This contribution reviews the area of polymorph selection during solution crystallization using known and predicted structures. In particular, an overview of what has been learned about the relationship between structure and kinetics and of the interplay between thermodynamics and kinetics is presented. This review adds to the debate by discussing the future challenges that we envisage in realizing polymorph selection as a crystal engineering exercise by highlighting the role that a packing landscape approach may contribute in manipulating the selection of a polymorph
La règle des phases d'Ostwald classiquement utilisée pour justifier la cristallisation d'un système ...
An increased understanding of the phenomenon of polymorphism should enable pharmaceutical scientists...
The development of rational pharmaceutical polymorph control systems from crystallization requires t...
This contribution reviews the area of polymorph selection during solution crystallization using know...
This contribution reviews the area of polymorph selection during solution crystallization using know...
Crystals that present different polymorphic forms during their preparation pose challenging question...
Many materials are capable of organizing into multiple distinct solid phases, each exhibiting a uniq...
Crystals that present different polymorphic forms during their preparation pose challenging question...
Separation of crystals of different polymorphic forms poses a great challenge in the pharmaceutical ...
Polymorphism is frequently encountered in many pharmaceutical, chemical, and food products. Polymorp...
We report a case in which two different crystallization mechanisms occurring in the same crystalliza...
Polymorphism is frequently encountered in many pharmaceutical, chemical, and food products. Polymorp...
We report a case in which two different crystallization mechanisms occurring in the same crystalliza...
During drug discovery and development the thermodynamics and kinetics of crystal form transitions mu...
La règle des phases d'Ostwald classiquement utilisée pour justifier la cristallisation d'un système ...
La règle des phases d'Ostwald classiquement utilisée pour justifier la cristallisation d'un système ...
An increased understanding of the phenomenon of polymorphism should enable pharmaceutical scientists...
The development of rational pharmaceutical polymorph control systems from crystallization requires t...
This contribution reviews the area of polymorph selection during solution crystallization using know...
This contribution reviews the area of polymorph selection during solution crystallization using know...
Crystals that present different polymorphic forms during their preparation pose challenging question...
Many materials are capable of organizing into multiple distinct solid phases, each exhibiting a uniq...
Crystals that present different polymorphic forms during their preparation pose challenging question...
Separation of crystals of different polymorphic forms poses a great challenge in the pharmaceutical ...
Polymorphism is frequently encountered in many pharmaceutical, chemical, and food products. Polymorp...
We report a case in which two different crystallization mechanisms occurring in the same crystalliza...
Polymorphism is frequently encountered in many pharmaceutical, chemical, and food products. Polymorp...
We report a case in which two different crystallization mechanisms occurring in the same crystalliza...
During drug discovery and development the thermodynamics and kinetics of crystal form transitions mu...
La règle des phases d'Ostwald classiquement utilisée pour justifier la cristallisation d'un système ...
La règle des phases d'Ostwald classiquement utilisée pour justifier la cristallisation d'un système ...
An increased understanding of the phenomenon of polymorphism should enable pharmaceutical scientists...
The development of rational pharmaceutical polymorph control systems from crystallization requires t...