Every solid form tells a story, one of stability gained or lost, solubility improved or compromised, and formulations that succeed or struggle. But sometimes, perhaps too often, the story begins too late. In many drug development programs, solid-state considerations are only addressed once a compound shows promise in formulation, by which point, key opportunities for

In pharmaceutical development, solid-state analysis is often treated as a routine checkbox, but this misconception can cost millions. Misunderstanding polymorph behavior or skipping early solid form screening can derail scale-up and compromise drug efficacy. Despite its importance, solid-state analysis is frequently underestimated or misapplied, leading to costly setbacks in scale-up, stability, and regulatory approval.  At

Approximately 40% of marketed drugs and up to 90% of pipeline compounds are poorly water-soluble. Choosing and controlling the right solid form early—through screening, characterization, and process-ready crystallization—secures exposure and manufacturability while mitigating risks from phase changes and storage-related instability, preventing costly reformulations and keeping CMC timelines on track. At Solitek, we reduce this risk

The development of the crystallization process for the active pharmaceutical ingredient (API) is crucial in the pharmaceutical industry, as it directly influences the purity, stability, bioavailability, and manufacturing of the drug. Optimizing this stage is fundamental to ensure the efficacy, safety, and viability of new medicines. Why Are Purity and Yield Critical in Pharmaceutical Crystallization?

In the pharmaceutical industry, the development of a new drug is a long and meticulous process that requires critical decisions at every stage. One of the fundamental pillars, though sometimes overlooked, is the selection of the solid form of the active ingredient. This choice not only affects the efficacy and safety of the drug but

Imagine taking a tablet to relieve a headache. You trust that it will act quickly and without complications, but what ensures that this medication is safe, effective, and consistent every time you use it? The answer lies in an essential yet little-known scientific discipline outside laboratories: solid-state characterization. In the pharmaceutical industry, this process analyzes