The efficient development of a sildenafil orally disintegrating tablet using a material sparing and expedited approach

Keyphrases

• Sildenafil 100%
• Orally Disintegrating Tablet 100%
• Efficient Development 100%
• Acesulfame 60%
• Tablet Formulation 20%
• Friability 20%
• Crystallization Process 20%
• Materials Science 10%
• Sweet 10%
• Method Development 10%
• Formulation Development 10%
• Direct Compression 10%
• Particle Engineering 10%
• Flowability 10%
• Nanocoating 10%
• Process Optimization 10%
• Engineering Approach 10%
• Development Approach 10%
• Phase-pure 10%
• Bitter Taste 10%
• Tabletability 10%
• Dissolution Rate 10%
• Excellent Flexibility 10%
• Sildenafil Citrate 10%
• Tetrahedron 10%
• High Thermal Stability 10%
• Artificial Sweeteners 10%
• Compression Process 10%
• Powder Flowability 10%
• Disintegration Time 10%
• Compression Force 10%
• Reactive Crystallization 10%
• Disintegration Time of Tablets 10%
• Form Characterization 10%
• Rapid Disintegration 10%
• Solid Form Selection 10%
• Low Hygroscopicity 10%
• Predictive Technology 10%

Engineering

• Engineering 100%
• Process Parameter 100%
• Nanocoating 100%
• Dissolution Rate 100%
• Solid Form 100%
• Compression Process 100%
• Crystallization Characterization 100%

Pharmacology, Toxicology and Pharmaceutical Science

• Sweetener 9%