Drug polymorphism, an established term used to describe the phenomenon that a drug can
exist in different crystalline phases, has attracted great interests in pharmaceutical field in …

Mechanical behavior of pharmaceutical crystals directly impacts the formulation
development and manufacturing of drug products. The understanding of crystal structure …

Mechanical flexible organic crystals with optical properties have attracted increasing
research interest, because of their unusual phenomena and broad application prospects …

Insights into structure–mechanical property correlations in molecular and multicomponent
crystals have recently attracted significant attention owing to their practical applications in …

Drug-drug cocrystals (DDC) represent a unique subset of pharmaceutical materials offering
distinct advantages in combination therapies, pharmacokinetics, and patient compliance …

The present study demonstrated the prediction of predominant root causes of capping
behavior as a function of the powder rheological and the mechanical behavior of …

A thorough grasp of the relationship between the crystal structure and properties is
necessary for the design of crystals with specific properties using crystal engineering …

Improving the tableting-related properties (flowability, compressibility, compactibility, etc.) of
pharmaceutical materials, especially active pharmaceutical ingredients (APIs), is critical for …

In the drug development process, early characterization of solid forms can help to envisage
the bulk processability of a powder, which should assist in selecting an optimal solid form. In …

This special issue of Pharmaceutical Research is dedicated to Professor Kenneth R. Morris,
who for more than 3 decades has been a leader in research devoted to the interplay …