Formulation design of a novel fast-disintegrating tablet

Area of Science:

• Pharmaceutical Sciences
• Materials Science

Background:

• Aging populations necessitate user-friendly dosage forms for elderly patients.
• Traditional tablets can pose challenges for geriatric patients regarding swallowing and administration.
• Fast-disintegrating tablets offer an alternative, but often lack sufficient hardness.

Purpose of the Study:

• To develop a novel fast-disintegrating tablet formulation suitable for the elderly.
• To achieve sufficient tablet hardness without compromising rapid disintegration properties.
• To create a formulation manufacturable using standard pharmaceutical equipment.

Main Methods:

• Particle modification of low-compressibility saccharides by coating and granulating with high-compressibility saccharides.
• Utilizing high-compressibility saccharides in an amorphous state as binder solutions.
• Implementing a post-compression conditioning process to induce crystallization and enhance tablet hardness.

Main Results:

• Successfully created a fast-disintegrating tablet with improved compressibility and sufficient hardness.
• The conditioning process induced a crystal change, strengthening inter-particle adhesion.
• Achieved desired tablet hardness while preserving fast disintegration times.

Conclusions:

• The developed fast-disintegrating tablet is a viable and user-friendly dosage form for the elderly.
• Particle modification and a specific conditioning process are key to enhancing tablet properties.
• This formulation can accommodate a wide range of drugs for geriatric administration.