12.14.24 -- 2024 Survey Findings: How Is The "Lab Of The Future" Becoming Reality?

Spray drying of amorphous dispersions improves solubility and bioavailability that enables supersaturation in the intestine, driving higher rates of absorption.

Discover the exciting developments in continuous manufacturing and learn how leveraging this innovative technology can help improve manufacturing processes and discover new clinical candidates.

With the availability of so many types of in vitro dissolution tests, how do you determine which one will be most effective in predicting in vivo performance of your BCS II or IV drug product?

Explore how utilizing technologies like AI and digital twinning can inform decision-making at the R&D stage and how to optimize the delivery of the final drug product to patients with greener logistics.

Explore the microenvironment's role in colorectal cancer progression by reviewing the integration of Organ-Chip models with high-content imaging and mass spectrometry-based metabolomics.

Everything from glass or plastic bottles to the ink used in labels can leach unwanted contaminants. The first challenge chemists address is to narrow the focus on the most likely suspects.

One solution to drug development challenges is adopting a parallel operations business model. Review recommendations for how parallel operations can be leveraged in a biomanufacturing strategy.

Discover three tools that facilitate a successful journey from candidate compound to clinical triumph: solid form screening, PBPK modeling, and AI-enabled route scouting.

Explore an approach to developing a sterilizing-grade filter for high-concentration biologics that enabled extensive filterability trials to be conducted without needing a large quantity of product.