Half-Life Strategies in Supporting the Development of Protein Therapeutics

Comments · 10 Views

Therapeutics based on macromolecular proteins and peptides have successfully been efficiently applied to treat serious human diseases. With the development of biotechnologies, a great number of authorized protein therapeutics and drug products have been utilized in clinical research over t

After putting in a lot of effort over the years, researchers have discovered some effective strategies for extending the half-life of protein therapeutics and biopharmaceutical products, such as polymers in drug half-life extension. Polymer conjugation is one of the widely used and efficient techniques in drug half-life extension research, and PEGylation in drug half-life extension is an efficient method for improving pharmacokinetic properties owing to its highly hydrophilic and mostly non-toxic features.

As protein engineering technology advances, bioactive natural protein conjugation, due to its lower toxic side effects, is becoming more accepted as a competitive method to prolong the half-life of drugs. Currently, diverse technologies of bioactive natural protein conjugation are being developed for the half-life extension of drug research, including:

* Albumin-based half-life extension

Albumin conjugation has been extensively used in a variety of protein drugs on the market.

* Fc-Fusion-based half-life extension

The Fc-Fusion technique works well for most therapeutic protein modifications.

* Transferrin fusion-based half-life extension

Transferrin fusion, a novel method to realize half-life extension, has potential clinical application.

In addition, lack of efficacy continues to be a major driver of drug candidate attrition. The drug half-life assay, as the first essential step in drug development to determine the half-life of drugs, is an essential strategy for selecting suitable drug candidates for clinical trials. In this case, many CRO companies are working hard to provide a variety of assays for improving the evaluation of drug candidates, as did Creative Biolabs. Having updated their advanced and comprehensive half-life assay platform, they are confident in providing high-quality half-life assay services to global customers, including but not limited to drug half-life in vitro and in vivo detection services.

Creative Biolabs, as a global CRO company focusing on drug development for years, has accumulated extensive experience in half-life extension and won a prominent reputation from customers all over the world. Scientists at Creative Biolabs continue to improve its half-life extension technologies in order to provide customers with the best drug half-life extension services, contributing to accelerating drug development.

Comments