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Poorly Soluble APIs: How Surface Contact Shapes Dissolution and Bioavailability

Poorly soluble APIs now represent the majority of the pharmaceutical development pipeline. Dissolution and oral bioavailability are determined by molecular solubility, surface wetting behavior, solid-state stability, and how the formulation interacts with the GI environment from first contact onward. Amorphous dispersions, lipid systems, nanocrystals, and co-crystals each rely on different surface mechanisms to deliver their intended advantage.

Powder Wettability: Why Powders Float, Clump, or Disperse

Powder wettability controls the first contact between powder [...]

Charge Decay Time: A Fast Predictor of Powder Handling Risk

Charge decay time turns electrostatics into a practical [...]

Case Study: Powder Technology Principles in Laser-Assisted Bioprinting

Table of contents Executive Summary [...]

Moisture as a Formulation Risk: Beyond Standard Hygroscopicity Testing

Moisture risk in powder formulations extends beyond mass [...]

Hard Carbon in Sodium-Ion Batteries: Moisture Control, Powder QA, and Line Readiness

Hard carbon sodium-ion batteries are a match made [...]

Dry Electrode Battery Manufacturing: Powder Rules for Modern Factories

Dry electrode battery manufacturing demands tighter powder control. [...]

Energetic States and Chemical Dynamics in Powder Systems

Energetic states in powder systems depend on more [...]

Powder Technologies Within Circular Systems

In a circular economy, powder testing is no [...]

Particle Shape Impact on Surface Area and Reactivity

Particle shape impacts surface area, directly affecting chemical reactivity [...]

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