Radiolabeling plays a crucial role in scientific research, especially in the pharmaceutical field. Because radiolabeling is a useful and versatile analytical tool, it comes as no surprise that many discoveries depend on radiolabeling techniques. From routine medical diagnostic processes to fascinating studies in the realm of cancer research, we owe many scientific developments to the wonders of radiolabeling.

Good Laboratory Practice (GLP) refers to a system of federal regulations revolving around the planning, monitoring, conducting, and reporting of non-clinical health and safety studies. GLP compliance ensures companies that submit safety data for regulatory approval follow strict standards of integrity, reliability, and validity throughout their processes.

A scintillation counter is a fast and efficient solution for detecting and measuring radiation. Scintillation counters revolutionized how researchers, doctors, and other professionals detect radiation. As a result, these instruments play a key role in various fields, including cancer research, radiation surveys, nuclear plant safety protocols, and much more.

Good manufacturing practice (GMP) certification ensures a company follows the industry standard of best practices when manufacturing products. The GMP system is integral to the production of safe food, beverage, cosmetic, and pharmaceutical products. GMP-certified processes ensure that these industries remain committed to creating healthy, suitable products for end-users. Explore the four major benefits of GMP certification.

The world of drug development and manufacturing is constantly evolving. As time goes on, pharmaceuticals—and the equipment necessary to develop them—become more advanced and, therefore, more expensive to keep in-house. As a result, many pharmaceutical companies are turning to trusted partners to assist in developing and manufacturing medicinal substances.

Nothing is more significant for meeting regulatory compliance in clinical research than chemical analysis. The ability to identify and understand the composition of chemical substances used in products or manufacturing processes ensures the highest quality standards.

All modern laboratory work requires a content management system for on-site analytical data storage. The superior solution for the long-term archiving of data—to meet regulatory requirements and protect intellectual research and property—is a comprehensive software system, such as OpenLab.

The distinctive size, shape, and physical attributes of manufactured pharmaceuticals are significant for compliance with consumer health and safety regulations. All the while, chemical purity is the most vital aspect of pharmaceutical substances and their comprehensive quality.

Radiolabeled synthesis is an intricate art and in-depth science. The foundational principles of laboratory synthesis allow radiochemists to achieve multi-step reactions that help with the study of a drug’s disposition. Performing chemical synthesis on radiolabeled compounds in an early stage of a pharmaceutical development timeline provides critical insight for commercial applications.

The revolutionary radiolabeling technique is an integral component of the modern drug discovery and development process. Isotopic radiolabeling facilitates the smooth development of safe and efficient life-changing medicines, bringing new pharmaceutical products to the market to reach patients faster than ever before.

What defines a genuine, sound scientific endeavor? As Carl Sagan recognized, “there is much more wonder in science than in pseudoscience. And in addition, to whatever measure this term has any meaning, science has the additional virtue, and it is not an inconsiderable one, of being true."

Nothing is more significant to the advancement of human health than the use of safe, efficient, and innovative medicinal products. In the pharmaceutical industry, the production of these products requires adhering to current Good Manufacturing Practices (cGMP).