01.27.26 -- Schrödinger's Equation Turns 100: How Quantum Chemistry Is Improving Drug Discovery

Find out how tailored cell line development strategies are enabling high-yield production of complex biologics and reveal how automation and data modeling drive success in CHO cell line development.

Improve accuracy and reduce stress with expert pipetting tips. Discover how technique and tool selection can boost precision and efficiency, ensuring consistent results across every lab workflow.

A panel of product development experts examines blind spots that can plague early development strategies, as well as important considerations when navigating the path toward an IND submission.

Explore the formulation and manufacturing considerations for amorphous solid dispersions (ASDs), with a focus on hot melt extrusion (HME) as a scalable and cost-effective technology option.

Decoding immune cell interactions reveals critical insights for cancer therapy. Advanced imaging and spectral analysis enable precise identification of synapses, accelerating immuno-oncology research.

See how PBPK models combined with custom and off-the-shelf in vitro tools and solubility enhancement expertise can reduce the need for drug product reformulation or repeated preclinical or clinical studies.

High-throughput screening of KCNQ2 ion channel variants provides insights into epilepsy and treatment responses. This validated method supports rapid characterization for precision medicine.

Examine how ultra-sensitive digital PCR workflows use an innovative system to enable precise detection of rare PIK3CA mutations in cfDNA and advance personalized cancer treatment.