s necessary in order for us to have vaccines, medicines, and even everyday household products. To learn more about chemical purity, how it is reached in a lab setting, and why it’s significant, continue reading.Read more