Posters

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Moisture-Activated Dry Granulation: A Simplified Alternative Process

Moisture-activated dry granulation (MADG) is an economical and novel granulation process which only requires minor amount of liquid (1-5%) to trigger the agglomeration of particles, uses the high shear granulator to spread out the moisture and then form uniform granules …

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Optimizing Lipid-Based Liquid-Filled Capsules for Poorly Soluble Drugs

Lipid-based formulation is proven to be one of the effective approaches to enhance solubility of poorly soluble drugs. At J-STAR, our scientists are experienced in this solubilization method, and at the same time, applying it to liquid-filled capsules to simplify …

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Enhancing API Flowability: Direct Compression vs. Roller Compaction

Roller Compaction is one of best processing methods to improve the flowability of API. Comparatively, direct compression which skips the granulation step is more cost- effective. Our enabling technique scan significantly improve the API particles flowability, make it possible to …

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Enhance Powder Flow Density and Flow By Dry Particle Coating

Many active pharmaceutical ingredients (API) exhibit deficient bulk powder properties such as poor flowability, low bulk density, high cohesion, etc. These deficiencies may cause some major issues for the performance of downstream processing thus affect content uniformity in final product.…

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Improving Particle Morphology and Flow Using Co-precipitation

Direct compression (DC) process is the preferred method for tablet production because it is both simple and energy saving. However, only a minority of active pharmaceutical ingredients (APIs) can be made into tablets by using DC because of the powder …

Icon of a blue poster with a large "P" above the word "Poster," set against a white background, featuring a blue and orange curved banner. The design subtly echoes the concept of enhancing flow, akin to dry particle coating methods that optimize powder flow density.

Enhancing Drug Solubility: Amorphous Solid Dispersion Techniques

Research studies show that the majority of API candidates in the development pipeline have a BCS Class II rating, which means those APIs need a solubilization strategy to promote the bioavailability to improve their chance of clinical success.

One commercially …

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